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This is a rebuild of Drinking Water Watch and not yet the official record. Use the agency’s current Drinking Water Watch for anything you need to rely on.

Chemical and radiological sample results

MS0530013 , Morgan Chapel Water Assn

36 of the 71 analytes this system has been tested for have been detected at least once, across 200 samples on record.

The other 35 were tested for and never found. An analyte is counted here if any result on record measured it, so this covers the whole history and not the samples listed below.

Across all 200 samples on record, detections range from October 13, 2003 to June 16, 2026. These figures cover the whole record.

What counts as a non-detect is defined in the help: Less than Indicator. This system’s violations.

What has been detected, ever

Every analyte measured above its reporting level at any point in this system’s record, most often detected first. This is not limited to the samples listed below.

Every analyte ever detected for Morgan Chapel Water Assn, with how many results found it and when it was first and last detected. Covers the whole record, not only the samples listed below.
Analyte Kind Detected in First detected Last detected
Copper, Free 1022 Inorganic Chemical 45 of 45 results Aug 11, 2004 Sep 10, 2023
Fluoride 1025 Inorganic Chemical 23 of 23 results Oct 13, 2003 Jun 16, 2026
Lead 1030 Inorganic Chemical 23 of 45 results Aug 11, 2004 Sep 10, 2023
Arsenic 1005 Inorganic Chemical 22 of 22 results Oct 13, 2003 Jun 16, 2026
Barium 1010 Inorganic Chemical 22 of 22 results Oct 13, 2003 Jun 16, 2026
Selenium 1045 Inorganic Chemical 22 of 22 results Oct 13, 2003 Jun 16, 2026
Chromium 1020 Inorganic Chemical 15 of 22 results Oct 13, 2003 Mar 18, 2025
Combined Radium (-226 & -228) 4010 Radionuclide 12 of 12 results Dec 12, 2011 Sep 4, 2019
Radium-226 4020 Radionuclide 12 of 12 results Dec 12, 2011 Sep 4, 2019
Gross Alpha, Incl. Radon & U 4002 Radionuclide 10 of 10 results Dec 12, 2011 Jul 19, 2012
Nitrate 1040 Inorganic Chemical 9 of 44 results Jun 9, 2004 Jul 7, 2008
Nitrate-Nitrite 1038 Inorganic Chemical 7 of 44 results Jun 9, 2004 May 14, 2007
Nickel 1036 Inorganic Chemical 6 of 20 results Oct 13, 2003 Oct 11, 2022
Sodium 1052 Inorganic Chemical 5 of 5 results Apr 26, 2017 Jun 16, 2026
Total Haloacetic Acids (Haa5) 2456 Organic Chemical 4 of 21 results Jun 14, 2010 Apr 8, 2025
TTHM 2950 Organic Chemical 4 of 21 results Aug 27, 2007 Jun 4, 2024
Bromoform 2942 Organic Chemical 2 of 15 results Sep 22, 2016 Jun 4, 2024
Radium-228 4030 Radionuclide 2 of 12 results Jun 26, 2018 Sep 4, 2019
Cyanide 1024 Inorganic Chemical 2 of 20 results Mar 17, 2004 Feb 1, 2010
Calcium 1016 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Chloride 1017 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Iron 1028 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Magnesium 1031 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Manganese 1032 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Potassium 1042 Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Residue, Total, Filterable 1057 Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Alkalinity, Caco3 Stability 1067 Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Color 1905 Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Hardness, Total (As Caco3) 1915 Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Alkalinity, Total 1927 Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Iron, Field Result FEFD Inorganic Chemical 1 of 1 result Apr 26, 2017 Apr 26, 2017
Calculated Sodium NACA Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
PH, Field Result PHFD Water Quality 1 of 1 result Apr 26, 2017 Apr 26, 2017
Dibromoacetic Acid 2454 Organic Chemical 1 of 15 results Sep 22, 2016 Sep 22, 2016
Dibromochloromethane 2944 Organic Chemical 1 of 15 results Sep 22, 2016 Sep 22, 2016
Nitrite 1041 Inorganic Chemical 1 of 44 results Aug 24, 2005 Aug 24, 2005

No date range is applied: this list draws on every sample on record. Show the last two years only.

The most recent samples, result by result

The table below lists 121–130 of 200 samples, newest first — collected February 1, 2010 to February 13, 2012. The summary above covers all 200.

33 results from the 10 samples listed here: 9 detected, 24 not detected. Across the whole record it is 264 of 1,034. A sample is analysed for many analytes at once, so one sample appears on as many rows as it had results.

Chemical and radiological sample results for Morgan Chapel Water Assn, every result from 121 to 130 of 200 samples shown, newest first. Not detected means the amount was below the level the laboratory can reliably report, which is given beside it.
Result Analyte Monitoring period
Collected
Feb 13, 2012 15:20
Sampling point
TF101 Treatment Plant T101
Sample type
Routine
Lab sample
120214-022RU
Laboratory
MSDH Lab
Not detected below 0.0005 mg/l Minimum Reporting Level , sample collected Feb 13, 2012 15:20, sampling point TF101 Combined Uranium 4006 EPA method 200.8 Jan 1, 2012 – Mar 31, 2012
Collected
Dec 12, 2011 14:20
Sampling point
TF102 Treatment Plant T102
Sample type
Routine
Lab sample
111213-020
Laboratory
Radiation Safety Engineering
1.3 pci/l , sample collected Dec 12, 2011 14:20, sampling point TF102 Gross Alpha, Incl. Radon & U 4002 EPA method 00-02 Not recorded
0.3 pci/l , sample collected Dec 12, 2011 14:20, sampling point TF102 Combined Radium (-226 & -228) 4010 Not recorded
0.3 pci/l , sample collected Dec 12, 2011 14:20, sampling point TF102 Radium-226 4020 EPA method 903.1 Oct 1, 2011 – Dec 31, 2011
Not detected below 0.6 pci/l Minimum Reporting Level , sample collected Dec 12, 2011 14:20, sampling point TF102 Radium-228 4030 EPA method 904.0 Oct 1, 2011 – Dec 31, 2011
Collected
Dec 12, 2011 15:00
Sampling point
TF101 Treatment Plant T101
Sample type
Routine
Lab sample
111213-021
Laboratory
Radiation Safety Engineering
2.2 pci/l , sample collected Dec 12, 2011 15:00, sampling point TF101 Gross Alpha, Incl. Radon & U 4002 EPA method 00-02 Not recorded
0.6 pci/l , sample collected Dec 12, 2011 15:00, sampling point TF101 Combined Radium (-226 & -228) 4010 Not recorded
0.6 pci/l , sample collected Dec 12, 2011 15:00, sampling point TF101 Radium-226 4020 EPA method 903.1 Oct 1, 2011 – Dec 31, 2011
Not detected below 0.56 pci/l Minimum Reporting Level , sample collected Dec 12, 2011 15:00, sampling point TF101 Radium-228 4030 EPA method 904.0 Oct 1, 2011 – Dec 31, 2011
Collected
Mar 9, 2011
Sampling point
TF102 Treatment Plant T102
Sample type
Routine
Lab sample
110310-019NI
Laboratory
MSDH Lab
Not detected below 0.1 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF102 Nitrate-Nitrite 1038 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Not detected below 0.08 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF102 Nitrate 1040 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Not detected below 0.02 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF102 Nitrite 1041 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Collected
Mar 9, 2011
Sampling point
TF101 Treatment Plant T101
Sample type
Routine
Lab sample
110310-005NI
Laboratory
MSDH Lab
Not detected below 0.1 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF101 Nitrate-Nitrite 1038 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Not detected below 0.08 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF101 Nitrate 1040 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Not detected below 0.02 mg/l Minimum Reporting Level , sample collected Mar 9, 2011, sampling point TF101 Nitrite 1041 EPA method 353.2 Jan 1, 2011 – Dec 31, 2011
Collected
Aug 30, 2010
Sampling point
TF102 Treatment Plant T102
Sample type
Routine
Lab sample
100831-076NI
Laboratory
MSDH Lab
Not detected below 0.25 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF102 Nitrate-Nitrite 1038 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Not detected below 0.2 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF102 Nitrate 1040 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Not detected below 0.05 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF102 Nitrite 1041 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Collected
Aug 30, 2010
Sampling point
TF101 Treatment Plant T101
Sample type
Routine
Lab sample
100831-068NI
Laboratory
MSDH Lab
Not detected below 0.25 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF101 Nitrate-Nitrite 1038 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Not detected below 0.2 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF101 Nitrate 1040 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Not detected below 0.05 mg/l Minimum Reporting Level , sample collected Aug 30, 2010, sampling point TF101 Nitrite 1041 EPA method 353.2 Jan 1, 2010 – Dec 31, 2010
Collected
Jun 14, 2010
Sampling point
MRT000 Max. Res. Time
Sample type
Routine
Lab sample
100615-022HA
Laboratory
MSDH Lab
Not detected below 0.002 mg/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Monochloroacetic Acid 2450 EPA method 552.2 Not recorded
Not detected below 0.001 mg/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Dichloroacetic Acid 2451 EPA method 552.2 Not recorded
Not detected below 0.001 mg/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Trichloroacetic Acid 2452 EPA method 552.2 Not recorded
Not detected below 0.001 mg/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Monobromoacetic Acid 2453 EPA method 552.2 Not recorded
Not detected below 0.001 mg/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Dibromoacetic Acid 2454 EPA method 552.2 Not recorded
0 This result is recorded as a detection, and the figure the agency wrote — "0.00" — is zero to the precision it was written to. Read the zero as "smaller than the written figure resolves", not as "none present". SDWIS holds a separate numeric concentration that Drinking Water Watch does not publish, so this endpoint does not carry it either; no more precise magnitude is available here. The agency recorded a value but no unit of measure for it. The unit is NOT inferable from the analyte: many analytes are reported in more than one unit — TTHM and HAA5 in both MG/L and UG/L — so there is no per-analyte default to fall back on. The number is published as it stands and must not be compared to a limit. The agency recorded which kind of limit this result was below, but stored 0.000000000 as the limit itself, which is not a level. The type is published and the value is null. What the limit was is not on record. Whether the result was a detection is a separate column: read resultType. , sample collected Jun 14, 2010, sampling point MRT000 Total Haloacetic Acids (Haa5) 2456 Jan 1, 2008 – Dec 31, 2010
Collected
Jun 14, 2010
Sampling point
MRT000 Max. Res. Time
Sample type
Routine
Lab sample
100615-022TH
Laboratory
MSDH Lab
Not detected below 1 ug/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Chloroform 2941 EPA method 524.2 Not recorded
Not detected below 1 ug/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Bromoform 2942 EPA method 524.2 Not recorded
Not detected below 1 ug/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Bromodichloromethane 2943 EPA method 524.2 Not recorded
Not detected below 1 ug/l Minimum Reporting Level , sample collected Jun 14, 2010, sampling point MRT000 Dibromochloromethane 2944 EPA method 524.2 Not recorded
0 This result is recorded as a detection, and the figure the agency wrote — "0.00" — is zero to the precision it was written to. Read the zero as "smaller than the written figure resolves", not as "none present". SDWIS holds a separate numeric concentration that Drinking Water Watch does not publish, so this endpoint does not carry it either; no more precise magnitude is available here. The agency recorded a value but no unit of measure for it. The unit is NOT inferable from the analyte: many analytes are reported in more than one unit — TTHM and HAA5 in both MG/L and UG/L — so there is no per-analyte default to fall back on. The number is published as it stands and must not be compared to a limit. The agency recorded which kind of limit this result was below, but stored 0.000000000 as the limit itself, which is not a level. The type is published and the value is null. What the limit was is not on record. Whether the result was a detection is a separate column: read resultType. , sample collected Jun 14, 2010, sampling point MRT000 TTHM 2950 EPA method 524.2 Jan 1, 2008 – Dec 31, 2010
Collected
Feb 1, 2010
Sampling point
TF102 Treatment Plant T102
Sample type
Routine
Lab sample
100202-008CN
Laboratory
MSDH Lab
19.05 ug/l , sample collected Feb 1, 2010, sampling point TF102 Cyanide 1024 EPA method QC10204001X Jan 1, 2008 – Dec 31, 2010

Routine (10).