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FROM SKS � PHONE NO. : 1209 9839116 Oct. 13 2004 01:12PM P3 <br /> F: <br /> SKS Enterprise Chicken Ranch TL Project No. F52429.01-01 <br /> 23701 East Brant Road Page'2 <br /> Lodi,California <br /> 4) Determining the in-place density, moisture content and relative compaction of the <br /> native fill soil at the referenced depths and locations; and <br /> 5) Preparing this report. <br /> PROJECT DESCRipTIo <br /> This portion of the project consists of the construction ofbarn pads located at 23 709 East Brant Road <br /> in Lodi,California. The maximum depth of native fill soil placed was approximately 6.0 feet. <br /> PROJECT SPECMC,ATIONS <br /> The Twining Laboratories,Inc.did not perform a geotechnical engineering investigation report;and <br /> therefore,did not determine compaction requirements. The project specifications and requirements <br /> are dictated by Mr.Andy Napier with Krosmann and Napier. According to Mr.Napier,fill soil shall f <br /> be compacted to at least 40 percent relative compaction_ Maximum density shall be determined in <br /> accordance with ASTM Test Method D1557. <br /> TEST PROCEDURE <br /> Initially, the soils were sampled and visually classified in accordance with the Unified Soil <br /> Classification System. The soil was then tested in the laboratory per ASTM Test Method D1557 to <br /> determine the maximum dry densities and optimum moisture contents. The results are shown in the <br /> attached Table I_ <br /> The depth and frequency of in-place density testing was determined by the Engineering Technician. <br /> it was our intent to conduct in-place density tests at a frequency of about 1 test per 2,000 square feet <br /> of surface area for every 12-inch thick lift of fill soil placed. <br /> I <br /> The in-place density and moisture tests were performed using a nuclear gauge in accordance with <br /> ASTM Test Methods D2922 and D3017. <br /> The locations were determined by pacing and steel tape and should be considered accurate to within <br /> 0.5 and 5 feet in vertical and lateral dimension, respectively. <br /> 5 <br /> I <br /> I <br />