Laserfiche WebLink
_,� <br /> y paving projects. Laboratory results <br /> material at, various cit <br /> Of the soil composite s zed ein a ble 7 from the soil pile <br /> after aeration is <br /> Based on the laboratory resuit5, further in��estigation of the <br /> possible groundwater contamination <br /> extent of soil and was <br /> required by the SJCPHS in order to evaluate remedial action <br /> alternatives. <br /> 2,0 SITE DESCRIPTION <br /> 2.1 Name and Address Of Contact Person: Site Address: <br /> Contact Person: Mr. Jim Escobar <br /> City of Stockton <br /> 425 N. E1 Dorado 1997 <br /> Stockton, CA <br /> City of Stockton <br /> Site Address: Fire Station No. 6 <br /> 1501 Picardy Drive <br /> Stockton, CA <br /> 2.2 Estimates of Quantity of Liquid Leaked: <br /> city <br /> r by the Department of Public Works, <br /> Based on a lette <br /> r Hall, dated September 1, 19 89, it is estimated <br /> that <br /> approximately 60 gallons of diesel fuel was released into the <br /> f soil. <br /> 2.3 Geology and Hydrology: <br /> The site is situated on level terrain compr surface rised of Quaternary- <br /> sediments. <br /> i clays., Nea <br /> and gravels materials consist of <br /> Recent alluvial <br /> intercalated sands, h ermeability <br /> As is typical of alluvial environments, y O p <br /> zones representing former stream channels n'uy occur as sinuous <br /> gradients generally <br /> roundwater g i.ies at <br /> or lenticular features. Local y The water table <br /> parallel the surface drainage r de and flows to the northeast, <br /> approximately 40 feet below g <br /> based on Saw Joaquin Flood Control and Water <br /> Plater Ship Channel to <br /> District data. cl de surf ace water <br /> Deeps within one-half mile <br /> of the sitethe southeast, and Smith Canal & <br /> the south, Lake McLeod to the <br /> Yosemite Lake to the north. <br /> 2 <br /> SFS6RB15--P <br /> sisanitniiswllllRm,n�SI01aMaI�11VR <br />