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3500 - Local Oversight Program
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PR0545315
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Entry Properties
Last modified
2/11/2020 11:15:06 AM
Creation date
2/11/2020 9:47:52 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
3500 - Local Oversight Program
File Section
WORK PLANS
RECORD_ID
PR0545315
PE
3528
FACILITY_ID
FA0003572
FACILITY_NAME
DAVES UNION SERVICE
STREET_NUMBER
1702
STREET_NAME
JACKSON
STREET_TYPE
ST
City
ESCALON
Zip
95320
APN
227-14-011
CURRENT_STATUS
02
SITE_LOCATION
1702 JACKSON ST
P_LOCATION
06
P_DISTRICT
005
QC Status
Approved
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EHD - Public
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V <br /> IV <br /> Wor Jhig To Restore Nature <br /> 93 007 21 P ; <br /> 1710 Main Street '� �\ f2 <br /> Escalon, CA 95320 <br /> Phone: (209) 838-3507 <br /> FAX: (209) 838-3509 <br /> October 19, 1993 <br /> Mr. Anthony Mendes <br /> Permit Services Division <br /> San Joaquin Valley Unified <br /> Air Pollution Control District <br /> 4230 Kiernan Avenue, Suite 130 <br /> Modesto, California 95356 <br /> Subject: Notification of Soil Vapor Extraction Test <br /> Ekholm Property <br /> 1702 Jackson Street, Escalon, California 95320 <br /> Mr. Mendes: <br /> On behalf of Mrs. Margaret Ekholm, RESNA Industries Inc. is providing the San Joaquin Valley <br /> Unified Air Pollution Control District (APCD) with this written notification of a one-day soil <br /> vapor extraction test, to be conducted at the above subject site in Escalon, California. The test <br /> is scheduled for October 22, 1993. <br /> OBJECTIVES <br /> The main objectives of the test are: to collect operation data to evaluate the feasibility and <br /> efficiency of vapor extraction as a soil remediation alternative for the petroleum hydrocarbon <br /> impacted soil; to determine the vapor flow rates, petroleum hydrocarbon concentrations, system <br /> vacuums, etc. in order to establish the design criteria for engineering design of a soil vapor <br /> extraction system; and, to select the apparent best alternative for off-gas treatment. <br /> VAPOR TEST EQUIPMENT <br /> The one day test will be performed using a blower with carbon for off-gas treatment. The major <br /> components are: 1) a regenerative blower system with a 5 hp blower, inline filter, vacuum <br /> gauges, and ambient air dilution valve; 2) two 200-pound vapor phase granular activated carbon <br /> vessels connected in series with influent and effluent sample ports; 3) a condensate removal <br /> Proj DiXL-N0T1FX.VEr <br />
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