Laserfiche WebLink
INFORMATION SHEET <br /> ORDER NO. <br /> WASTE DISCHARGE REQUIREMENTS <br /> FORWARD INC. AND ALLIED WASTE INDUSTRIES <br /> FOR CLOSURE OF FRENCH CAMP MUNICIPAL SOLID WASTE LANDFILL <br /> SAN JOAQUIN, COUNTY <br /> Allied Waste Industries parent company to Forward Inc. (discharger) owns French Camp <br /> Landfill, an inactive Class III landfill approximately one mile south of downtown Stockton. The <br /> discharger has submitted a complete closure plan that complies with California Code of <br /> Regulations Title 27. <br /> The landfill began operations in 1938, as a bum dump accepting Groups 2 and 3 (old <br /> classification) wastes. After 1957, the facility accepted only demolition and garden wastes and <br /> stopped accepting wastes in 1999. The facility was originally owned and operated by City of <br /> Stockton and was acquired by Forward Inc. in 1999 as part of a deal involving multiple <br /> properties. <br /> The facility will be closed by re-grading the surface to establish drainage; and installing a final <br /> cover consisting of a foundation layer, a low-conductivity layer and a vegetation layer. The <br /> landfill is located within the 100-year flood plain between the levees of French Camp and <br /> Walker Sloughs. The space between the levees was filled with waste and a minor amount of <br /> waste was deposited outside the landfill footprint on the levee's outer slope. The discharger will <br /> selectively remove this waste so far as possible without disturbing the integrity of the levees. <br /> Groundwater down-gradient of the landfill contains elevated Total Dissolved Solids, Chloride, <br /> Sulfate and Nitrate. Intermittent low levels of Volatile Organic Compounds (VOCs) are often <br /> detected in groundwater samples. The VOC releases are characteristic of releases due to landfill <br /> gas. Closure of the landfill should help prevent release of contaminants from the landfill, the <br /> discharger has submitted a contingency gas extraction plan if VOC concentrations in <br /> groundwater increase. <br />