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ARCHIVED REPORTS XR0006486
Environmental Health - Public
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2900 - Site Mitigation Program
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PR0519189
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ARCHIVED REPORTS XR0006486
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Last modified
8/21/2019 4:55:08 PM
Creation date
8/21/2019 2:57:39 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2900 - Site Mitigation Program
File Section
ARCHIVED REPORTS
FileName_PostFix
XR0006486
RECORD_ID
PR0519189
PE
2950
FACILITY_ID
FA0014347
FACILITY_NAME
CURRENTLY VACANT
STREET_NUMBER
6425
STREET_NAME
PACIFIC
STREET_TYPE
AVE
City
STOCKTON
Zip
95207
APN
09741031
CURRENT_STATUS
02
SITE_LOCATION
6425 PACIFIC AVE
P_LOCATION
01
QC Status
Approved
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EHD - Public
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REG 603 UPDATE-7 3/24/92 <br />• <br /> C. VAPOR: <br /> C. 1. VAPOR RECOVERY SYSTEM AND MONITORING <br /> As stated in Update Status Report #5, monitoring wells MW1, 14W2, <br /> MW3 , MW10 and the excavation 6 inch (EX-411 ) have been manifolded <br /> to a vapor extraction system with individualed valved orifices for <br /> flow control sampling and vacuum and flow measurements from the <br /> individual wells. MW2 and MW3 are manifolded together with 2" <br /> tubing T' ed at the wells, but can be individually tested by <br /> placing a packer below the extraction T of the well to seal that <br /> well from the vacuum system, see Figure 7. The individual wells <br /> are fitted with a PVC "T" heads with a air tight cap, for well <br /> access. The "T" lateral (211 ) is fitted with a 1/4" pipe to tubing <br /> fitting for obtaining vacuum/pressure and temperature readings. <br /> Wells MW2, and EX-4" are fitted with a pipe to hose 2" fitting <br /> placed between the "T" and the 2" PVC flex hose that goes from the <br /> well to their individual condensate drop outs that hook into the <br /> extraction manifold. The 3" SCH 40 PVC lateral from MW3 is also <br /> fitted with a 2" pipe to hose fitting where it enters the traffic <br /> box near MW2 and is T ' ed to the 2" tubing from MW2 at that point. <br />• MW1 is fitted with a 2" PVC Y to allow access to the well off the <br /> straight leg of the Y and vapor recovery off of the angled leg of <br /> the Y. The vacuum recovery piping from this point rises 7 feet <br /> into the air prior to an 90 degree elbow connecting 2" PVC pipe at <br /> a slight incline towards the eastern fence of the compound, 8 feet <br /> above the surface. At this point the PVC pipe drops into the <br /> condensate drop out tank for MW1, prior to the vacuum extraction <br /> manifold. MW10 is manifolded to the treatment compound via SCH 40 <br /> PVC pipe underground west towards the store. Once the pipe <br /> reaches the store it connects into a condensate drop out tank <br /> (Approximately 5 gallon capacity) prior to heading over the roof <br /> of the store with 2" galvanized pipe. The condensate tank is <br /> below ground in a concrete lined traffic box. The condensate <br /> collected in this tank is removed weekly via an air tight valve <br /> attached to the top of the air tight lid of the tank. Once the <br /> pipe reaches the roof of the store, it 90 degree elbows into SCH <br /> 40 UV protected PVC pipe and heads across the roof towards the <br /> treatment compound where it 90 degree elbows down the wall into a <br /> second condensate drop out tank prior to tae mana.foid. At the <br /> manifold the individual wells condensate tanks are connected to <br /> their own 2" PVC riser ( 36" in height) with an orifice plate and a <br /> gate valve at the top of the riser. Vacuum/pressure ports are <br /> located on either side of the orifice plate. Each orifice (well) <br /> has its own monometer (calibrated in millimeters (mm) oil) which <br /> are hooked to the ports for continuous measurement of flow from a <br /> particular well or in the case of MW2 and MW3 combination of <br /> wells. All the extraction wells are manifolded together above the <br /> gate valve to a 4 inch orifice riser prior a filter in front of <br /> PAGE 7 <br />
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