as Calcium Carbonate - ASP EPA 6020A EPA 6020A EPA 6020A SM22 2320B Qualifier Units < LOQ < LOQ < LOQ < LOQ >500 DL/LOQ Analyzed on Validator ug/L ug/L ug/L ug/L mg/L 20.0 05/19/2021 10.0 05/19/2021 20.0 05/20/2021 80.0 05/19/2021 5.0 05/17/2021 MO MO MO MO MO mg/L 2 05/17/2021 8:55 am 05/12/2021 11:59 am 1000 06/02/2021 125 06/02/2021 0.005 05/14/2021 5.0 05/20/2021 10 05/12/2021 3:22 pm 1 06/03/2021 40 05/12/2021 3:34 pm 0.20 05/24/2021 1000 06/02/2021 1.25 06/02/2021 0.01 05/13/2021 11:18 am 0.05 06/07/2021 0.1 05/12/2021 3:23 pm MO MO MO MO MO MO JLM MO MO MO MO MO MO MO JLM Alkalinity result beyond titrametric range of instrument, upper limit reported SM22-5210B Biochemical Oxygen Demand ASP BOD Set Date and Time EPA 6010C ASP Calcium by ICP-AES SW846/9253 Chloride - ASP SW846-9012A ASP Total Cyanide HACH 8000 Chemical Oxygen Demand - ASP SM20-2120B Color, Apparent - ASP EPA 6010C ASP Hardness as Calcium Carbonate SW846-7196A Hexavalent Chromium, ASP SW846-7470A ASP Mercury SW846-6010C ASP Magnesium SM22-4500NH3-G Ammonia as N SM22-4500NO2B Nitrite Nitrogen as N EPA 353.2, Rev 2.0 N-Nitrate Calculated EPA 9040C Corrosivity/pH SM21-5210B 11.8 Completed 55200 850 0.007 46 250 460 < LOQ < LOQ 78000 17.4 < LOQ 0.517 7.23 ug/L mg/L mg/L mg/L units mg/L ug/L ug/L ug/L mg/L mg/L mg/L Units Note: The Corrosivity/pH test is an Analyze Immediately On-Site (AIOS) parameter. AIOS parameters have a 15 minute hold time. The Laboratory provides this test result only as a guide. RWHJr EPA 9065 Phenolics, Total Recoverable Not Detected mg/L 0.004 06/07/2021 SW846-3005A ASP Metals Digestion - Aqueous Completed 05/13/2021 40CFR136 NH4 Preparation Completed 06/02/2021 Ammonia as N analyzed by On-line Gas Diffusion Automated Salicylate Method, as appears in Method Update Rule II, 40CFR 136, Table 1B, Federal Register Volume 77 Number 97, pursuant to Clean Water Act promulgated 06/01/2012. 40CFR136 SW846/9056A SM22-2540C SM22-4500Norg D SW846-9060A EPA 180.1 TKN Digestion/Diffusion Method Sulfate, Aqueous - ASP Total Dissolved Solids Total kjeldahl nitrogen as N - ASP Total Organic Carbon - ASP Turbidity Completed < LOQ 1820.0 18.3 2.30 311 06/03/2021 1.0 05/27/2021 2.0 05/14/2021 0.60 06/07/2021 0.25 05/27/2021 0.2 05/12/2021 mg/L mg/L mg/L mg/L as C NTU 3:22 pm MO MO MO MO MO MO MO MO JLM Organics VOCs by 8260C Baseline Expanded SW846 8260C 1,2-dibromo-3-chloropropane < LOQ ug/L 0.500 05/14/2021 MG SW846 8260C 1,2-dibromoethane < LOQ ug/L 0.500 05/14/2021 MG SW846 8260C 2-hexanone < LOQ ug/L 5.00 05/14/2021 MG SW846 8260C Acetone < LOQ ug/L 10.0 05/14/2021 MG SW846 8260C Acetonitrile < LOQ ug/L 50.0 05/14/2021 MG SW846 8260C Acrolein < LOQ ug/L 5.00 05/14/2021 MG SW846 8260C Acrylonitrile < LOQ ug/L 5.00 05/14/2021 MG NYSDOH ELAP and NELAC do not offer accreditation for Alkalinity, Ammonia, Biochemical Oxygen Demand, Total Kjeldahl Nitrogen and Total Phosphorus in the S&HW Matrix. Unless the sample is otherwise qualified, all Quality Control acceptance criteria have satisfied method and NELAC requirements. DL = Detection Limit Approved By LOQ = Limit of Quantitation Robert Hilbrandt Environmental Laboratories NYS ELAP # 10108 (914) 231-1620 J=value is an estimate QA Officer Report Number: H = exceeds holding time Date Approved : 1813 07/14/2021 EMAIL 7/14/2021 These analytical results relate only to the sample identified in this report. Page 2 of 4 AX09097 Sample No. Method Test Description Results Qualifier Units DL/LOQ Analyzed on Validator SW846 8260C Carbon Disulfide < LOQ ug/L 5.00 05/14/2021 MG SW846 8260C Methyl Iodide < LOQ ug/L 5.00 05/14/2021 MG SW846 8260C Prep. Method 5030C ug/L 05/14/2021 MG SW846 8260C trans-1,4-dichloro-2-butene < LOQ ug/L 5.00 05/14/2021 MG SW846 8260C Vinyl Acetate < LOQ ug/L 5.00 05/14/2021 MG This sample deviates from the method stipulated preservation requirements of pH < 2. This method deviation may render the data unsuitable for regulatory purposes. jc 6/29/21 VOC's in water-EPA 8260C SW846 8260C 1,1,1- trichloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1,1,2-tetrachloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1,2,2-tetrachloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1,2-trichloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1-dichloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1-Dichloroethene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,1-dichloropropene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2,3-trichlorobenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2,3-trichloropropane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2,4-trichlorobenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2,4-trimethylbenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2-dichlorobenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2-dichloroethane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,2-dichloropropane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,3,5-trimethylbenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,3-dichlorobenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,3-dichloropropane < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 1,4-dichlorobenzene < LOQ ug/L 0.50 05/19/2021 MG SW846 8260C 2,2-dichloropropane < LOQ ug/L 0.50