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�. <br /> REPORT OF DISPOSAL SITE INFORMATION <br /> Page 2 <br /> f. Climatic Conditions - <br /> Average Rainfall 14.17 inches/year <br /> Rainy Season November to March <br /> _knnual Wind Velocity - 7.3 MPH <br /> Direction - West <br /> (D__a dro:a U. S, i�eather Service at Stockton Airport) <br /> h. N/A <br /> i. N/A <br /> j . Noise from Site Operation is minimal, there are no closeby residential areas, <br /> 2. TYPES AND QUANTITIES OF WASTES <br /> Types and quantities of wastes are described in Part I. The hazardous nature <br /> of the waste is yet to be determined by the local Health District. Although contain- <br /> ing asbestos, none of the waste handled is pure asbestos, the asbestos content of <br /> the waste is 15%, the asbestos in the waste is either encapsulated (reject product) <br /> in a wet state (pond settlings), or enclosed in plastic (empty bags) , <br /> a. N/A <br /> bl N/A <br /> b2 See Part I <br /> b3 See Part 2 <br /> b4 N/A <br /> b5 At this time there are no plans or procedures for closure of the site. For those <br /> site areas already filled and covered, natural ground cover and/or dry farm <br /> crops have been established at normal grade. <br /> 3. SITE ACREAGE AND CAPACITY <br /> Site acreage is 38 acres (including settling basins) . Capacity is estimated at <br /> 250,00" cu, yds, , based on land fill burial to 18 feet depth with 3 feet of natural <br /> spoils cover. 30,000 cubic yards of waste has been disposed previously, leaving <br /> a future capacity of 220,000 cubic yards. At the estimated waste generation of <br /> 22,000 cubic yards per year, the site has a projected life of ten (10) years. <br /> Please note that Johns-Manville is actively engaged in research to reduce genera- <br /> tion of solid wastes in the production of asbestos cement pipe. Based on a <br /> Researc'_ and De-.e"_opment Project, Johns-Manville was able to install a closed <br /> loop r=2c '-===c s:.-stem (in 1977) which is currently recycling approximately <br /> 9,000 _c-s o: dr_- ,,aste per year. Research to further reduce both dry and wet <br /> wastes _, contin-_ng. At the present time there are indications that wet waste <br /> can be - r°:c2a. 'esearch success in this area will prolong the current site <br /> life expeczanc . <br />