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Closed Disposal Site Inspection Report (188) <br /> Mulhair Disposal Site (39-CR-0042) <br /> 11/12/2021 <br /> shall prevent the accumulation or off-site migration of litter in quantities that create a <br /> nuisance or cause other problems. <br /> b. Remove junk and debris material accumulated on the north side of the residence <br /> and across the surface of the landfill. <br /> 27 CCR 20820 - Drainage and Erosion Control <br /> Exposed waste observed on the northwest side of the landfill and several areas along <br /> the edges of the slopes. The EHD will maintain the AC on the inspection report until all <br /> site work is finished. <br /> a. The drainage system shall be designed and maintained to: <br /> - Ensure integrity of roads, structures, and gas monitoring and control systems; <br /> - Prevent safety hazards; and <br /> - Prevent exposure of waste. <br /> b. Cover exposed waste. <br /> Inspection Report Comments <br /> Notes: <br /> 1. An onsite meeting was held on July 29, 2021. The meeting was conducted with Andres <br /> Gomez (property owner), Arlene Gomez (daughter of the owners), Jeffrey Sharp (Sharp <br /> Environmental Technologies, Inc. - Engineering Geologist), Robert Hayward (Hayward <br /> Environmental Consulting — President), Russell Hartranft (Baader Environmental Consulting, <br /> Inc. - Staff Geologist) and EHD staff (Robert McClellon — Program Coordinator and Sandip <br /> Singh — REHS). EHD was informed that the court case has been dismissed and Phase II of <br /> the Clean Closure was discussed. <br /> A plan to conduct a Phase II investigation was submitted and approved by the EHD. The <br /> investigation was conducted from August 10, 2021 to August 12, 2021 with Russell Hartranft, <br /> David Green (Heavy Equipment Operator), Chris Aguirre (Spotter) and Sandip Singh present <br /> at the site. Five trenches were excavated to collect samples and for waste characterization. <br /> The depth of the trenches ranged from 4 ft. to 15 ft. Fifteen samples were collected from each <br /> of the trenches for TPH/PCBs/PAHs, asbestos and metals. A photo ionization detector (PID) <br /> was used to detect VOCs. Samples were also collected from the well water and stock piled <br /> CalRecycle Solid Waste Information System (SWIS) Page 2 of 3 <br /> Date Generated: November 22, 2021 9:04 AM <br />