Facility ID | Facility Name | Sample Point ID | Sample Location | Source Type | Analyte Group | Analyte Code | Analyte Name | Sample Date |
Result | Units | Analyte Level Type |
Current Analyte Level |
Analyte Level Units |
Limit | Limit Type |
Received Date |
Sample ID | Comments | Lab ID | Lab Name | Analysis Method | Method Name | TINWSF ISN |
TSASAMPL ISN |
TSASAR ISN |
SelectYear | SelectAnalyte | SelectResult | SelectFacilityID | SelectFacilityName | SelectSamplePointID | SelectSampleLocation | SelectSourceType | SelectLabID | SelectLabName | SelectMethod | SelectMethodName | FilterSampleDate |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 5/29/2012 | 0.0228 | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 8/28/2015 | 20120529016-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 1435573 | 1955415 | 2012 | ARS-1005 | E | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2012-05-29 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 7/9/2020 | ND | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 7/16/2020 | 20200709036-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 2193472 | 2933418 | 2020 | ARS-1005 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2020-07-09 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 11/16/2015 | 0.0293 | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 12/3/2015 | 20151116008-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 1477867 | 2007297 | 2015 | ARS-1005 | E | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2015-11-16 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 5/2/2019 | ND | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 5/13/2019 | 20190502018-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 2008077 | 2672515 | 2019 | ARS-1005 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2019-05-02 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 3/24/2020 | 0.0043 | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 4/6/2020 | 20200324040-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 2149109 | 2879791 | 2020 | ARS-1005 | D | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2020-03-24 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | ARS | 1005 | ARSENIC | 5/5/2020 | ND | MG/L | MCL | 0.010 | MG/L | 0.002 | MRL | 5/11/2020 | 20200505071-I | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 24045 | 2165463 | 2898445 | 2020 | ARS-1005 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 3113B | ATOMIC ABSORPTION, FURNACE | 2020-05-05 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 8/14/2019 | 0.252 | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 8/23/2019 | 20190814035-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 2052544 | 2735535 | 2019 | NO3-1040 | D | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2019-08-14 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 6/5/2018 | 2.59 | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 6/15/2018 | 20180605035-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1869696 | 2503704 | 2018 | NO3-1040 | D | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2018-06-05 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 4/29/2014 | ND | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 5/6/2014 | 20140429010-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1239498 | 1716643 | 2014 | NO3-1040 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2014-04-29 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 5/5/2020 | ND | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 5/11/2020 | 20200505071-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 2165463 | 2898424 | 2020 | NO3-1040 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2020-05-05 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 5/31/2017 | ND | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 6/7/2017 | 20170531037-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1711057 | 2315431 | 2017 | NO3-1040 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2017-05-31 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 4/25/2016 | ND | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 5/3/2016 | 20160425013-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1538404 | 2079988 | 2016 | NO3-1040 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2016-04-25 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 6/15/2015 | 0.278 | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 6/25/2015 | 20150615020-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1419040 | 1934216 | 2015 | NO3-1040 | D | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2015-06-15 | |||
EP-A | EP FOR WELL #1 | 1 | Finished | NO3 | 1040 | NITRATE | 5/29/2012 | ND | MG/L | MCL | 10 | MG/L | 0.2 | MRL | 8/28/2015 | 20120529016-I | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 24045 | 1435573 | 1955389 | 2012 | NO3-1040 | N | EP-A | EP FOR WELL #1 | 1 | Finished | OR100039 | WATERLAB CORPORATION | 300.0 | ION CHROMATOGRAPHY | 2012-05-29 |