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r <br /> FIELD PROCEDURES <br /> Site Safety Plan <br /> This plan describes the safety requirements for field work performed at the site The site <br /> safety plan is applicable to personnel of RESNA Industries who perform the field work. A <br /> copy of the site safety plan is available for reference by appropriate parties during the work <br /> The on-site representative of RESNA Industries acts as the Site Safety Officer <br /> Groundwater Sampling <br /> The static water level in each well was measured to the nearest 0 01 foot with a Solinst electric <br /> water-level sounder cleaned with a laboratory-grade, non-phosphatic detergent and deiomzed <br /> water before use in each well A clean bailer was used to obtain a sample from the surface of <br /> the water in the well for subjective analysis of hydrocarbons The sample was retrieved and <br /> visually examined for floating product, sheen, color, and clarity <br /> Approximately 3 well volumes of groundwater were purged from the wells using pre-washed <br /> bailers. The bailers were cleaned with a laboratory-grade, non-phosphatic detergent and water <br /> before use in each well. The wells were purged until withdrawal was of sufficient volume to <br /> result in stabilized pH, temperature, and electrical conductivity of the water, as measured by <br /> portable meters calibrated to a standard buffer and conductivity standard. The wells recovered <br /> to more than 90 percent of the static water level within 5 minutes of turning off the pump <br /> The groundwater purged from the wells was temporarily stored in 17-E, steel, 55-gallon liquid <br /> waste drums approved for this use by the Department of Transportation <br /> Hydrochloric acid (or other appropriate chemical) was added to the sample vials as a <br /> preservative A sample of the formation water then was collected from the surface of the <br /> water in each of the wells with disposable clean Teflon bailer and slowly transferred to <br /> laboratory-cleaned sample containers. <br /> SHELLSIFPROCED <br />