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Oct, 06 03 07:44a PR' <br />Environmental <br />(F 1)233-4284 <br />P.5 <br />BTU/LB <br />❑ < 73'F <br />❑ 73-100'F <br />❑ S 2 <br />02.1-6.9 <br />❑ < 0.8 (e.g. Gasoline) <br />❑ 0.8-1.0 (e.g. Ethanol) <br />FOR INTERNAL USE ONLY: <br />Cleanhftrs <br />3 101-140'F <br />141-200-F <br />Page 1 of <br />rr ❑ Normal Profile ❑ X -Profile <br />❑ ?10% t <br />❑ 5,000-10,000 <br />❑ > 10,000 <br />> 200'F <br />❑ One Time Waste ❑Repeat Waste <br />ENVIRONMENTAL SERVICES. INC. <br />VAPOR PRESSURE (for liquids only) mm Hg <br />CHI 102 1-1 CAAI uA----.....— <br />Fax X -Profiles only to 617-380-3581 WASTE MATERIAL PROFILE SHEET <br />r A. GENERAL INFORMATION <br />Profile Number-222222 <br />umber(� LJ - 2 2 2 2 2 2 <br />V H <br />GENERATOR EPA ID #L4C-0/2 Z_V707 lr 7 <br />GENERATOR CODE (Assigned by Clean Harbors) <br />GENERATOR NAME: iU 49tZ7-H r31Z00 (Z Pg-'Oto4d <br />_ <br />ADDRESSiHyN MAR-,.4yc,4_.. <br />ar <br />CITY STDe_t-T>•p.j _ <br />sifs <br />GENERATOR TECHNICAL CONTACT: LN / $ On-�n <br />i <br />STATEC <br />ZIP Cr3ios' <br />CUSTOMER CODE (Assigned by Clean Harbors) <br />CUSTOMER NAME: <br />PHONE: <br />F� FE <br />ADDRESS ?0�j 7� /0 2 l � <br />05 A <br />�. <br />CITY <br />STATE Com_ <br />ZIP X137149 - <br />71 -/9 -WASTE <br />WASTE DESCRIPTION <br />Common Name of Waste: —('1211 C /LE%a r� Nr�4.1, f t ,,a<7arn A—, £ 17.4-AGO 4A,✓1 <br />LS <br />Process Generating Waste: _�/'l £ C L��t N �A <br />S fpr r L T� /.t 1L 1Z/+�rDt,t��-� <br />( <br />ter.► ytT��, r, 1 <br />Process Generating Waste: <br />Source of Waste: Other Process Information: <br />(check one) If spill, origin of spilled material <br />(check one) <br />(check all that apply) <br />o. ❑ Unused chemical or product <br />❑ Unused Product or Chemical <br />❑ Electroplating <br />❑ Lab Pack <br />❑ Waste by-product from process <br />❑ Conversion coating <br />❑ Spent halogenated solvents <br />❑ Spill clean up <br />❑ Carbon steel plating <br />❑ Spent non -halogenated solvents <br />❑ Lab Pack <br />❑ Printed circuit mfg. <br />am ❑ Wastewater treatment sludge from <br />'Q�, Planned site remediation <br />❑ Cyanide process <br />electroplating or etching operations <br />Other: 5 t -rf L LC, iNv? <br />❑ Heat treating <br />❑ Spent plating bath solutions or residues of <br />❑ Separator sludge <br />p <br />plating, stripping and cleaning baths where <br />❑ Oven residue <br />am cyanides are used in the process <br />Other Process Information: <br />❑ Catalyst waste <br />CDz <br />❑ Wood preservation <br />(check all that apply) <br />❑ Centrifuged solids <br />c <br />❑ Inorganic pigment production <br />❑ Condensate <br />3 <br />❑ Organic chemical production <br />❑ Still bottoms <br />❑ Air, steam, or vacuum stripping <br />C <br />CD <br />r. ❑ Inorganic chemical production <br />❑. Process scrap <br />❑ Emission control dust <br />`s <br />❑ Pesticide production <br />❑ Process development <br />❑ Acid leaching <br />n <br />❑ Explosives production <br />❑ Out of date product <br />❑ Dipping operations <br />❑ Petroleum refining <br />❑ Spent solvent waste <br />❑ Chemical manufacturing <br />am ❑ Iron or steel production or finishing <br />❑ Treatment residues <br />❑ Carbon adsorption? <br />❑ Primary copper production <br />❑ Filter cake <br />❑ Incineration or thermal treatment <br />❑ Primary lead production <br />❑ Degreasing <br />❑ Refining <br />❑ Primary zinc production <br />❑ Exempt recyclable material <br />❑ Drug mfg. <br />ai­❑ Primary Aluminum production <br />❑ Packaged consumer goods <br />❑ Distillations <br />❑ Ferro alloy production <br />❑ Off -spec chemical product <br />❑ Pesticide mfg. <br />�7 <br />❑ Secondary lead smelting <br />❑ Zinc, AI, or tin plating <br />❑ Reclamation <br />❑ Veterinary pharmaceutical production <br />❑ Anodizing <br />❑ Etching of metals <br />OmD Ink formulation <br />❑ Cleaning/stripping <br />❑ Bag house dust <br />❑ Coking <br />❑ Wastewater treatment sludges <br />❑ Other <br />❑ Washwaters <br />Unknown <br />❑ Pot liners <br />_❑ <br />C. PHYSICAL PROPERTIES (at 25'C or 77-F) <br />PHYSICAL STATE <br />P- SOLID WITHOUT FREE LIQUID <br />"O POWDER <br />❑ MONOLITHIC SOLID <br />❑ LIQUID WITH NO SOLIDS <br />❑ LIOUID/SOLID MIXTURE <br />r % FREE LIQUID <br />% SETTLED SOLID_ <br />% TOTAL SUSPENDED SOLID <br />❑ GAS/AEROSOL <br />NUMBER OF PHASES/LAYERS <br />Sa--1 ❑ 2 ❑ 3 <br />% BY VOLUME (APPROX.) <br />TOP MIDDLE BO' <br />�5} NONE OR MILD ❑ 5 100'F <br />b STRONG ❑ > 100'F <br />NIS <br />VISCOSITY (If liquid present) COLOR <br />❑ LOW (e.g. WATER) .// <br />❑ MEDIUM (e.g. MOTOR OIL) VA A- tis <br />[ybHIGH (e.g. MOLASSES) <br />❑ < 140*17 <br />❑ 140-200'F <br />1;6> 200'F <br />FLASH POINT <br />PH <br />SPECIFIC GRAVITY <br />TOTAL ORGANIC CARBON (If liquid) <br />BTU/LB <br />❑ < 73'F <br />❑ 73-100'F <br />❑ S 2 <br />02.1-6.9 <br />❑ < 0.8 (e.g. Gasoline) <br />❑ 0.8-1.0 (e.g. Ethanol) <br />❑ < 1% <br />❑ 1-9% f �r <br />W< 2,000 <br />❑ 2.000-5,000 <br />3 101-140'F <br />141-200-F <br />P 7 (neutral) <br />❑ 7.1 - 12.4 <br />g6 1.0 (e.g. Water) <br />❑ 1.0-1.2 (e.g. Antifreeze) <br />❑ ?10% t <br />❑ 5,000-10,000 <br />❑ > 10,000 <br />> 200'F <br />❑ >_ 12.5 <br />❑ > 1.2 (e.g. Methylene Chloride) <br />VAPOR PRESSURE (for liquids only) mm Hg <br />CHI 102 1-1 CAAI uA----.....— <br />Un <br />10/06/2003 NON 07:40 [TX/RX NO 64441 Q005 <br />