REQUEST_ID|JOB_ID|SAMPLE_ID|SAMPLE_SITE|FIELD_ID|SAMPLE_DATE|SAMPLE_TIME|ANALYSIS_DATE|ANALYSIS_TIME|PARAM_CODE|PARAM_NAME|RESULT|VALUE_QUAL|UOM|MDL|PQL|PREP_METHOD|PREP_DESC|PREP_DATE|PREP_TIME|ANALYSIS_METHOD|SAMPLER|LAB_COMMENTS
RQ-2022-02-21-45|TLH-2022-02-23-39|2307585|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|04-MAR-2022|08:19||Total Alkalinity|127||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307585|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|23-FEB-2022|15:14|76|Turbidity|1.5|A|NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307585|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|04-MAR-2022|04:37|951|Fluoride|0.97||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307585|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|28-FEB-2022|15:12|530|TSS|8|I|mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307586|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|04-MAR-2022|08:33||Total Alkalinity|207||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307586|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|23-FEB-2022|15:24|76|Turbidity|1.8||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307586|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|04-MAR-2022|04:43|951|Fluoride|0.73||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307586|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|28-FEB-2022|15:12|530|TSS|8|I|mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307587|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|04-MAR-2022|08:46||Total Alkalinity|108||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307587|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|23-FEB-2022|15:25|76|Turbidity|3.7||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307587|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|04-MAR-2022|04:48|951|Fluoride|0.83||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307587|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|28-FEB-2022|15:12|530|TSS|11||mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307588|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|02-MAR-2022|13:28|610|Ammonia-N|0.011||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307588|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|04-MAR-2022|18:05|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307588|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|04-MAR-2022|15:03|665|Total-P|0.088||mg P/L|0.0040|0.010|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307588|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|01-MAR-2022|12:48|625|Kjeldahl Nitrogen|0.50||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|25-FEB-2022|10:06|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307588|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|09-MAR-2022|11:25|680|Organic Carbon|6.5||mg C/L|2.0|4.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307589|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|02-MAR-2022|13:29|610|Ammonia-N|0.015||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307589|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|04-MAR-2022|18:06|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307589|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|04-MAR-2022|15:10|665|Total-P|0.077||mg P/L|0.0040|0.010|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307589|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|01-MAR-2022|12:50|625|Kjeldahl Nitrogen|0.82||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|25-FEB-2022|10:06|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307589|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|09-MAR-2022|12:34|680|Organic Carbon|8.5||mg C/L|1.0|2.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307590|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|02-MAR-2022|13:30|610|Ammonia-N|0.010||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307590|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|04-MAR-2022|18:07|630|NO2NO3-N|0.004|U|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307590|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|03-MAR-2022|11:38|665|Total-P|0.13||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307590|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|01-MAR-2022|12:51|625|Kjeldahl Nitrogen|0.72||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|25-FEB-2022|10:06|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307590|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|09-MAR-2022|13:45|680|Organic Carbon|9.0||mg C/L|1.0|2.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307591|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|23-FEB-2022|17:33|671|O-Phosphate-P|0.059||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307592|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|23-FEB-2022|17:37|671|O-Phosphate-P|0.031||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307593|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|23-FEB-2022|17:38|671|O-Phosphate-P|0.081||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307594|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|04-MAR-2022|09:00||Total Alkalinity|148||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307594|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|23-FEB-2022|15:27|76|Turbidity|5.2||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307594|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|04-MAR-2022|04:53|951|Fluoride|0.78||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307594|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|28-FEB-2022|15:12|530|TSS|12||mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307595|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|04-MAR-2022|09:14||Total Alkalinity|127||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307595|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|23-FEB-2022|15:30|76|Turbidity|2.0||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307595|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|04-MAR-2022|04:58|951|Fluoride|0.83||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307595|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|28-FEB-2022|15:12|530|TSS|10|I|mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307596|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|02-MAR-2022|13:32|610|Ammonia-N|0.038||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307596|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|04-MAR-2022|18:08|630|NO2NO3-N|0.01|I|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307596|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|03-MAR-2022|11:47|665|Total-P|0.10||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307596|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|01-MAR-2022|12:53|625|Kjeldahl Nitrogen|0.78||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|25-FEB-2022|10:06|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307596|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|09-MAR-2022|07:47|680|Organic Carbon|8.5||mg C/L|1.0|2.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307597|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|03-MAR-2022|11:08|610|Ammonia-N|0.020||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307597|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|04-MAR-2022|18:09|630|NO2NO3-N|0.007|I|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307597|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|04-MAR-2022|15:18|665|Total-P|0.092||mg P/L|0.0040|0.010|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307597|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|02-MAR-2022|14:24|625|Kjeldahl Nitrogen|0.65||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|28-FEB-2022|11:43|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307597|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|09-MAR-2022|13:29|680|Organic Carbon|8.4||mg C/L|1.0|2.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307598|Apollo Waterway EBranch|G3SD0208|22-FEB-2022|10:10|23-FEB-2022|17:39|671|O-Phosphate-P|0.047||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307599|Apollo Waterway WBranch|G3SD0195|22-FEB-2022|10:30|23-FEB-2022|17:44|671|O-Phosphate-P|0.056||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307600|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|04-MAR-2022|07:38||Total Alkalinity|106||mg CaCO3/L|0.65|2.5|||||SM 2320 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307600|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|23-FEB-2022|15:31|76|Turbidity|4.4||NTU|0.10|1.0|||||EPA 180.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307600|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|04-MAR-2022|03:48|951|Fluoride|0.69||mg F/L|0.18|0.50|||||SM 4500 F-C-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307600|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|28-FEB-2022|15:12|530|TSS|12||mg/L|3.0|10|||||SM 2540 D-2011|Monica Jaeger/Nicole Reistad|Batch relative percent difference is unavailable because of low analyte concentration in the QC sample.
RQ-2022-02-21-45|TLH-2022-02-23-39|2307601|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|03-MAR-2022|11:10|610|Ammonia-N|0.017||mg N/L|0.0020|0.0050|||||EPA 350.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307601|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|08-MAR-2022|14:47|630|NO2NO3-N|0.004|I|mg N/L|0.0040|0.010|||||EPA 353.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307601|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|03-MAR-2022|11:41|665|Total-P|0.15||mg P/L|0.010|0.10|365.1 (MARCH 1983)|Automated, ascorbic acid|02-MAR-2022|15:00|EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307601|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|02-MAR-2022|14:29|625|Kjeldahl Nitrogen|0.74||mg N/L|0.16|0.40|351.2 (MARCH 1983)|Preparation of samples for total kjeldahl nitrogen analysis|28-FEB-2022|11:43|EPA 351.2 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307601|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|08-MAR-2022|17:26|680|Organic Carbon|11||mg C/L|1.0|2.0|||||SM 5310 B-2011|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-39|2307602|Myakka River (Tidal) @ US 41|G3SD0068|22-FEB-2022|11:40|23-FEB-2022|17:45|671|O-Phosphate-P|0.10||mg P/L|0.0040|0.010|||||EPA 365.1 Rev. 2.0|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|12:43||Chlordane|2.6|U|ng/L|2.6|13|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8276|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|12:43||Toxaphene|15|U|ng/L|15|77|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8276|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39330|Aldrin|0.67|U|ng/L|0.67|3.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39337|Alpha-BHC|0.12|I|ng/L|0.10|0.51|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Alpha-Chlordane|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39338|Beta-BHC|0.10|U|ng/L|0.10|0.51|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Beta-Cyfluthrin|1.3|U|ng/L|1.3|6.4|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Bifenthrin|0.51|U|ng/L|0.51|2.6|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39786|Carbophenothion|0.92|U|ng/L|0.92|4.6|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|70314|Chlorothalonil|1.3|U|ng/L|1.3|7.7|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Cis-Nonachlor|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|3781|Cypermethrin|1.5|U|ng/L|1.5|7.7|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39310|DDD-p,p'|0.26|U|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39320|DDE-p,p'|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39300|DDT-p,p'|0.30|IJ|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Dacthal|0.15|U|ng/L|0.15|0.77|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|34259|Delta-BHC|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Deltamethrin|1.3|U|ng/L|1.3|6.4|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Dichlobenil|0.26|U|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|09-MAR-2022|01:01||Dicofol|1.3|UJ|ng/L|1.3|6.4|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39380|Dieldrin|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|34361|Endosulfan I|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|34356|Endosulfan II|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|34351|Endosulfan Sulfate|0.31|U|ng/L|0.31|1.5|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39390|Endrin|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|34366|Endrin Aldehyde|0.77|U|ng/L|0.77|3.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Endrin Ketone|0.41|U|ng/L|0.41|2.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Esfenvalerate|0.77|U|ng/L|0.77|3.9|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Ethalfluralin|0.15|U|ng/L|0.15|0.77|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Fenpropathrin|0.26|U|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39340|Gamma-BHC|0.13|U|ng/L|0.13|0.64|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Gamma-Chlordane|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39410|Heptachlor|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39420|Heptachlor Epoxide|0.26|U|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Hexachlorobenzene|1.0|U|ng/L|1.0|5.1|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Kepone|5.1|U|ng/L|5.1|26|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Lambda-Cyhalothrin|0.77|U|ng/L|0.77|3.9|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||MGK-264|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Methoprene|0.77|U|ng/L|0.77|3.9|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39480|Methoxychlor|0.31|U|ng/L|0.31|1.5|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|39755|Mirex|0.72|U|ng/L|0.72|3.6|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Oxychlordane|0.31|U|ng/L|0.31|1.5|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|79191|Permethrin|2.2|I|ng/L|1.6|8.2|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Phenothrin|0.92|U|ng/L|0.92|4.6|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Piperonyl Butoxide|0.15|U|ng/L|0.15|0.77|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Prallethrin|2.1|U|ng/L|2.1|10|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Tau-Fluvalinate|0.26|U|ng/L|0.26|1.3|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Tetramethrin|0.77|U|ng/L|0.77|3.9|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Trans-Nonachlor|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05||Triclosan Methyl|0.15|U|ng/L|0.15|0.77|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-43|2307614|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|03-MAR-2022|02:05|81284|Trifluralin|0.21|U|ng/L|0.21|1.0|3535A (GC)|Prep for organochlorine pesticides in water matrix by GC/MS-SIM|24-FEB-2022|08:00|EPA 8270E|Monica Jaeger/Nicole Reistad|Refer to the Lab Analysis Report for an explanation of QC Codes.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|23-FEB-2022|13:39||AMPA|1.0|U|ug/L|1.0|4.0|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|09:04||Acesulfame K|0.10|U|ug/L|0.10|0.40|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|09:04||Endothall|0.25|U|ug/L|0.25|1.0|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|23-FEB-2022|13:39||Glufosinate|1.0|U|ug/L|1.0|4.0|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|23-FEB-2022|13:39||Glyphosate|1.1|I|ug/L|1.0|4.0|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|09:04||Sucralose|0.42||ug/L|0.010|0.040|LC-FILTER|Filtration of samples prior to analysis|23-FEB-2022|12:30|EPA 8321B|Monica Jaeger/Nicole Reistad|Some MDLs are elevated due to required dilution of sample matrix.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14|39740|2,4,5-T|0.0040|U|ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14|39730|2,4-D|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Acetaminophen|0.0080|U|ug/L|0.0080|0.032|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Acetamiprid|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Afidopyropen|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Bentazon|0.025||ug/L|8.0E-04|0.0032|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Benzovindiflupyr|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Carbamazepine|0.0032||ug/L|8.0E-04|0.0032|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Clothianidin|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Dinotefuran|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Diuron|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Fenuron|0.020|I|ug/L|0.016|0.064|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Fluridone|0.019||ug/L|8.0E-04|0.0032|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Hydrocodone|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Ibuprofen|0.020|U|ug/L|0.020|0.080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Imazapyr|0.24||ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Imidacloprid|0.0044|I|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Linuron|0.0040|U|ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||MCPP|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Mandestrobin|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Naproxen|0.0080|U|ug/L|0.0080|0.032|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Primidone|0.0092|I|ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Pyraclostrobin|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14|39760|Silvex|0.0040|U|ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Thiamethoxam|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Tolfenpyrad|0.0020|U|ug/L|0.0020|0.0080|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-44|2307615|Alligator @ Jacaranda|G2SD0026|22-FEB-2022|12:45|26-FEB-2022|14:14||Triclopyr|0.0040|U|ug/L|0.0040|0.016|3535A|Prep for herbicides and carbamates|24-FEB-2022|09:00|EPA 8321B|Monica Jaeger/Nicole Reistad|MS accuracy for bentazon could not be assessed due to high concentration of parameter in the spiked sample.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|916|Calcium|333||mg/L|0.22|0.90|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|1045|Iron|90|U|ug/L|90|360|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:43|927|Magnesium|943||mg/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|1082|Strontium|6.55E+03||ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:43|1102|Tin|150|U|ug/L|150|600|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|1152|Titanium|3.4|I|ug/L|2.2|9.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|1087|Vanadium|6.0|U|ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|18:39|1092|Zinc|15|U|ug/L|15|60|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1105|Aluminum|59|I|ug/L|20|80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1097|Antimony|0.31|I|ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1002|Arsenic|2.16||ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1012|Beryllium|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1027|Cadmium|0.080|U|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1034|Chromium|1.6|U|ug/L|1.6|6.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1037|Cobalt|0.13|I|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1042|Copper|1.6|U|ug/L|1.6|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1051|Lead|0.80|U|ug/L|0.80|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1055|Manganese|8.5||ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1062|Molybdenum|21.2||ug/L|0.60|2.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1067|Nickel|2.0|U|ug/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1147|Selenium|0.80|U|ug/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1077|Silver|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307617|Little Alligator Creek @ Midway Blvd|G3SD0071|22-FEB-2022|09:00|07-MAR-2022|19:40|1059|Thallium|0.40|U|ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|916|Calcium|263||mg/L|0.22|0.90|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|1045|Iron|90|U|ug/L|90|360|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:23|927|Magnesium|524||mg/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|1082|Strontium|4.22E+03||ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:23|1102|Tin|60|U|ug/L|60|240|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|1152|Titanium|2.6|I|ug/L|2.2|9.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|1087|Vanadium|6.0|U|ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:15|1092|Zinc|15|U|ug/L|15|60|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1105|Aluminum|27|I|ug/L|20|80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1097|Antimony|0.39|I|ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1002|Arsenic|1.93||ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1012|Beryllium|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1027|Cadmium|0.080|U|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1034|Chromium|1.6|U|ug/L|1.6|6.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1037|Cobalt|0.14|I|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1042|Copper|1.6|U|ug/L|1.6|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1051|Lead|0.80|U|ug/L|0.80|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1055|Manganese|17.0||ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1062|Molybdenum|10.2||ug/L|0.60|2.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1067|Nickel|2.0|U|ug/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1147|Selenium|0.80|U|ug/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1077|Silver|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307618|FlopbuckNearPearlSt|G3SD0185|22-FEB-2022|09:35|07-MAR-2022|20:47|1059|Thallium|0.40|U|ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|916|Calcium|276||mg/L|0.22|0.90|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|1045|Iron|130|I|ug/L|90|360|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:39|927|Magnesium|697||mg/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|1082|Strontium|6.83E+03||ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:39|1102|Tin|60|U|ug/L|60|240|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|1152|Titanium|4.4|I|ug/L|2.2|9.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|1087|Vanadium|6.0|U|ug/L|6.0|24|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:31|1092|Zinc|15|U|ug/L|15|60|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.7 Rev. 4.4|Monica Jaeger/Nicole Reistad|Batch matrix spike recoveries for calcium, magnesium and strontium are unavailable because of high analyte concentration in the QC sample. Precision data and spike recoveries for tin are unavailable because sample matrix interference necessitated a high dilution.
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1105|Aluminum|127||ug/L|20|80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1097|Antimony|0.20|U|ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1002|Arsenic|1.49||ug/L|0.20|0.80|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1012|Beryllium|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1027|Cadmium|0.080|U|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1034|Chromium|1.6|U|ug/L|1.6|6.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1037|Cobalt|0.17|I|ug/L|0.080|0.32|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1042|Copper|1.6|U|ug/L|1.6|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1051|Lead|0.80|U|ug/L|0.80|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1055|Manganese|10.5||ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1062|Molybdenum|7.4||ug/L|0.60|2.4|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1067|Nickel|2.0|U|ug/L|2.0|8.0|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1147|Selenium|0.80|U|ug/L|0.80|3.2|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1077|Silver|0.040|U|ug/L|0.040|0.16|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|
RQ-2022-02-21-45|TLH-2022-02-23-46|2307619|Rock Creek @ Eisenhower Dr|G3SD0070|22-FEB-2022|10:55|07-MAR-2022|20:56|1059|Thallium|0.40|U|ug/L|0.40|1.6|200.2|Sample prep procedure for spectrochemical determination of total recoverable elements|04-MAR-2022|10:00|EPA 200.8 Rev. 5.4|Monica Jaeger/Nicole Reistad|