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CORRESPONDENCE_2013-2024
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CORRESPONDENCE_2013-2024
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Last modified
11/4/2024 11:52:21 AM
Creation date
7/11/2024 12:07:57 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
4400 - Solid Waste Program
File Section
CORRESPONDENCE
FileName_PostFix
2013-2024
RECORD_ID
PR0504223
PE
4430
FACILITY_ID
FA0006129
FACILITY_NAME
BILL LANE DUMP
STREET_NUMBER
23201
Direction
S
STREET_NAME
SANTA FE
STREET_TYPE
RD
City
ESCALON
Zip
95320
APN
249-060-14
CURRENT_STATUS
01
SITE_LOCATION
23201 S SANTA FE RD
P_DISTRICT
005
QC Status
Pending
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SJGOV\cfield
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EHD - Public
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Mr. Robert McClellon <br />September 22, 2004 <br />Page 2 of ll <br />Joaquin, Final Report,summarized a site investigation conducted by the CIWMB. The objective <br />of the CIWMB investigation was to 1) verify current ownership of all parcels previously operated <br />as the Snyder Landfill, 2) to determine the horizontal and vertical extent of the waste, 3) to <br />characterize the waste via sampling and laboratory analyses, and 4) to determine the condition of <br />the site with regard to applicable California Code of Regulation, Title 27 for site security, cover, <br />and drainage and erosion control.The investigation consisted of excavating numerous trenches <br />on several adjoining parcels of land, characterizing the soil and debris encountered in the <br />excavations,monitoring the air for potential contaminants,and collecting and analyzing <br />numerous soil samples.No hazardous levels of metals, volatile organic constituents (VOCs), <br />semivolatile organice constituents (SVOCS), heavy metals, or any other tested constituent of <br />concern were detected in samples collected from the subject parcels.Based upon its <br />investigation, the CIWMB concluded that the subject parcels maintained inadequate cover and <br />drainage and erosion control and failed to meet site security standards outlined in Title 27.The <br />CIWMB recommended that 1) above-ground surface wastes be disposed of at a permitted <br />landfill, 2) buried wastes be consolidated, covered, and graded to meet State Minimum Standards <br />of Cover, 3) the site be properly seemed by fence and gate to prevent access by unauthorized <br />vehicles and persons, and 4) additional testing be conducted as necessary during remediation and <br />appropriate action taken based upon laboratory results. <br />In a letter dated September 18, 2003, the California Regional Water Quality Control Board, <br />Central Valley Region (RWQCB) noted that the results of the investigation demonstrated that the <br />Wastes at me site do not have hazardous waste characteristics.RWQCB staff noted, however, <br />that soluble lead concentrations in certain samples collected from Parcel 13 exceed the California <br />Public Health Goal in Drinldng water of 2 ug/1, and such soil should be considered designated <br />waste. <br />Tentative plans for Site mitigation include excavating debris Hom certain areas of each parcel for <br />off-site disposal,consolidating the remaining debris at selected portions of each parcel, <br />constructing an engineered cap over the consolidated debris,and providing adequate <br />drainage/erosion control and site security. <br />2.0 SOIL BORING INVESTIGATION <br />2.1 Field Activities <br />On July 28, 2004, an experienced Ground Zero geologist supervised the advancement of five soil <br />borings at the subject site.The borings were advanced by Fisch Environmental (C57-683865) <br />using a Geoprobe 6600 direct-push drilling rig. The borings were 1 % inches in diameter and were <br />advanced to depths ranging from 26.5 to 40 feet below the ground surface (bgs) for die purpose of <br />collecting soil and groundwater samples below the previously identified landfill material.The <br />depth to groundwater in the borings varied from approximately 25 feet bgs in boring SB3 (the water <br />level rose to approximately 18 feet bgs in the temporary well casing) to approximately 40 feet bgs <br />in boring SB2 The drilling locations are shown in Figure 3. <br />G:\GROUNDZE\Palomino\wp_sitemittinal.doc
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