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R <br /> Y <br /> S� <br /> Elm- <br /> S <br /> As the wells are in an area experiencing a large volume of truck <br /> traffic, some or all of the well, will be completed at the <br /> surface in a reinforced, pavement level vault. Above ground <br /> completions, if selected, will consist of a locking steel riser surrounded by two or three g protective <br /> tion of. the type of well completion (flush mount oors. Detemina- <br /> will made by RAGiJ p <br /> Will <br /> complete, prior to drilling. Once installation ground) <br /> p , the relative elevation of each well, as measured to the <br /> top of the 4 inch well casing, will be determined by hand level- <br /> ing. <br /> The wells will be developed by a combination of swabbing, bail- <br /> ing, and pumpage using a 3 inch submersible <br /> methods will not be em pump. air development <br /> ployed. Development will continue until the <br /> well discharge water is sediment free, or until a total <br /> hours of development time has elaof 2 <br /> psed. The swab, bailer and pump <br /> will be thoroughly cleaned prior to first use and between each <br /> use with a high pressure, potable water spray rinse, <br /> development, the wells will remain idle for at loweek <br /> prior to sampling. least one <br /> During well development, the pumping rate of each well will be <br /> determined, and the total <br /> recorded in the field log bookrgeD volume <br /> ee willratbe computed and <br /> ally could <br /> reach 20 gpm for up to Z hour in duration. fihe water Cdischarged <br /> from the wells during development will be containerized in an <br /> on-site holding tank. Once development has been completed, the <br /> tank will be sampled using a teflon bailer lowered into the tank <br /> from the top of the tank. Sampling and analysis will <br /> procedures discussed in sections 4.0 and 4.1 belowdaccording follow the <br /> . <br /> the development water will be del Disposal of <br /> of the analytical results. Provided theobserved levelsto the sults <br /> within guidelines established for industrial are <br /> discharge, the contents of the tank will be hanled rby t water <br /> plant stormwater drainage system. y the Ragu <br /> 3.0 soil Sampling <br /> During the drilling of the monitor well boreholes, sail samples <br /> Will be collected from each location at ground surface and at 5 <br /> foot intervals thereafter down to groundwater. Those samples <br /> appearing visually stained, odorous or otherwise contaminated, or <br /> producing a response on a field screening instrument <br /> photoionizer) will be submitted for chemical anal sis. (a HNu <br /> samples appear contaminated, then the two samples closesIf t to <br /> groundwater will be submitted; a maximum of 9 <br /> monitor well location will be submsail samples per <br /> itted for chemical analysis. <br /> -.-Prior---to-collection--of-these-samples, the split--spoon Will be --- --- - ----- ----- <br /> decontaminated by scrubbing with a bristle brush in a solution of <br /> Potable water and non-phosphate deterr'_nt (such as Alconox) , <br /> followed by potable water rinse and compieted with a final spray. <br /> rinse of distilled water. The split-spoon will then be lined <br /> 2 - <br />