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2.0 BACKGROUND TECHNICAL DATA <br /> site address: <br /> 2.1 Name and address of contact person; <br /> Contact Person: Mr. Jim Escobar <br /> City of Stockton <br /> 425 N. El Dorado Street <br /> Stockton, CA 95202-1997 <br /> Site Address: City of Stockton Fire Station No. 6 <br /> 1501 Picardy Drive <br /> Stockton, CA <br /> 2.2 Map showing site locution, relative to nearby landmarks: <br /> The site location is shown on Figure 1- <br /> 2.3 Site plan: <br /> A site plan is presented on figure 2. <br /> 2.4 Layout of all tanks and piping systems properly labeled for <br /> content <br /> The former locations of the tank, tank capacity, tank content, <br /> and sampling locations are plotted on Figure 2. <br /> 2.5 preliminary soil data: <br /> See Table 1 and Appendix I <br /> 2.6 Type and quantity of liquid leaked: <br /> determinedked cannot be <br /> Estimates ofliquid quantity leaanalytical rresuults, thesoil <br /> Basedexisting ino <br /> contamination appears to be derived From diesel fuel. <br /> 2.7 Site Setting: <br /> The site is sit,.:ated on level terrain comprised of Quaternary- <br /> Recent alluvial sediments.ntNearand gravelssurface - <br /> As <br /> consist of <br /> intercalated sands, zones <br /> As is typical of alluvial environments, high permeability <br /> former stream channels may occur as sinuous or <br /> representing <br /> Local groundwater gradients generally <br /> lenticular features. <br /> Pa the surface drainage adedand flowsa to table <br /> approximately •70 fejt below g <br /> based on San he surfaFlood <br /> Contr bodies al withineone-half mile o of :he <br /> trict data. Water Ship Chdnnel to the south, <br /> site include the Stockton Deep t Lake to <br /> Lake McLeod to the southeast, and Smith Canal & Yosemi_e <br /> the north. <br /> 2 <br />