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5. GROUND WATER DEPTH AND TESTING <br /> Currently there is a well on Parcel 1 serving the Shermantine residence with <br /> the capability of providing all the water necessary to irrigate the area of pasture. <br /> on the existing 7,81 acres parcel. Each parcel 2 & 3 will develop their awn wells <br /> when they are developed. Mr Shermantines well is to a depth of 185'/ <br /> 6. SOIL PROFILE AND PECOLATION TESTS <br /> Three test holes for percolation were drilled to a depth of 20.5' to 25' <br /> and 12" in diameter. Visual classification of each stratum encountered was made <br /> in the field by a Civil Engineer at the time the test holes were drilled and <br /> are shown on the perk test logs. <br /> The location of the test holes are shown on the attached application. The <br /> deep pits are recam ended to be to a depth of 25' . <br /> Percolation tests were performed in the holes with a copy of these tests <br /> attached. It can be seen fran the tests that the perk rate for the tests ranged <br /> frau 8' per hazer for test hole 2 and 36" per hour for both test holes 1 and 3. <br /> The deep pits will be the method of installation. System will contain a septic <br /> tank, 3 leach lines and 3 deep pits. <br /> 7. CONCLUSION <br /> Based on the results of the percolation test, the soil profile and the past <br /> performance of the existing septic systems in the area and the wells in service <br /> in this area, would not be adversely affected or be detrimental to the ground <br /> water supply and will meet the requirements of the San Joaquin County Public <br /> Health Services Department. <br /> 8. LIMITATIONS <br /> The conclusions in this report are for the information gathered only and does <br /> not warrent any portion of the site not tested. It is assumed that the test results <br /> should be representative of the site as a whole. <br /> Sincerely, <br /> William Armstrong, P.E. <br /> Q�0 QROFESS1pNq�Fy <br /> 5 WILLIAM CLYDE C� <br /> W ARMSTRO <br /> No. 1 <br /> Exp./2-3/•95 <br /> �r <br /> �lglE Of CAL*���\Q <br />