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Characterization, Cleanup, and Revitalization of Mining Sites

Treatment Technologies for Mining-Influenced Water Profile

Technology: Fluidized bed reactor (FBR)

Report
FINAL, APPENDIX C, Phase 2 Treatability Study Report, Ultrafiltration/Reverse Osmosis and Biological Selenium Removal Fluidized Bed Bioreactor Treatment Technology
Source or source contact: Lynne Hood , Remedial Project Manager, Hood.Lynne@epa.gov, (208) 378-5757
Publication Date: February 2023
Document Type: PDF
Author: Formation Environmental
Prepared for: J.R. Simplot Company

Site Identifiers

Site Name: USDA FS CARIBOU-TARGHEE NF: SMOKY CANYON MINE SITE
EPA CERCLA ID: IDN001002800
Parent Name (if applicable): SOUTHEAST IDAHO SELENIUM PROJECT/AKA SMOKY CANYON MINE (# IDN001002245)

Miscellaneous Study Information

Operable Unit (OU): N/A
Sample Site ID: LSSHS-ROC (influent) and LSSHS-BE1 (effluent from FBR #1)
Site Status: Data not provided
Technology Tested: Fluidized bed reactor (FBR)
Technology Type: Active
Technology Name: Fluidized bed reactor (FBR)
Pre-treatment or No Pre-treatment: Pre-treatment
Source of MIW:Groundwater springs (Hoopes Spring and South Fork Sage Creek spring)
Treatment Train? (Y/N): Y
Specific Component for Performance Data: FBR/part of treatment train with ultrafiltration (UF) and reverse osmosis (RO) pre-treatment
Technology Requirements: Pumps to pump water from springs to treatment area. UF/RO (ultrafiltration/reverse osmosis) system to treat water prior to FBR
Geographic conditions/constraints: Southeast Idaho. No constraints noted.
Scale: Pilot
Duration of Study: One sampling event (4/16/2016)

Data Set #1

Constituent Information

Constituent: Manganese
Constituent Phase:Mn, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00187
Associated Effluent/Post/Downgradient Concentration:0.00569
% Removal Efficiency (calculated):-204.28

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #2

Constituent Information

Constituent: Boron
Constituent Phase:B, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.04
Associated Effluent/Post/Downgradient Concentration:0.0409
% Removal Efficiency (calculated):-2.25

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #3

Constituent Information

Constituent: Boron
Constituent Phase:B, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0422
Associated Effluent/Post/Downgradient Concentration:0.0417
% Removal Efficiency (calculated):1.18

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:7 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #4

Constituent Information

Constituent: Total Dissolved Solids
Constituent Phase:TDS mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1150
Associated Effluent/Post/Downgradient Concentration:1130
% Removal Efficiency (calculated):1.74

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1,134 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #5

Constituent Information

Constituent: Silver
Constituent Phase:Ag, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0034 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: ND = non-detect

Data Set #6

Constituent Information

Constituent: Silver
Constituent Phase:Ag, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000172 mg/L)

Notes: ND = non-detect

Data Set #7

Constituent Information

Constituent: Aluminum
Constituent Phase:Al, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:0.0069
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.0076 mg/L)

Notes: ND = non-detect

Data Set #8

Constituent Information

Constituent: Aluminum
Constituent Phase:Al, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0098
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):61.22

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.39 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0076 mg/L)

Notes: ND = non-detect

Data Set #9

Constituent Information

Constituent: Alkalinity
Constituent Phase:Alkalinity as CaCO3 mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 780
Associated Effluent/Post/Downgradient Concentration:790
% Removal Efficiency (calculated):-1.28

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #10

Constituent Information

Constituent: Ammonia
Constituent Phase:Ammonia (as N) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:3.9
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.026 mg/L)

Notes: ND = non-detect

Data Set #11

Constituent Information

Constituent: Arsenic
Constituent Phase:As, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00142
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):85.99

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.01 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.000398 mg/L)

Notes: ND = non-detect

Data Set #12

Constituent Information

Constituent: Arsenic
Constituent Phase:As, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00165
Associated Effluent/Post/Downgradient Concentration:0.0006
% Removal Efficiency (calculated):63.64

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.01 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #13

Constituent Information

Constituent: Barium
Constituent Phase:Ba, Dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.203
Associated Effluent/Post/Downgradient Concentration:0.208
% Removal Efficiency (calculated):-2.46

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #14

Constituent Information

Constituent: Barium
Constituent Phase:Ba, Total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.211
Associated Effluent/Post/Downgradient Concentration:0.211
% Removal Efficiency (calculated):0.00

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.44
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #15

Constituent Information

Constituent: Beryllium
Constituent Phase:Be, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.000047 mg/L)

Notes: ND = non-detect

Data Set #16

Constituent Information

Constituent: Beryllium
Constituent Phase:Be, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0067 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.000047 mg/L)

Notes: ND = non-detect

Data Set #17

Constituent Information

Constituent: BOD
Constituent Phase:Biochemical Oxygen Demand mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:28
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (2 mg/L)

Notes: ND = non-detect

Data Set #18

Constituent Information

Constituent: Calcium
Constituent Phase:Ca, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 244
Associated Effluent/Post/Downgradient Concentration:245
% Removal Efficiency (calculated):-0.41

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #19

Constituent Information

Constituent: Cadmium
Constituent Phase:Cd, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.005 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000362 mg/L)

Notes: ND = non-detect

Data Set #20

Constituent Information

Constituent: Cadmium
Constituent Phase:Cd, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.54e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):72.32

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.005 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000362 mg/L)

Notes: ND = non-detect, estimated quantity

Data Set #21

Constituent Information

Constituent: Chloride
Constituent Phase:Cl mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 38.3
Associated Effluent/Post/Downgradient Concentration:38.1
% Removal Efficiency (calculated):0.52

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #22

Constituent Information

Constituent: Cobalt
Constituent Phase:Co, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000319
Associated Effluent/Post/Downgradient Concentration:0.00814
% Removal Efficiency (calculated):-2451.72

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #23

Constituent Information

Constituent: Cobalt
Constituent Phase:Co, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000315
Associated Effluent/Post/Downgradient Concentration:0.00742
% Removal Efficiency (calculated):-2255.56

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.1 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #24

Constituent Information

Constituent: COD
Constituent Phase:Chemical Oxygen Demand mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:5
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (5 mg/L)

Notes: ND = non-detect

Data Set #25

Constituent Information

Constituent: Chromium
Constituent Phase:Cr, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00236
Associated Effluent/Post/Downgradient Concentration:0.0016
% Removal Efficiency (calculated):32.20

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.074 mg/L (Cr III); 0.011 mg/L (Cr VI)
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #26

Constituent Information

Constituent: Chromium
Constituent Phase:Cr, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0029
Associated Effluent/Post/Downgradient Concentration:0.00172
% Removal Efficiency (calculated):40.69

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #27

Constituent Information

Constituent: Copper
Constituent Phase:Cu, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000188
Associated Effluent/Post/Downgradient Concentration:0.000324
% Removal Efficiency (calculated):-72.34

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.011 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #28

Constituent Information

Constituent: Copper
Constituent Phase:Cu, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000925
Associated Effluent/Post/Downgradient Concentration:0.00172
% Removal Efficiency (calculated):-85.95

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Influent estimated quantity

Data Set #29

Constituent Information

Constituent: Fluoride
Constituent Phase:F mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.464
Associated Effluent/Post/Downgradient Concentration:1.53
% Removal Efficiency (calculated):-229.74

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #30

Constituent Information

Constituent: Iron
Constituent Phase:Fe, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.01 mg/L)

Notes: ND = non-detect

Data Set #31

Constituent Information

Constituent: Iron
Constituent Phase:Fe, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0875
Associated Effluent/Post/Downgradient Concentration:0.0356
% Removal Efficiency (calculated):59.31

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #32

Constituent Information

Constituent: Hardness
Constituent Phase:Hardness mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 983
Associated Effluent/Post/Downgradient Concentration:1010
% Removal Efficiency (calculated):-2.75

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #33

Constituent Information

Constituent: Mercury
Constituent Phase:Hg, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.3e-05
Associated Effluent/Post/Downgradient Concentration:5.9e-05
% Removal Efficiency (calculated):6.35

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.00077 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #34

Constituent Information

Constituent: Mercury
Constituent Phase:Hg, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 5.2e-05
Associated Effluent/Post/Downgradient Concentration:5.7e-05
% Removal Efficiency (calculated):-9.62

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #35

Constituent Information

Constituent: Potassium
Constituent Phase:K, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 3.44
Associated Effluent/Post/Downgradient Concentration:3.34
% Removal Efficiency (calculated):2.91

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #36

Constituent Information

Constituent: Magnesium
Constituent Phase:Mg, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 92.9
Associated Effluent/Post/Downgradient Concentration:93.4
% Removal Efficiency (calculated):-0.54

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #37

Constituent Information

Constituent: Manganese
Constituent Phase:Mn, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00166
Associated Effluent/Post/Downgradient Concentration:0.00552
% Removal Efficiency (calculated):-232.53

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1.65 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #38

Constituent Information

Constituent: Molybdenum
Constituent Phase:Mo, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0043
Associated Effluent/Post/Downgradient Concentration:0.00519
% Removal Efficiency (calculated):-20.70

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #39

Constituent Information

Constituent: Molybdenum
Constituent Phase:Mo, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00395
Associated Effluent/Post/Downgradient Concentration:0.00537
% Removal Efficiency (calculated):-35.95

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:3.2 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #40

Constituent Information

Constituent: Sodium
Constituent Phase:Na, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 29.4
Associated Effluent/Post/Downgradient Concentration:29.1
% Removal Efficiency (calculated):1.02

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #41

Constituent Information

Constituent: Nickel
Constituent Phase:Ni, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00108
Associated Effluent/Post/Downgradient Concentration:0.0077
% Removal Efficiency (calculated):-612.96

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.052 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #42

Constituent Information

Constituent: Nickel
Constituent Phase:Ni, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:0.00776
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.0000533 mg/L)

Notes: ND = non-detect

Data Set #43

Constituent Information

Constituent: Nitrate
Constituent Phase:as N (NO3) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1.23
Associated Effluent/Post/Downgradient Concentration:0.28
% Removal Efficiency (calculated):77.24

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #44

Constituent Information

Constituent: Nitrate + Nitrite
Constituent Phase:NO3 + NO2 mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1.23
Associated Effluent/Post/Downgradient Concentration:0.281
% Removal Efficiency (calculated):77.15

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #45

Constituent Information

Constituent: Lead
Constituent Phase:Pb, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0025 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000554 mg/L)

Notes: ND = non-detect

Data Set #46

Constituent Information

Constituent: Lead
Constituent Phase:Pb, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000554 mg/L)

Notes: ND = non-detect

Data Set #47

Constituent Information

Constituent: Antimony
Constituent Phase:Sb, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 8.09e-05
Associated Effluent/Post/Downgradient Concentration:7.45e-05
% Removal Efficiency (calculated):7.91

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #48

Constituent Information

Constituent: Antimony
Constituent Phase:Sb, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 7.34e-05
Associated Effluent/Post/Downgradient Concentration:7.32e-05
% Removal Efficiency (calculated):0.27

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.24 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #49

Constituent Information

Constituent: Selenium
Constituent Phase:Selenium, +6 (Selenate) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.599
Associated Effluent/Post/Downgradient Concentration:0.000157
% Removal Efficiency (calculated):99.97

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #50

Constituent Information

Constituent: Selenium
Constituent Phase:Selenium, +4 (Selenite) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.00005 mg/L)

Notes: ND = non-detect

Data Set #51

Constituent Information

Constituent: Selenium
Constituent Phase:Se, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.62
Associated Effluent/Post/Downgradient Concentration:0.0039
% Removal Efficiency (calculated):99.37

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #52

Constituent Information

Constituent: Selenium
Constituent Phase:Se, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.574
Associated Effluent/Post/Downgradient Concentration:0.0144
% Removal Efficiency (calculated):97.49

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): 97%
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y, for this data point; N for overall system performance over a longer period did not meet with average effluent of 0.024 mg/l
Performance Metrics:0.0167 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #53

Constituent Information

Constituent: Vanadium
Constituent Phase:V, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00762
Associated Effluent/Post/Downgradient Concentration:0.00735
% Removal Efficiency (calculated):3.54

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.027 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #54

Constituent Information

Constituent: Sulfate
Constituent Phase:Sulfate (SO42-) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 219
Associated Effluent/Post/Downgradient Concentration:229
% Removal Efficiency (calculated):-4.57

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #55

Constituent Information

Constituent: Sulfide
Constituent Phase:Sulfide, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (1 mg/L)

Notes: ND = non-detect

Data Set #56

Constituent Information

Constituent: Thallium
Constituent Phase:Tl, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.93e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):52.60

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000657 mg/L)

Notes: ND = non-detect

Data Set #57

Constituent Information

Constituent: Thallium
Constituent Phase:Tl, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.77e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):51.48

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0072 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000657 mg/L)

Notes: ND = non-detect

Data Set #58

Constituent Information

Constituent: TOC
Constituent Phase:Total Organic Carbon mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.638
Associated Effluent/Post/Downgradient Concentration:7.2
% Removal Efficiency (calculated):-1028.53

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Influent estimated quantity

Data Set #59

Constituent Information

Constituent: Phosphorus
Constituent Phase:P, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.368
Associated Effluent/Post/Downgradient Concentration:1.88
% Removal Efficiency (calculated):-410.87

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #60

Constituent Information

Constituent: Total Suspended Solids
Constituent Phase:TSS mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 10
Associated Effluent/Post/Downgradient Concentration:8
% Removal Efficiency (calculated):20.00

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #61

Constituent Information

Constituent: Uranium
Constituent Phase:U, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00666
Associated Effluent/Post/Downgradient Concentration:0.00634
% Removal Efficiency (calculated):4.80

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #62

Constituent Information

Constituent: Uranium
Constituent Phase:U, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0068
Associated Effluent/Post/Downgradient Concentration:0.00627
% Removal Efficiency (calculated):7.79

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1.5 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #63

Constituent Information

Constituent: Vanadium
Constituent Phase:V, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00584
Associated Effluent/Post/Downgradient Concentration:0.0057
% Removal Efficiency (calculated):2.40

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #64

Constituent Information

Constituent: Zinc
Constituent Phase:Zn, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00686
Associated Effluent/Post/Downgradient Concentration:0.00575
% Removal Efficiency (calculated):16.18

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.12 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #65

Constituent Information

Constituent: Zinc
Constituent Phase:Zn, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00649
Associated Effluent/Post/Downgradient Concentration:0.00652
% Removal Efficiency (calculated):-0.46

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Report
FINAL, APPENDIX C, Phase 2 Treatability Study Report, Ultrafiltration/Reverse Osmosis and Biological Selenium Removal Fluidized Bed Bioreactor Treatment Technology
Source or source contact: Lynne Hood , Remedial Project Manager, Hood.Lynne@epa.gov, (208) 378-5757
Publication Date: February 2023
Document Type: PDF
Author: Formation Environmental
Prepared for: J.R. Simplot Company

Site Identifiers

Site Name: USDA FS CARIBOU-TARGHEE NF: SMOKY CANYON MINE SITE
EPA CERCLA ID: IDN001002800
Parent Name (if applicable): SOUTHEAST IDAHO SELENIUM PROJECT/AKA SMOKY CANYON MINE (# IDN001002245)

Miscellaneous Study Information

Operable Unit (OU): N/A
Sample Site ID: LSSHS-ROC (influent) and LSSHS-BE2 (effluent from FBR #2)
Site Status: Data not provided
Technology Tested: Fluidized bed reactor (FBR)
Technology Type: Active
Technology Name: Fluidized bed reactor (FBR)
Pre-treatment or No Pre-treatment: Pre-treatment
Source of MIW:Groundwater springs (Hoopes Spring and South Fork Sage Creek spring)
Treatment Train? (Y/N): Y
Specific Component for Performance Data: FBR/part of treatment train with ultrafiltration (UF) and reverse osmosis (RO) pre-treatment
Technology Requirements: Pumps to pump water from springs to treatment area. UF/RO (ultrafiltration/reverse osmosis) system to treat water prior to FBR
Geographic conditions/constraints: Southeast Idaho. No constraints noted.
Scale: Pilot
Duration of Study: One sampling event (4/16/2016)

Data Set #1

Constituent Information

Constituent: Boron
Constituent Phase:B, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.04
Associated Effluent/Post/Downgradient Concentration:0.0387
% Removal Efficiency (calculated):3.25

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #2

Constituent Information

Constituent: COD
Constituent Phase:Chemical Oxygen Demand mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:10
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (5 mg/L)

Notes: ND = non-detect

Data Set #3

Constituent Information

Constituent: Total Dissolved Solids
Constituent Phase:TDS mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1150
Associated Effluent/Post/Downgradient Concentration:1118
% Removal Efficiency (calculated):2.78

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1,134 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #4

Constituent Information

Constituent: Silver
Constituent Phase:Ag, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0034 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000172 mg/L)

Notes: ND = non-detect

Data Set #5

Constituent Information

Constituent: Silver
Constituent Phase:Ag, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000172 mg/L)

Notes: ND = non-detect

Data Set #6

Constituent Information

Constituent: Aluminum
Constituent Phase:Al, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0076 mg/L)

Notes: ND = non-detect

Data Set #7

Constituent Information

Constituent: Aluminum
Constituent Phase:Al, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0098
Associated Effluent/Post/Downgradient Concentration:0.0114
% Removal Efficiency (calculated):-16.33

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.39 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #8

Constituent Information

Constituent: Alkalinity
Constituent Phase:Alkalinity as CaCO3 mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 780
Associated Effluent/Post/Downgradient Concentration:790
% Removal Efficiency (calculated):-1.28

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #9

Constituent Information

Constituent: Ammonia
Constituent Phase:Ammonia (as N) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:3.52
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.026 mg/L)

Notes: ND = non-detect

Data Set #10

Constituent Information

Constituent: Arsenic
Constituent Phase:As, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00142
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):85.99

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.01 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.000398 mg/L)

Notes: ND = non-detect

Data Set #11

Constituent Information

Constituent: Arsenic
Constituent Phase:As, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00165
Associated Effluent/Post/Downgradient Concentration:0.000629
% Removal Efficiency (calculated):61.88

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.01 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #12

Constituent Information

Constituent: Boron
Constituent Phase:B, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0422
Associated Effluent/Post/Downgradient Concentration:0.0424
% Removal Efficiency (calculated):-0.47

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:7 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #13

Constituent Information

Constituent: Barium
Constituent Phase:Ba, Dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.203
Associated Effluent/Post/Downgradient Concentration:0.202
% Removal Efficiency (calculated):0.49

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #14

Constituent Information

Constituent: Barium
Constituent Phase:Ba, Total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.211
Associated Effluent/Post/Downgradient Concentration:0.21
% Removal Efficiency (calculated):0.47

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.44
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #15

Constituent Information

Constituent: Beryllium
Constituent Phase:Be, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.000047 mg/L)

Notes: ND = non-detect

Data Set #16

Constituent Information

Constituent: Beryllium
Constituent Phase:Be, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0067 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.000047 mg/L)

Notes: ND = non-detect

Data Set #17

Constituent Information

Constituent: BOD
Constituent Phase:Biochemical Oxygen Demand mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:27
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (2 mg/L)

Notes: ND = non-detect

Data Set #18

Constituent Information

Constituent: Calcium
Constituent Phase:Ca, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 244
Associated Effluent/Post/Downgradient Concentration:242
% Removal Efficiency (calculated):0.82

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #19

Constituent Information

Constituent: Cadmium
Constituent Phase:Cd, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.005 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000362 mg/L)

Notes: ND = non-detect

Data Set #20

Constituent Information

Constituent: Cadmium
Constituent Phase:Cd, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.54e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):72.32

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.005 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000362 mg/L)

Notes: ND = non-detect, estimated quantity

Data Set #21

Constituent Information

Constituent: Chloride
Constituent Phase:Cl mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 38.3
Associated Effluent/Post/Downgradient Concentration:38.1
% Removal Efficiency (calculated):0.52

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #22

Constituent Information

Constituent: Cobalt
Constituent Phase:Co, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000319
Associated Effluent/Post/Downgradient Concentration:0.0084
% Removal Efficiency (calculated):-2533.23

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #23

Constituent Information

Constituent: Cobalt
Constituent Phase:Co, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000315
Associated Effluent/Post/Downgradient Concentration:0.00771
% Removal Efficiency (calculated):-2347.62

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.1 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #24

Constituent Information

Constituent: Chromium
Constituent Phase:Cr, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00236
Associated Effluent/Post/Downgradient Concentration:0.00165
% Removal Efficiency (calculated):30.08

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.074 mg/L (Cr III); 0.011 mg/L (Cr VI)
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #25

Constituent Information

Constituent: Chromium
Constituent Phase:Cr, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0029
Associated Effluent/Post/Downgradient Concentration:0.00196
% Removal Efficiency (calculated):32.41

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #26

Constituent Information

Constituent: Copper
Constituent Phase:Cu, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000188
Associated Effluent/Post/Downgradient Concentration:0.000494
% Removal Efficiency (calculated):-162.77

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.011 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Estimated quantity

Data Set #27

Constituent Information

Constituent: Copper
Constituent Phase:Cu, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.000925
Associated Effluent/Post/Downgradient Concentration:0.00132
% Removal Efficiency (calculated):-42.70

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #28

Constituent Information

Constituent: Fluoride
Constituent Phase:F mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.464
Associated Effluent/Post/Downgradient Concentration:1.59
% Removal Efficiency (calculated):-242.67

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #29

Constituent Information

Constituent: Iron
Constituent Phase:Fe, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.01 mg/L)

Notes: ND = non-detect

Data Set #30

Constituent Information

Constituent: Iron
Constituent Phase:Fe, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0875
Associated Effluent/Post/Downgradient Concentration:0.0309
% Removal Efficiency (calculated):64.69

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #31

Constituent Information

Constituent: Hardness
Constituent Phase:Hardness mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 983
Associated Effluent/Post/Downgradient Concentration:980
% Removal Efficiency (calculated):0.31

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #32

Constituent Information

Constituent: Mercury
Constituent Phase:Hg, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.3e-05
Associated Effluent/Post/Downgradient Concentration:5.6e-05
% Removal Efficiency (calculated):11.11

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.00077 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #33

Constituent Information

Constituent: Mercury
Constituent Phase:Hg, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 5.2e-05
Associated Effluent/Post/Downgradient Concentration:5.6e-05
% Removal Efficiency (calculated):-7.69

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #34

Constituent Information

Constituent: Potassium
Constituent Phase:K, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 3.44
Associated Effluent/Post/Downgradient Concentration:3.33
% Removal Efficiency (calculated):3.20

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #35

Constituent Information

Constituent: Magnesium
Constituent Phase:Mg, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 92.9
Associated Effluent/Post/Downgradient Concentration:92.2
% Removal Efficiency (calculated):0.75

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #36

Constituent Information

Constituent: Manganese
Constituent Phase:Mn, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00166
Associated Effluent/Post/Downgradient Concentration:0.00641
% Removal Efficiency (calculated):-286.14

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1.65 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #37

Constituent Information

Constituent: Manganese
Constituent Phase:Mn, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00187
Associated Effluent/Post/Downgradient Concentration:0.00621
% Removal Efficiency (calculated):-232.09

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #38

Constituent Information

Constituent: Molybdenum
Constituent Phase:Mo, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0043
Associated Effluent/Post/Downgradient Concentration:0.00523
% Removal Efficiency (calculated):-21.63

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #39

Constituent Information

Constituent: Molybdenum
Constituent Phase:Mo, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00395
Associated Effluent/Post/Downgradient Concentration:0.00562
% Removal Efficiency (calculated):-42.28

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:3.2 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #40

Constituent Information

Constituent: Sodium
Constituent Phase:Na, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 29.4
Associated Effluent/Post/Downgradient Concentration:28.3
% Removal Efficiency (calculated):3.74

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #41

Constituent Information

Constituent: Nickel
Constituent Phase:Ni, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00108
Associated Effluent/Post/Downgradient Concentration:0.00849
% Removal Efficiency (calculated):-686.11

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.052 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #42

Constituent Information

Constituent: Nickel
Constituent Phase:Ni, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:0.0073
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.0000533 mg/L)

Notes: ND = non-detect

Data Set #43

Constituent Information

Constituent: Nitrate
Constituent Phase:as N (NO3) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1.23
Associated Effluent/Post/Downgradient Concentration:0.24
% Removal Efficiency (calculated):80.49

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #44

Constituent Information

Constituent: Nitrate + Nitrite
Constituent Phase:NO3 + NO2 mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 1.23
Associated Effluent/Post/Downgradient Concentration:0.238
% Removal Efficiency (calculated):80.65

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #45

Constituent Information

Constituent: Lead
Constituent Phase:Pb, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0025 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000554 mg/L)

Notes: ND = non-detect

Data Set #46

Constituent Information

Constituent: Lead
Constituent Phase:Pb, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (0.0000554 mg/L)

Notes: ND = non-detect

Data Set #47

Constituent Information

Constituent: Antimony
Constituent Phase:Sb, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 8.09e-05
Associated Effluent/Post/Downgradient Concentration:7.32e-05
% Removal Efficiency (calculated):9.52

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #48

Constituent Information

Constituent: Antimony
Constituent Phase:Sb, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 7.34e-05
Associated Effluent/Post/Downgradient Concentration:7.32e-05
% Removal Efficiency (calculated):0.27

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.24 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #49

Constituent Information

Constituent: Selenium
Constituent Phase:Selenium, +6 (Selenate) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.599
Associated Effluent/Post/Downgradient Concentration:7e-05
% Removal Efficiency (calculated):99.99

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Effluent is estimated quantity

Data Set #50

Constituent Information

Constituent: Selenium
Constituent Phase:Selenium, +4 (Selenite) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:0.000967
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent below the detection limit (0.00005 mg/L)

Notes: ND = non-detect

Data Set #51

Constituent Information

Constituent: Selenium
Constituent Phase:Se, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.62
Associated Effluent/Post/Downgradient Concentration:0.00722
% Removal Efficiency (calculated):98.84

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #52

Constituent Information

Constituent: Selenium
Constituent Phase:Se, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.574
Associated Effluent/Post/Downgradient Concentration:0.0109
% Removal Efficiency (calculated):98.10

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): 98%
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y, for this data point; N for overall system performance over a longer period did not meet with average effluent of 0.024 mg/l
Performance Metrics:0.0167 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #53

Constituent Information

Constituent: Sulfate
Constituent Phase:Sulfate (SO42-) mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 219
Associated Effluent/Post/Downgradient Concentration:226
% Removal Efficiency (calculated):-3.20

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #54

Constituent Information

Constituent: Sulfide
Constituent Phase:Sulfide, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: ND
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):Not Applicable

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Influent and effluent below the detection limit (1 mg/L)

Notes: ND = non-detect

Data Set #55

Constituent Information

Constituent: Thallium
Constituent Phase:Tl, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.93e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):52.60

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000657 mg/L)

Notes: ND = non-detect

Data Set #56

Constituent Information

Constituent: Thallium
Constituent Phase:Tl, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 6.77e-05
Associated Effluent/Post/Downgradient Concentration:ND
% Removal Efficiency (calculated):51.48

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.0072 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Effluent below the detection limit (0.0000657 mg/L)

Notes: ND = non-detect

Data Set #57

Constituent Information

Constituent: TOC
Constituent Phase:Total Organic Carbon mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.638
Associated Effluent/Post/Downgradient Concentration:7.65
% Removal Efficiency (calculated):-1099.06

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes: Influent estimated quantity

Data Set #58

Constituent Information

Constituent: Phosphorus
Constituent Phase:P, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.368
Associated Effluent/Post/Downgradient Concentration:1.94
% Removal Efficiency (calculated):-427.17

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #59

Constituent Information

Constituent: Total Suspended Solids
Constituent Phase:TSS mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 10
Associated Effluent/Post/Downgradient Concentration:10
% Removal Efficiency (calculated):0.00

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #60

Constituent Information

Constituent: Uranium
Constituent Phase:U, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00666
Associated Effluent/Post/Downgradient Concentration:0.00639
% Removal Efficiency (calculated):4.05

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #61

Constituent Information

Constituent: Uranium
Constituent Phase:U, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.0068
Associated Effluent/Post/Downgradient Concentration:0.00671
% Removal Efficiency (calculated):1.32

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:1.5 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #62

Constituent Information

Constituent: Vanadium
Constituent Phase:V, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00584
Associated Effluent/Post/Downgradient Concentration:0.00548
% Removal Efficiency (calculated):6.16

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #63

Constituent Information

Constituent: Vanadium
Constituent Phase:V, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00762
Associated Effluent/Post/Downgradient Concentration:0.00732
% Removal Efficiency (calculated):3.94

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.027 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #64

Constituent Information

Constituent: Zinc
Constituent Phase:Zn, dissolved mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00686
Associated Effluent/Post/Downgradient Concentration:0.00733
% Removal Efficiency (calculated):-6.85

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Y
Performance Metrics:0.12 mg/L
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

Data Set #65

Constituent Information

Constituent: Zinc
Constituent Phase:Zn, total mg/L
Reported as Load (Y/N):N

Pond Depth: N/A

Max influent/associated effluent

Max. Influent/Pre/Upgradient Concentration: 0.00649
Associated Effluent/Post/Downgradient Concentration:0.00811
% Removal Efficiency (calculated):-24.96

Min influent/associated effluent

Min. Influent/Pre/Upgradient Concentration: Data not provided
Associated Effluent/Post/Downgradient Concentration:Data not provided
% Removal Efficiency (calculated):Not Applicable

Max effluent/associated influent

Max. Effluent/Post/Downgradient Concentration: Data not provided
Associated Influent/Pre/Upgradient ConcentrationData not provided
% Removal Efficiency (calculated)Not Applicable

Min effluent/associated influent

Min. Effluent/Post/Downgradient Concentration:Data not provided Data not provided
Associated Influent/Pre/Upgradient Concentration: Data not provided
% Removal Efficiency (calculated): Not Applicable

Avg. influent concentration/associated time

Avg. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Med. influent concentration/associated time

Med. Influent/Pre/Upgradient Concentration: Data not provided
Avg. Associated Time (Influent/Pre/Upgradient): Data not provided

Avg. effluent concentration/associated time period

Avg. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Med. effluent concentration/associated time period

Med. Effluent/Post/Downgradient Concentration: Data not provided
Avg. Associated Time (Effluent/Post/Downgradient): Data not provided

Parameters and water chemistry associated with documented concentrations

Avg Percent Removal (reported): Data not provided
Influent/Pre/Upgradient or Effluent/Post/Downgradient parameters?:Data not provided
pH:Data not provided
DO:Data not provided
Water Temperature:Data not provided
Air Temperature:Data not provided
Eh:Data not provided
ORP:Data not provided
Specific Conductivity:Data not provided
Other Parameters:None N/A

Load Information


Loads Treated: Data not provided
Flows treated:Data not provided
Flow rate:Data not provided

Treatment Evaluation

Were treatment goals met? (Y/N): Data not provided
Performance Metrics:Data not provided
Limitations/Constraints:Data not provided
Longevity Estimates:Data not provided
Lessons Learned:Data not provided
Reported Cost Data:Construct 2,000 gpm UF/RO FBR Treatment System ($22M); total capital costs for entire system $29.7M, Annual O&M for entire system $1.56M
Other design details:During operation, a carbon source, micronutrients, ammonium sulfate, and phosphoric acid were added to the RO concentrate water prior to being delivered to the FBRs. The dosage and nutrient feed rates were adjusted to maintain ORP in the range of -200 to -500 millivolts (mV), pH in the range of 6 to 9, and DO near 0 mg/L (the bioreactors are anaerobic) within the FBRs for optimum selenium reduction.
Other performance details:Overall system is anticipated with ongoing maintenance and optimization to maintain removal of 90-95%. Specifics for FBR are not provided
Limitations to data found:Data not provided

Notes:

°Cdegrees Celsius
°Fdegrees Fahrenheit
µg/Lmicrograms per liter
µmhos/cmmicromhos per centimeter
µS/cmmicroSiemens per centimeter
AgSilver
AlAluminum
AsArsenic
AWQCAmbient Water Quality Criteria
BBoron
BaBarium
BCRBiochemical Reactor
BeBeryllium
BODBiochemical Oxygen Demand
CaCO3Calcium carbonate
CERCLAComprehensive Environmental Response, Compensation, and Liability Act
cfscubic feet per second
CHITChitorem®
ClChloride
CoCobalt
CO3Carbon trioxide
COCConstituent of Concern
CODChemical Oxygen Demand
CrChromium
CuCopper
DOCDissolved Organic Carbon
EPAEnvironmental Protection Agency
FFluoride
FBRFluidized Bed Reactor
FeIron
ftfeet
gpmgallons per minute
GWGroundwater
HCO3Bicarbonate
HgMercury
KPotassium
lbspounds
MgMagnesium
MGMillion Gallons
Mg(OH)2Magnesium hydroxide
mg/Lmilligrams per liter
MnManganese
MoMolybdenum
mVmillivolts
NNitrogen
N/Anot applicable
NaSodium
NANot available
NDNot detected
NiNickel
NO3Nitrate
NO3 + NO2Nitrate + Nitrite
NRNot reported
NTUNephelometric Turbidity Unit
OHHydroxide
OUOperable Unit
PPhosphorus
PbLead
PRBPermeable Reactive Barrier
RARemedial Action
ROReverse osmosis
SAPSSuccessive Alkalinity Producing System
SbAntimony
SeSelenium
SO42-Sulfate
SRBSulfate Reducing Bacteria
STCSeep Treatment Cell
TDSTotal Dissolved Solids
TOCTotal Organic Carbon
TSSTotal Suspended Solids
UUranium
UFUltra-filtration
VVanadium
VFRVertical Flow Reactor
ZnZinc

LabelDescription
Site NameName of the site
EPA CERCLA IDEPA CERCLA ID number
Parent NameIf the test was conducted at a 'child' site or an alias, this is the name of the larger associated Superfund site.
Operable Unit (OU)Specific operable unit (OU) of the site if specified
Technology TestedName of the technology tested
Technology TypeThe technology type (i.e., active or passive/semi-passive)
Source of MIWSource of the MIW (e.g., adit drainage, groundwater)
Treatment Train? (Y/N)Whether the treatment was a treatment train (i.e., multiple individual technologies)
Specific Component for Performance DataComponent for which data are reported
Technology RequirementsRequirements of the technology (e.g., electricity, pH > or < X, dissolved oxygen < X, etc.)
Geographic conditions/ constraintsGeographic conditions/constraints (e.g., topography, climate)
Scale Scale of the technology (e.g., pilot, or full-scale application)
Duration of StudyLength of the study
ConstituentElement or ion treated
Constituent PhaseIdentity - contaminants of concern (COCs) and others having data/information on treatment
UnitUnit of concentration reported in study
Max. Influent ConcentrationMaximum influent concentration treated
Associated Effluent ConcentrationEffluent concentration attained for maximum concentration treated
Max. Effluent ConcentrationMaximum effluent concentration treated
Associated Influent ConcentrationInfluent concentration attained for maximum concentration treated
Min. Influent ConcentrationMinimum influent concentration treated and
Associated Effluent ConcentrationEffluent concentration attained for maximum concentration treated
Min. Effluent ConcentrationMinimum effluent concentration treated and
Associated Influent ConcentrationInfluent concentration attained for maximum concentration treated
Avg. Influent ConcentrationAverage influent concentration treated and associated time
Avg. Associated Time (Influent)Time over which average X was calculated
Med. Influent ConcentrationMedian influent concentration treated and associated time
Avg. Associated Time Influent)Time over which average X was calculated
Avg. Effluent ConcentrationAverage effluent concentration treated and associated time
Avg. Associated Time (Effluent)Time over which average X was calculated
Med. Effluent ConcentrationMedian effluent concentration treated and associated time
Avg. Associated Time (Effluent)Time over which average X was calculated
Avg. Percent RemovalAverage percent removal
ParametersParameters associated with the concentrations of other data documented
Loads TreatedMass of constituent per unit flow
pHpH associated with documented concentrations
DODO associated with documented concentrations
Water TemperatureWater temperature associated with documented concentrations
Air TemperatureAir temperature associated with documented concentrations
ORPOxidation-reduction potential associated with documented concentrations
Specific ConductivitySpecific conductivity associated with documented concentrations
Flows treatedFlows treated
Were treatment goals met? (Y/N)Whether the testing met the treatment goals
Performance MetricsGoals or performance metrics upon which the treatment success was based
Limitations/ConstraintsAny limitations or constraints noted that contributed to success or failure
Longevity EstimatesEstimates of longevity, if provided
Lessons LearnedAny reported lessons learned
Reported Cost DataAny reported cost data
Other design detailsAny other design details provided in the sources cited
Other performance detailsAny other performance details provided in the sources cited
Limitations to the found dataLimitations to the data found (e.g., data in the source only presented as averages, so was unable to report maximum influent treated with corresponding effluent attained)
NotesAny notes