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wDown-hole pressure transducers will be used to collect drawdown information from MW6A, <br /> MW6B, RW 1 A, and RW 1 B Depth to water in the other surrounding wells will be measured <br /> periodically with the depth to water meter and recorded The results of the test will be evaluated by <br /> developing both distance drawdown and drawdown over time graphs for the wells <br /> Of particular interest in this test will be the timing of the observable drawdown in MW6A which <br /> will be indicative of the leakage between the two sands <br /> TEST TO DETERMINE TIGHTNESS OF SEALS MW7A, MW7B <br /> In order to determine if there is communication between the two groundwater zones due to the <br /> presence of MW713, a short test will be performed in MW7A The pump will be placed in MW7A <br /> and water will be pumped from the well at the pump's maximum capacity <br /> Down hole pressure transducers will be used to collect drawdown information from MW7A, <br /> andMW7B <br /> Of particular interest in this test will be the timing of the arrival of observable drawdown in MW7B <br /> which will be indicative of the leakage between the two sands <br /> TEST SCHEDULE <br /> 1 Week prior to start test Place pressure transducers in MW6A and MW613 <br /> 2 Day one, Step drawdown test RW 1 A Test will last 8 to 10 hours Formation allowed to recover <br /> over night <br /> 3 Day two, step drawdown test RW 1B Test will last 8 to 10 hours, Formation allowed to recover <br /> overnight <br /> 4 Day three, constant rate test MW6A Test will last into day four (24 hours) Formation allowed <br /> to recover for one day <br /> 5 Day Five, constant rate test MW613 Test will last into day six (24 hours) Formation allowed to <br /> recover for one day <br /> 6 Day eight, leakage test MW7A <br /> 4 <br /> Rev Pump Test Plan- Appendix A, 1110102 <br />