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COMPLIANCE INFO_PRE 2019
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COMPLIANCE INFO_PRE 2019
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Last modified
1/9/2019 11:37:57 AM
Creation date
11/6/2018 8:40:24 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2200 - Hazardous Waste Program
File Section
COMPLIANCE INFO_PRE 2019
FileName_PostFix
PRE 2019
RECORD_ID
PR0507075
PE
2228
FACILITY_ID
FA0007705
FACILITY_NAME
J B HUNT TRANSPORT INC
STREET_NUMBER
2660
STREET_NAME
LOOMIS
STREET_TYPE
RD
City
STOCKTON
Zip
95204
APN
17910001
CURRENT_STATUS
01
SITE_LOCATION
2660 LOOMIS RD
P_LOCATION
07
P_DISTRICT
003
QC Status
Approved
Scanner
SJGOV\rtan
Supplemental fields
FilePath
\MIGRATIONS3\222IAError\IAError\L\LOOMIS\2660\PR0507075\COMPLIANCE INFO 2001 - 2016.PDF
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EHD - Public
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RECEIVED <br /> JUL 31 20io` <br /> (when contents reach within 10" from the top for 55-gallon drums&MBORMOd.HEALTH <br /> top for 30-gallon drums). PERMIT/SERVICES <br /> 6. Always use the top sealing knob to engage the sliding top plate firmly against the <br /> can being punctured. <br /> 7. Always operate the recycling system to a well ventilated area(fugitive escaping <br /> propellants are heavier than air and may collect at the point of generation). <br /> 8. Do not use the recycling system to process aerosol cans containing pesticides, <br /> herbicides, or corrosive materials (with pHs less than 2.0 or greater than 12.5). <br /> D. Operating Recycling System <br /> The recycling system is ready for use after following the installation, characterization and <br /> segregation, and safety instructions described above in Section 3. Steps to operating the recycling <br /> system are as follows: <br /> 1. Confirm that the receiving drum has sufficient remaining volume to receive more <br /> product. Remaining volume greater than 10" from the top for 55-gallon drums and <br /> 8" from the top for 30-gallon drums. <br /> 2. Insert an inverted universal waste aerosol (nozzle end down) can into the recycling <br /> system's sleeve housing, so that the shoulder of the can rests on the internal <br /> gasket. Remove cap from aerosol can prior to insertion. <br /> 3. Lower the sliding top plate over the aerosol can's bottom. Tighten the lock knob <br /> on the side of the housing. Tighten the seal knob on top of the sliding top plate. <br /> 4. Press down the handle, which mechanically raises a carbide-tipped puncture pin to <br /> pierce into the dome of the can. The can's contents are immediately dispersed to <br /> the receiving drum(it takes about 20 seconds). The particulate laden propellant is <br /> coalesced in the first stage of combination filter(located on the drum top's 3/4" <br /> diameter hole). The combination filter provides unrestricted propellant flow <br /> through the carbon cartridge. <br /> 5. After aerosol cans contents are discharged, turn the sealing knob counter- <br /> clockwise three rotations. Unfasten the side lock knob. Remove the sliding top <br /> plate. Lift the can to the brim of the housing. Some residual fluid may be <br /> entrapped between the lip of the can and the hole created by the puncturing pin. <br /> Tip the can to allow the residual to discharge into the sleeve housing. A rag may <br /> be used to remove any remaining residual from around the can. Remove the can <br /> from the housing and lower the sliding top plate to cover the sleeve housing, which <br /> seals the collection drum. <br /> 6. Continuously monitor the colormetric indicator on the combined filter, to <br /> determine when the carbon canister is approaching saturation. If the carbon <br /> canister is saturated, stop use of the recycling system and replace the carbon <br /> canister. The saturated carbon canisters can be discarded as solid waste. <br /> 7. The processed aerosol can may be discard as solid waste or recyclable metal. <br /> 8. When the recycling system is not in use, the system should be locked to prevent <br /> unauthorized use. A pad lock can be inserted in the hole located on the slide bar. <br />
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