Laserfiche WebLink
Upon completion of the well, it was developed and sampled. The collected groundwater sample <br /> was also submitted to the PACE Laboratory for analysis. Figure 3 shows a preconstruction <br /> schematic of the monitoring well installation; the actual completion depth of the well was 26.5 <br /> feet below surface. <br /> A copy of the monitoring well boring log is included as Appendix C of this report. A copy of <br /> the groundwater well and soil boring permit is included as Appendix D of this report. <br /> 4.2.1 Soil Analysis <br /> The soil sample submitted for analysis from the monitoring well installation was analyzed using <br /> EPA Methods 8015 and 8020 for hydrocarbons and BTEX, respectively. Analysis results for <br /> these samples revealed them to be nondetected for the targeted analytes to their respective <br /> detection limits. <br /> A copy of the analysis report and Chain-of-Custody documentation is included in Appendix E <br /> ' of this report. <br /> 4.2.2 Groundwater Analysis <br /> The groundwater sample (Number 112791 MW-1) collected from the installed well was analyzed <br /> for hydrocarbons, BTEX Total Dissolved Solids (TDS), Chloride and Nitrate. Upon analyzing <br /> tthe groundwater sample, TDS levels were revealed to be slightly elevated; however, due to the <br /> current drought condition, this is not uncommon. The level of Chloride in the sample was <br /> ' revealed to be within acceptable parameters established by the Regional Water Quality Control <br /> Board for drinking water (A Compilation of Water Quality Goals, November, 1989). No known <br /> limits have been established for Nitrate levels in groundwater. All remaining analytes were <br /> discovered to be nondetected to their respective detection limits. <br /> A copy of the analysis reports for these samples, including Chain-of-Custody documentation, is <br /> included in Appendix F of this report. <br /> 4 <br /> MZn2os91/M/LTR O817.1p; <br />