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2900 - Site Mitigation Program
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PR0542311
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Last modified
10/29/2019 10:36:54 AM
Creation date
10/29/2019 10:35:46 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2900 - Site Mitigation Program
File Section
WORK PLANS
RECORD_ID
PR0542311
PE
2950
FACILITY_ID
FA0024298
FACILITY_NAME
CARPENTER COMPANY
STREET_NUMBER
17100
Direction
S
STREET_NAME
HARLAN
STREET_TYPE
RD
City
LATHROP
Zip
95330
APN
19812004
CURRENT_STATUS
01
SITE_LOCATION
17100 S HARLAN RD
P_LOCATION
07
QC Status
Approved
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V <br /> Work Plan for Phase II Subsurface Investigation <br /> 17100 South Harlan Road <br /> Lathrop,California 95330 <br /> Partner Project Number 17-192479.1 <br /> October 16,2017 <br /> Page 15 <br /> • Each acetate liner will be cut using a hacksaw or pipe-cutter. The liner will be capped on either end <br /> with Teflon tape and plastic caps. The capped liners will be labeled for identification and stored in an <br /> iced cooler. The soil in the liner will be visually inspected for discoloration, monitored for odors, <br /> classified in accordance with the Unified Soil Classification System (USCS), placed in a sealable plastic <br /> bag,and field-screened with a photoionization detector(PID); <br /> • After soil sampling to the terminal depth, groundwater samples will be collected by withdrawing the <br /> drill rods from the subsurface and installing 3/4-inch diameter temporary monitoring wells within the <br /> open boreholes. Each monitoring well will consist of a five-foot long, 0.010-inch factory-slotted <br /> polyvinyl chloride (PVC) screen at the terminal end and blank PVC risers from the top of the screen <br /> interval to the ground surface. <br /> • Groundwater samples will be retrieved from each monitoring well using a new section of 3/8-inch <br /> diameter polyethylene tubing fed through a peristaltic pump and conveyed into five hydrochloric acid- <br /> preserved VOA vials. Each vial will be filled with no observable headspace or air bubbles to minimize <br /> the potential for volatilization, labeled for identification, and stored in an iced cooler. <br /> Prepare up to 24 soil samples and six groundwater samples for laboratory analysis; <br /> • Based on field-screening results, analyze one soil sample per boring (six soil samples total) and each <br /> groundwater sample (six groundwater samples total) for carbon chain total petroleum hydrocarbons <br /> (TPH-cc) in accordance with EPA Method 8015 and VOCs in accordance with EPA Method 8260; <br /> • Samples will be transported under proper chain-of-custody protocol in an iced cooler to SunStar <br /> Laboratories, Inc. (a state-certified laboratory [California Department of Public Health Environmental <br /> Laboratory Accreditation Program Certificate Number 2250] in Lake Forest, California)for analysis; <br /> • Following sampling activities, each boring will be backfilled with neat cement grout and capped with <br /> concrete or asphalt patch to match surrounding ground; <br /> • Prepare a report detailing field activities, methods, and findings. <br /> Signature of Environmental Professional <br /> If you have any questions, please do not hesitate to contact Joe Mangine at(510)431-6263. <br /> Sincerely, <br /> No.9423 ; / / <br /> N. ��ll 11 <br /> Joe Mangine, P "t Jay Grenfell <br /> Project Manager Principal <br /> PARTNER <br />
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