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MON 30 AMD Treatment System Water Quality Report - M30A1
DateMethod of FlowFlow - Field!!(gal/min)pH - Field!!(S.U.)pH - Lab!!(S.U.)ORP - Field!!(mvolts)DO - Field!!(mg/L)Temp - Field!!(C)Cond - Lab!!(umhos/cm)Alkalinity - Field!!(mg/L)Alkalinity - Lab!!(mg/L)Acidity - Lab!!(mg/L)T. Fe  - Lab!!(mg/L)D. Fe - Lab!!(mg/L)T. Mn  - Lab!!(mg/L)D. Mn  - Lab!!(mg/L)T. Al - Lab!!(mg/L)D. Al - Lab!!(mg/L)SO4 - Lab!!(mg/L)TSS - Lab!!(mg/L)
2018-06-22--103.333.6----18.2567--01065.5--7.51--8.63--2476
Minimum: 103.333.6----18.2567----1065.5--7.51--8.63--2476
Maximum: 103.333.6----18.2567----1065.5--7.51--8.63--2476
Average: 103.333.6----18.2567----1065.5--7.51--8.63--2476
Range: 000----00----00--0--0--00
Median: 103.333.6----18.2567----1065.5--7.51--8.63--2476
Loading (lb/day): ----12.720.66--0.9--1.04--

Sample Point Description: AMD; influent to Mon 30 passive system; sampled at end of Forebay
1. Records with no value are not included in statistical calculations.
2. Values lower than the minimum detection limit are assumed to be 0.
3. Average pH is not calculated as a mean of pH values, but rather a mean of hydronium ion concentration.
4. Dissolved metals used for calculated acidity values when available. Acidities calculated from total metals may be exaggerated.
5. This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License.
  To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/2.5/ or
  send a letter to Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.



MON 30 AMD Treatment System Water Quality Report - M30B1
DateMethod of FlowFlow - Field!!(gal/min)pH - Field!!(S.U.)pH - Lab!!(S.U.)ORP - Field!!(mvolts)DO - Field!!(mg/L)Temp - Field!!(C)Cond - Lab!!(umhos/cm)Alkalinity - Field!!(mg/L)Alkalinity - Lab!!(mg/L)Acidity - Lab!!(mg/L)T. Fe  - Lab!!(mg/L)D. Fe - Lab!!(mg/L)T. Mn  - Lab!!(mg/L)D. Mn  - Lab!!(mg/L)T. Al - Lab!!(mg/L)D. Al - Lab!!(mg/L)SO4 - Lab!!(mg/L)TSS - Lab!!(mg/L)
2018-06-22--106.767.1----22.8531--73-470.46--5.94--0.36--19811
Minimum: 106.767.1----22.8531--73-470.46--5.94--0.36--19811
Maximum: 106.767.1----22.8531--73-470.46--5.94--0.36--19811
Average: 106.767.1----22.8531--73-470.46--5.94--0.36--19811
Range: 000----00--000--0--0--00
Median: 106.767.1----22.8531--73-470.46--5.94--0.36--19811
Loading (lb/day): --8.76-5.640.06--0.71--0.04--

Sample Point Description: Effluent of Mon 30 VFP
1. Records with no value are not included in statistical calculations.
2. Values lower than the minimum detection limit are assumed to be 0.
3. Average pH is not calculated as a mean of pH values, but rather a mean of hydronium ion concentration.
4. Dissolved metals used for calculated acidity values when available. Acidities calculated from total metals may be exaggerated.
5. This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License.
  To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/2.5/ or
  send a letter to Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.



MON 30 AMD Treatment System Water Quality Report - M30C1
DateMethod of FlowFlow - Field!!(gal/min)pH - Field!!(S.U.)pH - Lab!!(S.U.)ORP - Field!!(mvolts)DO - Field!!(mg/L)Temp - Field!!(C)Cond - Lab!!(umhos/cm)Alkalinity - Field!!(mg/L)Alkalinity - Lab!!(mg/L)Acidity - Lab!!(mg/L)T. Fe  - Lab!!(mg/L)D. Fe - Lab!!(mg/L)T. Mn  - Lab!!(mg/L)D. Mn  - Lab!!(mg/L)T. Al - Lab!!(mg/L)D. Al - Lab!!(mg/L)SO4 - Lab!!(mg/L)TSS - Lab!!(mg/L)
2018-06-22--106.87----22.9496--64-420.22--3.98--0.26--1888
Minimum: 106.87----22.9496--64-420.22--3.98--0.26--1888
Maximum: 106.87----22.9496--64-420.22--3.98--0.26--1888
Average: 106.87----22.9496--64-420.22--3.98--0.26--1888
Range: 000----00--000--0--0--00
Median: 106.87----22.9496--64-420.22--3.98--0.26--1888
Loading (lb/day): --7.68-5.040.03--0.48--0.03--

Sample Point Description: Effluent of Mon 30 Settling BASING
1. Records with no value are not included in statistical calculations.
2. Values lower than the minimum detection limit are assumed to be 0.
3. Average pH is not calculated as a mean of pH values, but rather a mean of hydronium ion concentration.
4. Dissolved metals used for calculated acidity values when available. Acidities calculated from total metals may be exaggerated.
5. This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License.
  To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/2.5/ or
  send a letter to Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.



MON 30 AMD Treatment System Water Quality Report - M30D1
DateMethod of FlowFlow - Field!!(gal/min)pH - Field!!(S.U.)pH - Lab!!(S.U.)ORP - Field!!(mvolts)DO - Field!!(mg/L)Temp - Field!!(C)Cond - Lab!!(umhos/cm)Alkalinity - Field!!(mg/L)Alkalinity - Lab!!(mg/L)Acidity - Lab!!(mg/L)T. Fe  - Lab!!(mg/L)D. Fe - Lab!!(mg/L)T. Mn  - Lab!!(mg/L)D. Mn  - Lab!!(mg/L)T. Al - Lab!!(mg/L)D. Al - Lab!!(mg/L)SO4 - Lab!!(mg/L)TSS - Lab!!(mg/L)
2018-06-22--106.737.1----22.1489--60-390.15--3.16--0.22--1857
Minimum: 106.737.1----22.1489--60-390.15--3.16--0.22--1857
Maximum: 106.737.1----22.1489--60-390.15--3.16--0.22--1857
Average: 106.737.1----22.1489--60-390.15--3.16--0.22--1857
Range: 000----00--000--0--0--00
Median: 106.737.1----22.1489--60-390.15--3.16--0.22--1857
Loading (lb/day): --7.2-4.680.02--0.38--0.03--

Sample Point Description: Effluent of constructed wetland and final effluent of the Mon30 passive system
1. Records with no value are not included in statistical calculations.
2. Values lower than the minimum detection limit are assumed to be 0.
3. Average pH is not calculated as a mean of pH values, but rather a mean of hydronium ion concentration.
4. Dissolved metals used for calculated acidity values when available. Acidities calculated from total metals may be exaggerated.
5. This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License.
  To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/2.5/ or
  send a letter to Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.