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PR0535342
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4700 - Waste Tire Program
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PR0535342
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PR0535342
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Entry Properties
Last modified
7/29/2020 5:32:38 PM
Creation date
7/22/2020 8:36:59 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
4700 - Waste Tire Program
RECORD_ID
PR0535342
PE
4740
FACILITY_ID
FA0020390
FACILITY_NAME
RENEWED RESOURCES CORP
STREET_NUMBER
29425
Direction
S
STREET_NAME
MACARTHUR
STREET_TYPE
RD
City
TRACY
Zip
95376
APN
25312026
CURRENT_STATUS
02
SITE_LOCATION
29425 S MACARTHUR RD
P_LOCATION
99
P_DISTRICT
005
QC Status
Approved
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SJGOV\gmartinez
Tags
EHD - Public
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LFR Inc. <br /> The purpose of the-production well was to provide water for dust control during <br /> remediation activities. The borehole for this well was advanced to a depth of 216 feet <br /> bgs and was advanced using a mud rotary drilling rig. The well was constructed using <br /> 6-inch-diameter, schedule 80 polyvinyl chloride (PVC) casing with 0.02-inch factory- <br /> cut slots. The screened interval of the well extends from 150 to 215 feet bgs. <br /> Additional information regarding the well installation and the groundwater sampling <br /> results are provided in the report entitled, "Combined Well Installation Report and <br /> Second Quarter 2003 Quarterly Monitoring Report, Tracy Tire Fire Site," prepared by <br /> LFR and dated July 29, 2003. <br /> 5.2.3 Truck Staging, Loading, Decontamination, and Traffic <br /> Waste material excavation and loading was conducted in a way that minimized the <br /> handling and opportunity for spilling of waste material on the Site. Staging areas were <br /> set up in areas that facilitated efficient handling/loading of the waste and allowed the <br /> hauling trucks easy ingress and egress. Material excavated for disposal was temporarily <br /> placed in a stockpiles within burn-pile areas to minimize the spread of contamination. <br /> During loading and stockpiling activities, a fine water mist was sprayed onto the waste <br /> (as necessary) during loading and excavation activities to reduce particulate emissions. <br /> Each loading area was reviewed and surface water control measures were implemented <br /> as needed in accordance with the site-specific Storm Water Pollution Prevention Plan <br /> (SCI 2003). Piping and diversion dams were used to prevent potential run-on during a <br /> rain event. <br /> Decontamination pads for loaded trucks were constructed along the exit routes within <br /> the Site. Vehicles were decontaminated before departing the Site to prevent tracking of <br /> contaminated soil off site. Trucks were decontaminated using a waterless <br /> decontamination method in accordance with the RAP. <br /> As haul trucks entered the <br /> project site, they were <br /> directed (via radio <br /> communication by SCI <br /> personnel) to the appropriate <br /> location for staging and <br /> loading (Photograph 4). The =, y <br /> weight of each truck and - <br /> trailer was estimated based on <br /> the known dry weights. . <br /> Trucks then proceeded to the <br /> scaling area where they were <br /> weighed and trimmed to no <br /> more than 80,000 pounds <br /> (Photograph 5). This process <br /> Photograph 4 <br /> Loading truck with stockpiled soil for <br /> transportation to a licensed landfill <br /> Page 14 rpt-RA summ-Nov06-final-09025:FNC <br />
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