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COMPLIANCE INFO_2020
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2200 - Hazardous Waste Program
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PR0514138
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COMPLIANCE INFO_2020
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Last modified
6/7/2021 11:01:42 AM
Creation date
5/18/2020 3:15:28 PM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2200 - Hazardous Waste Program
File Section
COMPLIANCE INFO
FileName_PostFix
2020
RECORD_ID
PR0514138
PE
2250
FACILITY_ID
FA0010034
FACILITY_NAME
PNP Stockton #80
STREET_NUMBER
3927
Direction
E
STREET_NAME
CLARK
STREET_TYPE
DR
City
STOCKTON
Zip
95215
APN
17917109
CURRENT_STATUS
01
SITE_LOCATION
3927 E CLARK DR
P_LOCATION
99
P_DISTRICT
002
QC Status
Approved
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SJGOV\dsedra
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EHD - Public
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Table 1 <br /> The following chemicals do not attach or permeate high density crosslinkable polyethylene resins up to 100° F. <br /> Each application should be considered individually. All concentrations apply except where noted. <br /> Acetic Acid Ethyl Alcohol Mercury Stannous Salts <br /> Aluminum Salts Ethylene Glycol Methyl Alcohol Starch Solutions <br /> Alum Ferric Salts Methylsulfuric Acid Stearic Acid <br /> Ammonium Hydroxide Ferrous Salts Michel Salts 'Sulfuric Acid <80% <br /> Ammonium Salts Fluoboric Acid Nicotinic Acid Sulfurous Acid <br /> Amyl Alcohol Fluosilicic Acid Nitric Acid<50% Sugar Solution <br /> Antimony Salts Formic Acid Oxalic Acid Glucose <br /> Arsenic Acid Gallic Acid Perchloric Acid Lactose <br /> Barium Hydroxide Gluconic Acid Phenol<10% Sucrose, etc. <br /> Benzene Sulfonic Acid Hexanol Potassium Hydroxide Tannic Acid <br /> Bismuth Salts Hydrazone<35% Potassium Salts Tanning Extracts <br /> Boric Acid Hydrozine Hydrochloride Phosphoric Acid Tartaric Acid <br /> Bromic Acid Hydriodic Acid Photographic Solutions Titinium Acid <br /> Butanediol Hydrobromic Acid Propyl Alcohol Toluene Sulfonic Acid <br /> Butyl Alcohol Hydrochloric Acid Propylene Glycol Triethanolamine <br /> Calcium Hydroxide Hydrofluoric Acid Sea Water Urea <br /> Calcium Salts Hydrofluorosilicic Acid Selenic Acid Vinegar <br /> Chromic Acid<50% Hydrogen Peroxide<52% Sewage Wetting Agents <br /> Citric Acid Hydrogen Phosphide Silicic Acid Zinc Salts <br /> Copper Salts Hydroquinone Silver Salts <br /> Detergents Hypochorous Acid Soap Solutions <br /> Diazo Salts Iodine Solutions Sodium Ferricyanide <br /> Diethyl Carbonate Lactic Acid Sodium Ferrocyanide <br /> Diethanol Amine Latex Sodium Hydroxide <br /> Diethylene Glycol Lead Acetate 'Sodium Hypochlorite<9% <br /> Diglycolic Acid Magnesium Salts Sodium Salts 'Concentrations above stated per- <br /> Dimethylamine Mercuric Salts Sodium Sulfonates centage require special considera- <br /> tions,contact factory for guidelines <br /> Dimethyl Formamide concerning these applications. <br /> Table 11 <br /> The following oils and organic chemicals do not Fatty Mineral Animal Vegetable <br /> attack HDXLPE resins. They will be absorbed into Acids Oils Fats Oil <br /> the wall of the tank; however, there should be no Butyric Lube Lard Corn <br /> loss of chemical. Because of this absorption, no Lauric Transformer Fish Oil Coconut <br /> chemical other than the original should be stored in Linoleic Hydraulic Musk Oil Cottonseed <br /> the tank as long as contamination may result as the Oleic Whale Oil Olive <br /> absorbed oil is leached out. Storage at Palmitic Peanut <br /> temperatures up to 100° F are possible provided the Stearic <br /> effects of the absorption on the properties of the <br /> tank are not prohibitive. <br /> Table III Anitine Ethyl Butyrate Nitrobenzene <br /> The following organic chemicals do not attack high Benzene Ethylene Chlorohydin Octyl Cresol <br /> density crosslinkable polyethylene resins. They will Carbon Tetrachloride Fuel Oil Propylene Dichloride <br /> be absorbed into the wall of tank and a permeation Cychoh xanol Aliphatic <br /> Fufural Toluene <br /> p Cychohexanol Aliphatic Hydrocarbons Xylene <br /> loss will occur. Because of this permeation and the Cycolohexnone (hexane, octane, <br /> effect it has on the physical properties of the tank, it Dibutylphthalate hexene, octene, etc.) <br /> is generally not recommended that these chemicals Diesel Fuel Jet Fuel <br /> be storage at room temperatures above 100° F. Dimethylamine Gasoline <br /> However, their use largely depends on such factors <br /> This document reports accurate and reliable information to the best of our knowledge,but our suggestions <br /> as size of tank, its location, toxicity of the chemical, and recommendations cannot be guaranteed because the conditions of use are beyond our control. <br /> andapplicable Codes SUCK as NFPA OSHA etc. Information presented herein is given without reference to any patent questions which may be encountered <br /> pp in use thereof.Such questions should be investigated by those using this information.Poly Processing <br /> Company assumes no responsibility for the use of Information presented herein and hereby disclaims all <br /> liability in regard to such use. <br />
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