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0.93 Troubleshoot Ion-Exchange Equipment

Troubleshoot Ion-Exchange Equipment . . Troubleshoot Ion-Exchange Equipment. Here are some tips to gain complete understanding and efficient use of ion-exchange processes used in water treatment. Company.Rohm and Haas Company Author.V. R. Davies Publisher.Chemcial Engineering Progress Document Type.Technical Papers Source.Chemical Engineering Progress, Jan 1994, page 63 - 71 Abstract.A comp... (1340 bytes)

0.92 Recovery of cadmium and cyanide using a combination of ion exchange and membrane extraction

Recovery of cadmium and cyanide using a combination of ion exchange and membrane extraction . . Recovery of cadmium and cyanide using a combination of ion exchange and membrane extraction. Author.Riley, Christopher T. Semmens, Michael J. Document Type.journal article Source.Plating and Surface Finishing Subject.Recovery Cadmium Cyanide Ion exchange Membrane U.S. Abstract.A combination of io... (1540 bytes)

0.92 The Ion Exchange Deal

The Ion Exchange Deal . . The Ion Exchange Deal. Trading off ionic contaminants produces ultrapure process water. Publisher.Chemical Engineering Document Type.Technical Paper Source.Chemical Engineering, July 1994, page 86 - 88 Abstract.Ion exchange is a water-treatment process that is particularly well-suited to the removal of ions. The process employs specially charged materials, called i... (1282 bytes)

0.92 Metal recovery by ion exchange - seven crucial issues

Metal recovery by ion exchange - seven crucial issues . . Metal recovery by ion exchange - seven crucial issues. Author.Hosea, J. Michael Nelis, Patrick M. Publisher.Bio-Recovery Systems Place.Las Cruces, NM Document Type.Paper Subject.Metal recovery Resin Ion exchange Waste treatment Sludge Abstract.Describes in detail operational criteria and system components which should be part of an e... (1429 bytes)

0.92 Ion exchange + electrowinning = recovery at Hewlett Packard

Ion exchange + electrowinning = recovery at Hewlett Packard . . Ion exchange + electrowinning = recovery at Hewlett Packard. Author.Dejak, Michael Document Type.Journal article Source.Plating and Surface Finishing, April 1988 Subject.Printed circuit boards Metal finishing Copper Nickel Waste reduction Metal recovery Ion exchange Electrowinning Abstract.Hewlett Packard installed new treatmen... (1582 bytes)

0.92 Metal recovery: ion exchange/electrolytic recovery

Metal recovery: ion exchange/electrolytic recovery . . Metal recovery: ion exchange/electrolytic recovery. Publisher.Minnesota Technical Assistance Program (MNTAP) Place.Minneapolis, MN Document Type.Case study Subject.Metal recovery Ion exchange Electrolytic recovery Cyanide Contaminant Minnesota Abstract.A metal recovery system using ion exchange and electrolytic recovery was installed in... (1577 bytes)

0.92 Ion exchange for metal recovery

Ion exchange for metal recovery . . Ion exchange for metal recovery. A discussion of the trade-offs. Author.Karrs, Stanley R. Buckley, Deborah Morey Document Type.Proceedings article Source.7th AESF/EPA Conference on Pollution Control in the Metal Finishing Industry Subject.Resource recovery Metal recovery Metal finishing Ion exchange Rinsing Reverse osmosis Electrodialysis Electroless nick... (1229 bytes)

0.92 Liquid ion exchange in metal recovery and recycling

Liquid ion exchange in metal recovery and recycling . . Liquid ion exchange in metal recovery and recycling. Author.Gallacher, Lawrence V. Document Type.Proceedings article Source.3rd Conference Advance Pollution Control for Metal Finishing Industry Subject.Metal recovery Zinc Ion exchange Liquid ion exchange Abstract.Four applications of liquid ion exchange in metal recovery are presented.... (948 bytes)

0.90 Water recycling and nickel recovery using ion exchange

Water recycling and nickel recovery using ion exchange . . Water recycling and nickel recovery using ion exchange. Author.Price, Kenneth Novotny, Charles Document Type.Proceedings article Source.2nd Conference Advance Pollution Control for Metal Finishing Industry Subject.Metal recovery Nickel Rinsewater Wastewater treatment Ion exchange Recycling Abstract.Two ion exchange systems at Oldsmo... (961 bytes)

0.90 Copper, nickel, and chromium recovery in a jobshop

Copper, nickel, and chromium recovery in a jobshop . . Copper, nickel, and chromium recovery in a jobshop. Author.Nadeau, Tom Dejak, Mike Document Type.Journal article Source.Plating and Surface Finishing, April 1986 Subject.Precipitation Chemical recovery Resource recovery Copper Nickel Chrome Chromic acid Effluent Pollution prevention Waste reduction Sludge Waste disposal Canada Metal pla... (2514 bytes)

0.90 Recovery of fluoboric acid from waste copper fluoborate - fluoboric acidsolutions by ion exchange

Recovery of fluoboric acid from waste copper fluoborate - fluoboric acidsolutions by ion exchange . . Recovery of fluoboric acid from waste copper fluoborate - fluoboric acidsolutions by ion exchange. Author.Ghossi, Parviz Donatelli, Alfred A. Document Type.Journal article Source.Industrial Engineering Chemical Process and Development Subject.Copper Fluoboric acid Metal recovery Electroplat... (1077 bytes)

0.90 A New ion-exchange material for metal finishes

A New ion-exchange material for metal finishes . . A New ion-exchange material for metal finishes. Author.Zapisek, Stephen Document Type.Journal article Source.Plating and Surface Finishing Subject.Ion exchange Metal finishing Metal recovery Electroplating Copper Wastewater treatment Abstract.Maximum recycling of materials is possible on a process-to-process basisusing new ion-exchange tech... (914 bytes)

0.90 Case History of Evaporation/Ion Exchange/Electrowining to Recover Wastes

Case History of Evaporation/Ion Exchange/Electrowining to Recover Wastes . . Case History of Evaporation/Ion Exchange/Electrowining to Recover Wastes. Company.Recovery Systems, Inc. Author.Robert A. DeBisschop Publisher.U. S. Environmental Protection Agency Source.Conference Advanced Treatment Technologies for Metal Bearing Waste Abstract.A Connecticut company installed a new automatic line... (1418 bytes)

0.90 Metal recovery: ion exchange

Metal recovery: ion exchange . . Metal recovery: ion exchange. Publisher.Minnesota Technical Assistance Program (MNTAP) Place.Minneapolis, MN Document Type.Case study Subject.Metal recovery Ion exchange Die casting Zinc Wastewater Sludge Plating Minnesota Abstract.An ion exchange system was installed in the plating operation of a zinc die casting manufacturer. The new system reduced regulat... (1059 bytes)

0.90 Treatment of plating wastes by continuous ion exchange

Treatment of plating wastes by continuous ion exchange . . Treatment of plating wastes by continuous ion exchange. Author.Karlson, Eskil L. Roman, R. Document Type.Journal article Source.Products Finishing Subject.Metal recovery Electroplating Ion exchange Wastewater treatment Abstract.A resin-filled belt with narrow transverse pockets moves in a serpentinefashion. Ion exchange & resin rege... (965 bytes)

0.90 Summary report : Control and treatment technology for the metal finishingindustry - ion exchange

Summary report : Control and treatment technology for the metal finishingindustry - ion exchange . . Summary report : Control and treatment technology for the metal finishingindustry - ion exchange. Company.U.S. EPA Industrial Environmental Research Laboratory Publisher.U.S. Environmental Protection Agency (EPA) Place.Washington DC Document Type.EPA Document Subject.Ion exchange Wastewater ... (1060 bytes)

0.87 The Application of Ion-Exchange and Modified Rinsing Procedures to Minimize Treatment Costs

The Application of Ion-Exchange and Modified Rinsing Procedures to Minimize Treatment Costs . . The Application of Ion-Exchange and Modified Rinsing Procedures to Minimize Treatment Costs. Author.Kemp, Donald W. Publisher.U.S. EPA Place.Cincinnati, OH Document Type.Proceedings article Source.Fourth Conference on Advanced Pollution Control for the Metal Finishing Subject.Fabricated metal pro... (900 bytes)

0.87 How to ion exchange efficiently

How to ion exchange efficiently . . How to ion exchange efficiently. Author.Lefevre, L.J. Document Type.Journal article Source.Products Finishing Subject.Ion exchange Deionization Anion exchange Demineralization Pretreatment Water purification Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: Dec 1971 (634 bytes)

0.87 Achieving Zero Discharge in Tin-Lead Operatins Through the Use of Ion Exchange And Electrowinning Technology

Achieving Zero Discharge in Tin-Lead Operatins Through the Use of Ion Exchange And Electrowinning Technology . . Achieving Zero Discharge in Tin-Lead Operatins Through the Use of Ion Exchange And Electrowinning Technology. Company.Kinetico Incorporated Author.David Chew Publisher.American Electroplaters and Surface Finishers Society, Inc. Source.AESF Sur/Fin '90 International Technical Conf... (1409 bytes)

0.87 Silver Recovery with Ion Exchange and Electrowinning

Silver Recovery with Ion Exchange and Electrowinning . . Silver Recovery with Ion Exchange and Electrowinning. Author.Lindstedt, John and Doyle, Michael Publisher.AESF Press Document Type.Proceedings article Source.79th AESF Annual Technical Conference SUR Subject.Fabricated metal products Plating Abstract.This paper presents the results of bench scale studies which examined the effectivene... (1389 bytes)

0.87 Summary Report: Control Technology For The Metal Finishing Industry: I. Evaporators II. Ion Exchange III. Sulfide Precipitation

Summary Report: Control Technology For The Metal Finishing Industry: I. Evaporators II. Ion Exchange III. Sulfide Precipitation . . Summary Report: Control Technology For The Metal Finishing Industry: I. Evaporators II. Ion Exchange III. Sulfide Precipitation. Company.EPA Author.Thompson, George S. Publisher.EPA Place.Cincinnati Document Type.EPA Document Source.Gary E. Hunt Subject.Electro... (1571 bytes)

0.87 Ion exchange selectively removes heavy metals from mixed plating waste

Ion exchange selectively removes heavy metals from mixed plating waste . . Ion exchange selectively removes heavy metals from mixed plating waste. Author.Yeats, Albert R. Publisher.Ann Arbor Science Place.Ann Arbor, MI Document Type.Proceedings article Source.Proceedings of the 37th Industrial Waste Conference Subject.Wastewater treatment Heavy metal Plating Reuse Chrome Nickel Zinc Electro... (1050 bytes)

0.87 Trivalent Chromium Plating Bath Using Ion Exchange

Trivalent Chromium Plating Bath Using Ion Exchange . . Trivalent Chromium Plating Bath Using Ion Exchange. Author.Opaskar, Vince and Crawford, Dave Document Type.Journal article Source.Metal Finishing Subject.Fabricated metal products Plating Abstract.Using ion exchange to reduce contaminants in a trivalent chromium plating bath. Notes.49-51 Location.WRRC Preliminary.05/11/95 Return to to... (749 bytes)

0.87 Liquid ion exchange/electrowinning

Liquid ion exchange/electrowinning . . Liquid ion exchange/electrowinning. Author.Spaul, Wil Document Type.Journal article Source.PC FAB Subject.Metal recovery Ion exchange Electrowinning Sludge Waste treatment Liquid exchange Notes.Volume May 1989 pp. 70-73 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: May 1989 (666 bytes)

0.87 Treatment of wastewater from the metal plating industry using ion exchange

Treatment of wastewater from the metal plating industry using ion exchange . . Treatment of wastewater from the metal plating industry using ion exchange. Company.Government of Sweden Publisher.United Nations Economic and Social Council Series.Compendium on Low- and Non-Waste Technology Document Type.Monograph Subject.Metal plating industry Electroplating Fabricated metal products Wastewate... (1093 bytes)

0.87 Case Studies: Metal Finishing

Case Studies: Metal Finishing . . Case Studies: Metal Finishing. Company.Minnesota Technical Assistance Program Publisher.EPA Document Type.Case Study Subject.Electroplating Metal Finishing Ion Exchange Recycling Metal Recovery Sludge Wastewater Regulation Electrolytic Recovery Cyanide Precipitation Economics Drag-Out Evaporation Chromium Sodium Metabisulphite Reuse Pollution Prevention Rin... (1214 bytes)

0.87 Ion Exchange: A New Sphere of Action

Ion Exchange: A New Sphere of Action . . Ion Exchange: A New Sphere of Action. Publisher.Chemical Engineering Series.5 Pages Abstract.Uniformity is the buzzword in ion exchange resins (IERs). After years of effort, Dow Chemical Go. (Midland, Mich), Rohm and Hass (R&H Philadelphia), Mitsubishi CO. (Tokyo) Bayer AG (Leverku Germany) and others have finally come up with ways to make IER beads... (962 bytes)

0.87 THE FEASIBILITY OF ION EXCHANGE AS AN APPROPRIATE SELF-CONTAINED WASTEMINIMIZATION PROCESS FOR THE ELCTROPLATING INDUSTRY

THE FEASIBILITY OF ION EXCHANGE AS AN APPROPRIATE SELF-CONTAINED WASTEMINIMIZATION PROCESS FOR THE ELCTROPLATING INDUSTRY . . THE FEASIBILITY OF ION EXCHANGE AS AN APPROPRIATE SELF-CONTAINED WASTEMINIMIZATION PROCESS FOR THE ELCTROPLATING INDUSTRY. Company.Illinois Hazardous Waste Research and Information Center (HWRIC) Author.Mehta, Suresh (Sam) Publisher.The Center Place.Savoy, IL Series.... (997 bytes)

0.87 Ion exchange training manual

Ion exchange training manual . . Ion exchange training manual. Author.Simon, George P Publisher.Van Nostrand Reinhold Place.New York, NY ISBN.0442006527 LC.90-24735 Subject.Ion exchange Handbooks, manuals, etc. Notes.Includes bibliographical references (p. 195-196) and index Document Number.541.3 723 S594i Location.GLPPIC Preliminary.04/15/92 Return to top of this document.. Last Updated:... (730 bytes)

0.87 Summary Report: Control and Treatment Technology for the Metal Finishing Industry - Ion Exchange

Summary Report: Control and Treatment Technology for the Metal Finishing Industry - Ion Exchange . . Summary Report: Control and Treatment Technology for the Metal Finishing Industry - Ion Exchange. Publisher.U.S. Environmental Protection Agency Document Type.EPA Document Abstract.Ion exchange is a versatile separation process with potential for broad application in the metal finishing indu... (1053 bytes)

0.87 The Use of Canister Ion Exchange Technology in a Zero Discharge Facility

The Use of Canister Ion Exchange Technology in a Zero Discharge Facility . . The Use of Canister Ion Exchange Technology in a Zero Discharge Facility. Author.Eason, John Place.Raleigh, NC Document Type.Proceedings article Source.Waste Reduction--Pollution Prevention: Progress and Prospects within North Subject.Electronic industry Canister Ion exchange Zero discharge Location.WRRC Preliminar... (758 bytes)

0.87 Ion exchange as a tool for water and metal recycling

Ion exchange as a tool for water and metal recycling . . Ion exchange as a tool for water and metal recycling. Author.Reinhard, Fred P. Document Type.Proceedings article Source.9th AESF EPA Conference on Pollution Control in the Metal Finishing Industry Subject.Ion exchange Metal recovery Water recycling Rinsewater Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Las... (695 bytes)

0.87 The suitability of ion exchange resins for the removal of cadmium fromwastewaters - part II: evaluation of adsorbants

The suitability of ion exchange resins for the removal of cadmium fromwastewaters - part II: evaluation of adsorbants . . The suitability of ion exchange resins for the removal of cadmium fromwastewaters - part II: evaluation of adsorbants. Author.Punzi, Vito L. Hoffman, David R. Document Type.Journal article Source.Water Pollution Control Association of Pennsylvania Subject.Metal recovery ... (925 bytes)

0.87 The suitability of ion exchange for the removal of cadmium for wastewaters -part III: effect of adsorbent dose

The suitability of ion exchange for the removal of cadmium for wastewaters -part III: effect of adsorbent dose . . The suitability of ion exchange for the removal of cadmium for wastewaters -part III: effect of adsorbent dose. Author.Punzi, Vito L. Stober, Matthew R. Document Type.Journal article Source.Water Pollution Control Association of Pennsylvania Subject.Ion exchange Resin Cadmium M... (900 bytes)

0.87 An improved ion exchange resin method for removal and recovery of zinc andcyanide from electroplating wastes

An improved ion exchange resin method for removal and recovery of zinc andcyanide from electroplating wastes . . An improved ion exchange resin method for removal and recovery of zinc andcyanide from electroplating wastes. Author.Moore, F.L. Publisher.Marcel Dekker Document Type.Journal article Source.Journal of Environmental Science and Health Subject.Metal recovery Zinc Cyanide Ion exchan... (1102 bytes)

0.87 Applying Product Life Cycle Analysis to Evaluate Silver Recovery Procedures

Applying Product Life Cycle Analysis to Evaluate Silver Recovery Procedures . . Applying Product Life Cycle Analysis to Evaluate Silver Recovery Procedures. Company.Eastman Kodak Company (Rochester, NY) Author.Fogler, Sarah P. Publisher.The National Association of Photographic Manufacturers Place.San Francisco, CA Abstract.The energy usage and environmental emissions associated with silver ... (1958 bytes)

0.87 An electrochemical oxidation and ion exchange method for recovery of chromium

An electrochemical oxidation and ion exchange method for recovery of chromium . . An electrochemical oxidation and ion exchange method for recovery of chromium. Author.Urbanski, T.S. Chmielewski, A.G. Publisher.Elsevier Science Publishing Co., Inc. Place.New York Document Type.journal article Source.Metal Finishing Subject.Electroplating Plating Chromium Ion exchange Metal recovery Electrol... (889 bytes)

0.87 Electoplating Solution Reclamation Using Selective Ion Exchange

Electoplating Solution Reclamation Using Selective Ion Exchange . . Electoplating Solution Reclamation Using Selective Ion Exchange. Author.Folsom, Dale W. Peters, Raymond A. Document Type.Proceedings article Source.Process Technology '88 Symposium Proceedings - Supplement I HELD August Subject.Fabricated metal products Industrial equipment Electroplating Solution reclamation Selective ion ... (747 bytes)

0.87 Recovery and treatment of metal finishing wastes by ion exchange

Recovery and treatment of metal finishing wastes by ion exchange . . Recovery and treatment of metal finishing wastes by ion exchange. Author.Brown, Craig J. Publisher.American Electroplaters' Society Place.Winter Park, FL Document Type.Paper Subject.Metal finishing Ion exchange Metal recovery Purification Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated... (699 bytes)

0.87 The use of canister ion exchange technology in a zero discharge facility

The use of canister ion exchange technology in a zero discharge facility . . The use of canister ion exchange technology in a zero discharge facility. Author.Eason, John Bennett, Frank Document Type.Proceedings article Source.10th AESF/EPA Conference on Pollution Control in the Metal FinishingIndustry Subject.Zero discharge Ion exchange Canister Electrowinning Point source treatment Chrome ... (834 bytes)

0.84 CSA Continuous Countercurrent Ion Exchange (CCIX) Technology

CSA Continuous Countercurrent Ion Exchange (CCIX) Technology . . CSA Continuous Countercurrent Ion Exchange (CCIX) Technology. Author.Higgins, Irwin R. Mark S. Denton Document Type.Journal article Source.Separation Science and Technology VOL 22 IS 2 & 3 Subject.Fabricated metal products Waste Treatment Notes.997-1015 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last... (703 bytes)

0.84 A Gas Membrane-Ion Exchange Process for Cyanide Recovery

A Gas Membrane-Ion Exchange Process for Cyanide Recovery . . A Gas Membrane-Ion Exchange Process for Cyanide Recovery. Author.Semmens, M.J. C.F. Kenfield and R. Quin Document Type.Journal article Source.Metal Finishing VOL 85 IS 11 Subject.Fabricated metal products Waste Treatment Notes.47-51 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: November 1987 (687 bytes)

0.84 Removal of trace quantities of nickel from solution

Removal of trace quantities of nickel from solution . . Removal of trace quantities of nickel from solution. Author.Randall, J.M. Randall, V.G. Publisher.John Wiley & Sons Place.New York Document Type.Journal article Source.Journal of Applied Polymer Science Subject.Ion exchange Nickel Metal recovery Wastewater treatment Abstract.Chitosan, which is produced from the natural polymer chitin, ... (1575 bytes)

0.84 Disposal of Plating Room Wastes: Treatment of Cyanide Waste Solutions by Ion Exchange

Disposal of Plating Room Wastes: Treatment of Cyanide Waste Solutions by Ion Exchange . . Disposal of Plating Room Wastes: Treatment of Cyanide Waste Solutions by Ion Exchange. Company.Yale University Author.Walker, Charles A. Zabban, Walter Publisher.American Electroplaters Society Place.New Haven, Connecticut Edition.AS Project 10, Serial #25 Series.pp. 1-26 Subject.Electroplating Waste T... (880 bytes)

0.84 Ion Exchange Catalysis and Matrix Effects

Ion Exchange Catalysis and Matrix Effects . . Ion Exchange Catalysis and Matrix Effects. Fluid Process Chemicals. Publisher.Rohm and Haas Company Place.Philadelphia, PA Document Type.Report Subject.Chemical industry Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: June 1980 (595 bytes)

0.84 Regeneration of Chromic Acid Electrolytes

Regeneration of Chromic Acid Electrolytes . . Regeneration of Chromic Acid Electrolytes. Author.Hutt, M.J. Document Type.Journal article Source.Product Finishing VOL 40 IS 7 Subject.Fabricated metal products General Contamination chromium plating ion exchange anodizing Abstract.Using ion exchange to remove metallic contaminants from chromic acid solutions in chromium plating and anodizing o... (826 bytes)

0.84 Snap-on Tools

Snap-on Tools . . Snap-on Tools. Recycling a rinsewater stream using ultrafiltration and ion exchange. Company.Wisconsin Department of Natural Resources, Hazardous Waste Minimization Publisher.Wisconsin Department of Natural Resources, Hazardous Waste Minimization Program Place.Madison, WI Series.Pollution Prevention Case Study Document Type.Case study Subject.Source reduction Pollution pre... (911 bytes)

0.84 Regeneration of Electroless Nickel Solution by Ion Exchange

Regeneration of Electroless Nickel Solution by Ion Exchange . . Regeneration of Electroless Nickel Solution by Ion Exchange. Author.Levy, F. S.K. Doss Document Type.Journal article Source.Plating and Surface Finishing VOL 74 IS 9 Subject.Fabricated metal products Plating Notes.80 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: 1987 (665 bytes)

0.84 Zinc cyanide plating rinse reclamation--a case study of advanced reverseosmosis compared with centralized ion exchange

Zinc cyanide plating rinse reclamation--a case study of advanced reverseosmosis compared with centralized ion exchange . . Zinc cyanide plating rinse reclamation--a case study of advanced reverseosmosis compared with centralized ion exchange. Author.Rich, Ronald R. Document Type.Proceedings article Source.SUR/FIN '89 Technical Conference Session M Subject.Rinsing Zinc Cyanide Rinsewater tre... (844 bytes)

0.84 Recovery techniques in electroplating

Recovery techniques in electroplating . . Recovery techniques in electroplating. Author.Hall, E.P. Lizdas, D.J. Document Type.Journal article Source.Plating and Surface Finishing Subject.Electroplating Wastewater treatment Metal recovery Ion exchange Reverse osmosis Abstract.Advanced recovery techniques such as ion exchange, reverse osmosis, andevaporation are being used to recover valuable... (873 bytes)

0.84 Removing dissolved inorganic contaminants from water

Removing dissolved inorganic contaminants from water . . Removing dissolved inorganic contaminants from water. Author.Clifford, Dennis Subramonian, Suresh Publisher.The American Chemical Society Document Type.Journal article Source.Environmental Science Technology Subject.Wastewater treatment Precipitation Heavy metal Inorganic Oxidation Ion exchange Adsorption Membrane Reverse osmosis Elec... (1059 bytes)

0.84 Application of ion exchange technology in pollution prevention

Application of ion exchange technology in pollution prevention . . Application of ion exchange technology in pollution prevention. Company.Capaccio Environmental Engineering Inc. Author.Wilk, Lisa F. Capaccio, Robert S. Document Type.journal article Source.Metal Finishing Subject.Equipment design Equipment redesign Electroplating Rinse Maintenance Water purification Wastewater treatment U.S... (814 bytes)

0.84 Electroplating Solution Reclamation Using Ion Exchange Resins

Electroplating Solution Reclamation Using Ion Exchange Resins . . Electroplating Solution Reclamation Using Ion Exchange Resins. Author.Folsom, Dale W. Document Type.Journal article Source.Metal Finishing VOL 87 IS 11 Subject.Fabricated metal products Plting Notes.59-62 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: November 1989 (660 bytes)

0.84 The Treatment of Cupric Chloride Solution after the Etching Process by Ion Exchange Membrane Electrodialysis

The Treatment of Cupric Chloride Solution after the Etching Process by Ion Exchange Membrane Electrodialysis . . The Treatment of Cupric Chloride Solution after the Etching Process by Ion Exchange Membrane Electrodialysis. Author.Deming, X. Document Type.Journal article Source.Desalination VOL 62 Subject.Fabricated metal products Waste Treatment Notes.251 Location.WRRC Preliminary.05/11/95 ... (746 bytes)

0.84 AN ION-EXCHANGE PROCESS FOR RECOVERY OF CHROMATE FROM PIGMENT MANUFACTURING

AN ION-EXCHANGE PROCESS FOR RECOVERY OF CHROMATE FROM PIGMENT MANUFACTURING . . AN ION-EXCHANGE PROCESS FOR RECOVERY OF CHROMATE FROM PIGMENT MANUFACTURING. Company.Mineral Pigments Corporation Publisher.NTIS Place.Springfield, VA Subject.Pigments industry Waste reduction Notes."EPA-670/2-74-044" Document Number.NTIS PB- 233 641 Location.GLPPIC Preliminary.04/15/92 Return to top of this d... (726 bytes)

0.84 Pollution prevention assessment for a printed circuit board plant

Pollution prevention assessment for a printed circuit board plant . . Pollution prevention assessment for a printed circuit board plant. Author.Edwards, Harry W. Kostrzewa, Michael F. Looby, Gwen P. Publisher.U.S. EPA National Risk Management Research Laboratory Place.Cincinnati, OH Series.Environmental Research Brief Document Type.EPA Document Subject.Printed circuit boards Rinsewater Meta... (1644 bytes)

0.84 Tin and Tin-Lead Plating with Methanesulfonic Acid: Environmentally Safer Deposition Processes

Tin and Tin-Lead Plating with Methanesulfonic Acid: Environmentally Safer Deposition Processes . . Tin and Tin-Lead Plating with Methanesulfonic Acid: Environmentally Safer Deposition Processes. Company.JDF Associates Author.Jack D. Fellman Publisher.American Electroplaters and Surface Finishers Society, Inc. Source.Symposium on the Search for Environmentally "Safer" Deposition Processes fo... (2151 bytes)

0.84 Waste Waste Management Techniques for Semi-Aqueous Cleaning Process

Waste Waste Management Techniques for Semi-Aqueous Cleaning Process . . Waste Waste Management Techniques for Semi-Aqueous Cleaning Process. Company.DuPont Company Author.Herbert L. Fritz Publisher.Cahners Exposition Group Source.Proceedings of the Technical Program, National Electronic Packaging and Abstract.Many printed circuit board (PCB) manufacturers are investigating alternative clean... (1930 bytes)

0.84 Copper, Nickel and Chrome Recovery in a Jobshop to Eliminate Waste Treatment and Sludge Disposal

Copper, Nickel and Chrome Recovery in a Jobshop to Eliminate Waste Treatment and Sludge Disposal . . Copper, Nickel and Chrome Recovery in a Jobshop to Eliminate Waste Treatment and Sludge Disposal. Company.ECO-TEC, Limited Author.G. G. Buffing M. Dejak Tom Nadeau Publisher.Massachusetts Department of Environmental Management Place.Worcester, Ma Source.Third Annual Massachusetts Hazardous W... (1407 bytes)

0.84 Chromic Acid Recovery by Reciprocating Flow Ion Exchange

Chromic Acid Recovery by Reciprocating Flow Ion Exchange . . Chromic Acid Recovery by Reciprocating Flow Ion Exchange. Publisher.Eco-Tec Limited Place.Toronto, Canada Document Type.Report Subject.Fabricated metal products Cleaning Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: 1981 (598 bytes)

0.84 Ion Exchange Helps Canadian Chromium Plater

Ion Exchange Helps Canadian Chromium Plater . . Ion Exchange Helps Canadian Chromium Plater. Author.Anonymous Document Type.Journal article Source.Plating & Surface Finishing Subject.Fabricated metal products Plating Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: May 1983 (588 bytes)

0.84 Application of adsorptive/absorptive resins and membranes for toxic and hazardous waste reduction

Application of adsorptive/absorptive resins and membranes for toxic and hazardous waste reduction . . Application of adsorptive/absorptive resins and membranes for toxic and hazardous waste reduction. Company.Carltech Associates Author.Uhrmacker, J. Carl Publisher.U.S. Environmental Protection Agency (EPA) Place.Cincinnati, OH Document Type.EPA Document Subject.Toxic waste Hazardous materia... (1177 bytes)

0.84 Waste Treatment by Ion-Exchange (Jan 77-present)

Waste Treatment by Ion-Exchange (Jan 77-present) . . Waste Treatment by Ion-Exchange (Jan 77-present). Author.National Technical Information Service Publisher.National Technical Information Service Document Type.Bibliography Abstract.Pollution abstracts draws information from foreign and domestic reports, journals, and government documents on pollution-related topics. the coverage of the da... (1191 bytes)

0.84 Recovery and Treatment of Metal Finishing Wastes by Ion Exchange - The Plant Survey - Part 1

Recovery and Treatment of Metal Finishing Wastes by Ion Exchange - The Plant Survey - Part 1 . . Recovery and Treatment of Metal Finishing Wastes by Ion Exchange - The Plant Survey - Part 1. Publisher.Industrial Water and Wastes Document Type.Report Subject.Fabricated metal products Waste Treatment Location.WRRC Preliminary.05/11/95 Return to top of this document.. (624 bytes)

0.84 Source Versus End of Pipe Ion Exchange for Waste Treatment

Source Versus End of Pipe Ion Exchange for Waste Treatment . . Source Versus End of Pipe Ion Exchange for Waste Treatment. Author.Eason, John Document Type.Journal article Source.Metal Finishing VOL 88 IS 3 Subject.Fabricated metal products Waste Treatment Notes.45-47 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: March 1990 (655 bytes)

0.84 Pollution Prevention with Advanced Technologies: A Success Story - with a Payback

Pollution Prevention with Advanced Technologies: A Success Story - with a Payback . . Pollution Prevention with Advanced Technologies: A Success Story - with a Payback. Author.Greene, Michael C. Publisher.AESF Press Document Type.Proceedings article Source.79th AESF Annual Technical Conference SUR Subject.Pollution Prevention Perspectives Ion Exchange Electrowinning Waste Minimization Abstr... (2227 bytes)

0.84 The Use of Ion Exchange for Treating Wastewaters and Recovering Metal Values from Electroplating Operations

The Use of Ion Exchange for Treating Wastewaters and Recovering Metal Values from Electroplating Operations . . The Use of Ion Exchange for Treating Wastewaters and Recovering Metal Values from Electroplating Operations. Author.Gupta, A. Document Type.Proceedings article Source.American Institute of Chemical Engineers HELD IN Subject.Fabricated metal products Plating Location.WRRC Prelimina... (746 bytes)

0.84 Case Study: Effective Waste Minimization Using Ion Exchange Technology

Case Study: Effective Waste Minimization Using Ion Exchange Technology . . Case Study: Effective Waste Minimization Using Ion Exchange Technology. Company.Sigma Environmental Services, Inc. Author.Kaszubowski, Kenneth E. Bilgo, James A. Publisher.Sigma Environmental Services, Inc. Place.Oak Creek, WI Subject.Metal Plating Cleaning Sludges Metal Recovery Location.GLPPIC Preliminary.JAN 1993 ... (750 bytes)

0.84 Metal Recovery: Ion Exchange Electrolytic Recovery

Metal Recovery: Ion Exchange Electrolytic Recovery . . Metal Recovery: Ion Exchange Electrolytic Recovery. MnTAP Success Story. Publisher.Minnesota Technical Assistance Program Place.Minneapolis, MN Document Type.Report Subject.Fabricated metal products General Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: 1988 (648 bytes)

0.84 Recovery systems for the light metals finisher

Recovery systems for the light metals finisher . . Recovery systems for the light metals finisher. Author.Brown, Craig J. Document Type.Proceedings article Source.Annual Technical Conference American Electroplating Society Subject.Resource recovery Metal finishing Ion exchange Bath Rinsewater Electroplating Abstract.Utilizing cation and anion exchanges as well as acid retardation principles... (962 bytes)

0.84 Ion Exchange in Metal Finishing Panel Discussion

Ion Exchange in Metal Finishing Panel Discussion . . Ion Exchange in Metal Finishing Panel Discussion. Company.Integrated Techniologies, INc. Author.Peter Gallerani Source.Conference Pollution Prevention in the Metal Finishing and Manufacturing Abstract.No Abstract Location.MATURI Preliminary.12/04/95 Return to top of this document.. Last Updated: October 30, 1990 (643 bytes)

0.84 Metal Recovery by Ion Exchange - Five Crucial Issues

Metal Recovery by Ion Exchange - Five Crucial Issues . . Metal Recovery by Ion Exchange - Five Crucial Issues. Author.Hosea, Michael Patrick M. Nelis Michael D. Mayne Document Type.Journal article Source.Metal Finishing VOL 86 IS 10 Subject.Fabricated metal products Waste Treatment Notes.67-70 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: October 1988 (691 bytes)

0.84 Solutions for tommorrow waste reduction through mobile applications

Solutions for tommorrow waste reduction through mobile applications . . Solutions for tommorrow waste reduction through mobile applications. Author.Meichtry, Thomas Document Type.Proceedings article Source.HAZMAT West '85 Subject.Waste reduction Pollution prevention Incentives Incineration Resource recovery Separation Storage Chemical treatment Adsorption Dewatering Reverse osmosis Ion exch... (913 bytes)

0.84 Chemical recovery: key to platers' woes?

Chemical recovery: key to platers' woes? . . Chemical recovery: key to platers' woes?. Author.Obrzut, John J. Document Type.Journal article Source.Iron Age Subject.Electroplating Wastewater treatment Metal recovery Chromium Rinsing Waste disposal Ion exchange Evaporation Reverse osmosis Drag-out Nickel Abstract.To ease the problems of rising costs and federal regulations, electroplaterscan ... (987 bytes)

0.84 Ion Exchange for Recovery of Precious Metals

Ion Exchange for Recovery of Precious Metals . . Ion Exchange for Recovery of Precious Metals. Author.Waitz, W.H. Document Type.Journal article Source.Plating and Surface Finishing VOL 69 IS 4 Subject.Fabricated metal products Waste Treatment Notes.56-59 Location.WRRC Preliminary.05/11/95 Return to top of this document.. Last Updated: 1982 (635 bytes)

0.84 A better way to recovery nickel

A better way to recovery nickel . . A better way to recovery nickel. Author.Brown, Craig J. Document Type.Journal article Source.Products Finishing Subject.Metal finishing Metal recovery Nickel Drag-out Rinsewater Ion exchange Anodes Abstract.This article explains the difficulties with nickel recycling such as the increase in nickel concentration of the plating bath. Nickel recovery by ion ... (1013 bytes)

0.84 Ion Exchange and Electrolytic Metal Recovery for a Chemical Milling Process

Ion Exchange and Electrolytic Metal Recovery for a Chemical Milling Process . . Ion Exchange and Electrolytic Metal Recovery for a Chemical Milling Process. Company.Quality Rolling and Deburring Co., Inc. Publisher.ConnTAP Place.Connecticut Series.20 pages Subject.Electroplating Electrolytic Recovery Metal Finishing Metals Location.MATURI Preliminary.12/04/95 Return to top of this documen... (722 bytes)

0.80 Waste Audit Study of the Printed Circuit Board Manufacturing Industry

Waste Audit Study of the Printed Circuit Board Manufacturing Industry . . Waste Audit Study of the Printed Circuit Board Manufacturing Industry. Company.Planning Research Corporation Publisher.California Department of Health Services Place.CA Document Type.Report Subject.Electronic Equipment Industry Printed Circuit Board Pollution Prevention Audits Recycling Economics Material Substitution... (3634 bytes)

0.80 Disposal of chromium laboratory wastes

Disposal of chromium laboratory wastes . . Disposal of chromium laboratory wastes. Company.Minnesota Waste Management Board Author.Thompson, Fay Biewen, Todd Publisher.U.S. Environmental Protection Agency (EPA), Office of Research and Development, Hazardous Waste Engineering Research Laboratory Place.Cincinnati, OH Document Type.Report Subject.Chromium Chemical laboratories Laboratory waste... (917 bytes)

0.80 Final Report: Feasibility of Water Recycling as a Waste Reduction Method

Final Report: Feasibility of Water Recycling as a Waste Reduction Method . . Final Report: Feasibility of Water Recycling as a Waste Reduction Method. Hazardous Waste Reduction Grant Program. Publisher.PACE Laboratories, Inc. Place.Minneapolis, MN Subject.Metal Plating Water Recycling Ion Exchange Sludge Location.GLPPIC Preliminary.JAN 1993 Return to top of this document.. Last Updated: D... (685 bytes)

0.80 Advantages/Disadvantages of Various Metal Recovery Techniques

Advantages/Disadvantages of Various Metal Recovery Techniques . . Advantages/Disadvantages of Various Metal Recovery Techniques. Company.Lancy International, Inc. Author.Steward, Fred Lancy, L.E., Dr. Place.Lancy International, Inc. Document Type.Comparison Sheet Subject.Metal Recovery Electrodialysis Electrolytic Evaporators Ion Exchange Reverse Osmosis Ultrafiltration Location.GLPPIC Prel... (789 bytes)

0.80 Removal of copper from rinse water in circuit fabrication

Removal of copper from rinse water in circuit fabrication . . Removal of copper from rinse water in circuit fabrication. Author.Kotz, Paul Publisher.Minnesota Technical Assistance Program (MnTAP) Place.Minneapolis, MN Document Type.Report Subject.Copper Metal recovery Printed circuit boards Rinsewater treatment Rinsing Wastewater treatment Drag-out recovery Ion exchange Minnesota Location.G... (794 bytes)

0.80 Final report on the internship served at Gage Tool Company

Final report on the internship served at Gage Tool Company . . Final report on the internship served at Gage Tool Company. Author.Sandberg, Joel Publisher.Minnesota Technical Assistance Program (MnTAP) Place.Minneapolis, MN Document Type.Report Subject.Metalworking Pretreatment Waste prevention Hazardous material Chemicals Paint Metal recovery Ion exchange Cooling tower Location.GLPPIC Prel... (791 bytes)

0.80 Recovering a copper commodity from printed circuit board rinse water

Recovering a copper commodity from printed circuit board rinse water . . Recovering a copper commodity from printed circuit board rinse water. Author.Wright, John Nelis, Patrick M. Document Type.Proceedings article Source.10th AESF/EPA Conference on Pollution Control for the Metal Subject.Printed circuit boards Ion exchange Copper Metal recovery Location.GLPPIC Preliminary.15-Apr-92 Retur... (730 bytes)

0.80 Recovery of metals in circuit board and metal plating manufacturing

Recovery of metals in circuit board and metal plating manufacturing . . Recovery of metals in circuit board and metal plating manufacturing. Author.Crane, Al Document Type.Proceedings article Source.Metal Waste Management Alternatives Proceedings Subject.electrolyte Plating Metal recovery Sludge Feed stock Copper Chemicals Substitution Ion exchange Chrome Printed circuit boards California L... (802 bytes)

0.80 A basic approach to wastewater treatment

A basic approach to wastewater treatment . . A basic approach to wastewater treatment. Author.Dornoff, Jeffrey M. Document Type.Journal article Source.PC FAB Subject.Wastewater treatment Printed circuit boards Ion exchange Notes.Volume May 1989, pp 22-24 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: May 1989 (646 bytes)

0.80 Waste minimization: Part II--concentrate return methods

Waste minimization: Part II--concentrate return methods . . Waste minimization: Part II--concentrate return methods. Author.Steward, F.A. McLay, W.J. Document Type.Journal article Source.Metal Finishing Subject.Metal recovery Bath Rinsing Drag-out Water contamination Water use Filtration Desludging Purification Reverse osmosis Electrodialysis Ion exchange Waste reduction Pollution preventio... (982 bytes)

0.80 Treatment of metal plating wastewater with a disposable ion exchangematerial

Treatment of metal plating wastewater with a disposable ion exchangematerial . . Treatment of metal plating wastewater with a disposable ion exchangematerial. Author.Kermida, Vasiliki Etzel, James E. Document Type.Proceedings article Source.37th Industrial Waste Conference Subject.Metal recovery Ion exchange Heavy metal Cation Vermiculite Notes.Held at Purdue University, Lafayette, IN, May ... (801 bytes)

0.80 Electrolytic recovery theory, application, advantage

Electrolytic recovery theory, application, advantage . . Electrolytic recovery theory, application, advantage. Author.Bailey, Dan Chan, Mike Document Type.Proceedings article Source.8th AESF/EPA Conference on Pollution Control for the Metal FinishingIndustry Subject.Heavy metal Metal recovery Sludge Liability Electrolytic Electrodialysis Ion exchange Solvent extraction Reverse osmosis Elect... (908 bytes)

0.80 Sludgeless pollution control

Sludgeless pollution control . . Sludgeless pollution control. Author.Hasea, Michael Document Type.Journal article Source.Products Finishing Subject.Ion exchange Sludge Pollution control Wastewater treatment Notes.Volume August 1988 pp. 47-52 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: Aug 1988 (642 bytes)

0.80 Water and waste control for the plating shop (2nd ed.)

Water and waste control for the plating shop (2nd ed.) . . Water and waste control for the plating shop (2nd ed.). Author.Kushner, Joseph H. Kushner, Arthur S. Publisher.Gardner Publications Place.Cincinnati, OH Document Type.Book Subject.Plating Wastewater treatment Rinsewater Drag-out Rinsing Waste control Ion exchange Reverse osmosis Electrodialysis Metal recovery Location.GLPPIC Prelimi... (789 bytes)

0.80 Waste audit study on the fabricated metal products industry

Waste audit study on the fabricated metal products industry . . Waste audit study on the fabricated metal products industry. Publisher.California. Dept. of Health Services Place.Pasadena, CA Edition.Rev Subject.Waste reduction California Metal trade Handbooks, manuals, etc. Metal finishing Waste disposal Metal waste Fabricated metal products Machining Metal parts cleaning Paint stripping El... (4182 bytes)

0.80 Process Options for Waste Minimization and Metal Recovery for the Metal Finishing Industries

Process Options for Waste Minimization and Metal Recovery for the Metal Finishing Industries . . Process Options for Waste Minimization and Metal Recovery for the Metal Finishing Industries. Company.University of Nebraska-Lincoln Author.C. W. Walton A. C. Hillier Publisher.U. S. Environmental Protection Agency Source.The Environmental Challenge of the 1990's Proceedings International Abstra... (2249 bytes)

0.80 Pollution equipment news: 1994 buyer's guide

Pollution equipment news: 1994 buyer's guide . . Pollution equipment news: 1994 buyer's guide. Publisher.Rimbach Publishing Inc. Place.Pittsburgh, PA Document Type.vendor catalog Subject.Pollution control equipment Centrifuges Chiller Cleaning equipment Compactors/shredders Cooling tower Cyclones Deionizers Drums Dust collectors Fabricated metal products Groundwater Incinerators Ion exchang... (916 bytes)

0.80 Waste minimization opportunity assessmentâ

Waste minimization opportunity assessmentÔ . . Waste minimization opportunity assessmentÔ. Publisher.U.S. Environmental Protection Agency Document Type.EPA Document Subject.Paint Paint recovery Degreaser Ion exchange Document Number.EPA/600/S2-91/038 Location.GLPPIC Preliminary.06/27/95 Return to top of this document.. Last Updated: September, 1981 (639 bytes)

0.80 ION CHROMATOGRAPHY APPLICATIONS

ION CHROMATOGRAPHY APPLICATIONS . . ION CHROMATOGRAPHY APPLICATIONS. Author.Smith, Robert E. Publisher.CRC Press, Inc. Place.Boca Raton, Florida Subject.Ion exchange chromatography Notes.Inventory tag H00295 Bibliography: p. 162-166 Includes index Document Number.543. 0893 S658 Location.GLPPIC Preliminary.04/15/92 Return to top of this document.. Last Updated: 1988 (678 bytes)

0.80 Case Studies from the Polution Prevention Clearinghouse (PPIC)

Case Studies from the Polution Prevention Clearinghouse (PPIC) . . Case Studies from the Polution Prevention Clearinghouse (PPIC). ELECTROPLATING. Document Type.EPA document Source.EPA Subject.Electroplating cost analysis waste reduction pollution prevention savings disposal waste production recovery chelating agent rinsewater source reduction wastes material substitution circuit boards sod... (1154 bytes)

0.80 Hazardous Waste Reduction Technical Assistance Directory

Hazardous Waste Reduction Technical Assistance Directory . . Hazardous Waste Reduction Technical Assistance Directory. Company.Manufacturing Jewelers & Silversmiths of America, Inc. Publisher.Rhode Island Department of Environmental Management Place.RI Document Type.Report Subject.Miscellaneous Manufacturing Industry Jewelry Industry Literature Sources Pollution Prevention Air Pollution Aci... (2306 bytes)

0.80 Waste minimization: alternate recovery technologies

Waste minimization: alternate recovery technologies . . Waste minimization: alternate recovery technologies. Author.Steward, F.A. McLay, W.J. Publisher.Lancy International Place.Warrendale, PA Document Type.Book chapter Source.Metal Finishing Guidebook & Directory, 1986 ed., (Reprint) Subject.Resource recovery Waste reduction Pollution prevention Evaporation Reverse osmosis Ion exchange Met... (1047 bytes)

0.80 Environmental feasibility study for Toscan Skin & Hyde Co; Industrial wastediversion program final report #5

Environmental feasibility study for Toscan Skin & Hyde Co; Industrial wastediversion program final report #5 . . Environmental feasibility study for Toscan Skin & Hyde Co; Industrial wastediversion program final report #5. Company.Rupke & Associates Author.Bates, T. E. Elrick, D. E. Publisher.Ontario Ministry of the Environment Document Type.Report Subject.Wastewater Ion exchange Ultrafiltr... (949 bytes)

0.80 Metal finishing - case studies from the Minnesota Technical AssistanceProgram and the Hazardous Waste Reduction Program of Oregon

Metal finishing - case studies from the Minnesota Technical AssistanceProgram and the Hazardous Waste Reduction Program of Oregon . . Metal finishing - case studies from the Minnesota Technical AssistanceProgram and the Hazardous Waste Reduction Program of Oregon. Publisher.U.S. Environmental Protection Agency (EPA) Place.Washington, DC Document Type.Report Subject.Ion Exchange Metal finish... (978 bytes)

0.80 The application of separation processes in the metal finishing industry

The application of separation processes in the metal finishing industry . . The application of separation processes in the metal finishing industry. Author.Crampton, Peter Document Type.Proceedings article Source.3rd AESF/EPA Conference on Pollution Control in the Metal Finishing Industry Subject.Metal recovery Evaporation Waste treatment Ion exchange Wastewater treatment Reverse osmosis Me... (790 bytes)

0.80 Dragout control--Part III

Dragout control--Part III . . Dragout control--Part III. Author.Kushner, Joseph B. Document Type.Journal article Source.Metal Finishing Subject.Drag-out Resource recovery Spray Tank Ion exchange Evaporation Notes.Volume January 1952, pp. 60-64 & 74 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: JAN 1952 (652 bytes)

0.80 Case study: beyond compliance

Case study: beyond compliance . . Case study: beyond compliance. Company.Memtek Document Type.Journal article Source.PC FAB Subject.Ion exchange Electrolytic Metal recovery Wastewater treatment Notes.Volume August 1988 pp. 77-79 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: Aug 1988 (628 bytes)

0.80 Cone-type precipitators for improved copper recovery

Cone-type precipitators for improved copper recovery . . Cone-type precipitators for improved copper recovery. Author.Spedden, H.R. Malouf, F.E. Document Type.Journal article Source.Society of Mining Engineering Subject.Metal recovery Copper Wastewater treatment Precipitator Electrowinning Solvent Extraction Ion exchange Cementation Notes.Volume April 1966 pp. 57-62 Location.GLPPIC Prelimin... (792 bytes)

0.80 Hazardous metal and cyanide wastes: treatment alternatives to land disposal

Hazardous metal and cyanide wastes: treatment alternatives to land disposal . . Hazardous metal and cyanide wastes: treatment alternatives to land disposal. Document Type.Journal article Source.The Hazardous Waste Consultant Subject.Electroplating Wastewater treatment Metal recovery Electrodialysis Cyanide Precipitation Ion Exchange Reverse osmosis Evaporation Adsorption Waste reduction Pol... (1017 bytes)

0.80 Metal recovery from industrial wastes

Metal recovery from industrial wastes . . Metal recovery from industrial wastes. Author.Brooks, Clyde S. Document Type.Journal article Source.Journal of Metals Subject.Metal recovery Solvent Extraction Precipitation Ion exchange Membrane Reverse osmosis Electrodialysis Solid waste Abstract.This article reviews factors affecting feasibility of recovering nonferrousmetals from waste (e.g. reg... (961 bytes)

0.80 Hazardous waste management information pamphlet

Hazardous waste management information pamphlet . . Hazardous waste management information pamphlet. Publisher.American Chemical Society (ACS) Place.Washington, DC Document Type.Pamphlet/Brochure Subject.Hazardous material Waste disposal Recycling Reuse Ion exchange Oxidation Thermal treatment Biological treatment Landfill Siting Location.GLPPIC Preliminary.15-Apr-92 Return to top of this... (734 bytes)

0.80 CONTROL AND TREATMENT TECHNOLOGY FOR THE METAL FINISHING INDUSTRY: IONEXCHANGE

CONTROL AND TREATMENT TECHNOLOGY FOR THE METAL FINISHING INDUSTRY: IONEXCHANGE . . CONTROL AND TREATMENT TECHNOLOGY FOR THE METAL FINISHING INDUSTRY: IONEXCHANGE. Summary Report. Company.U.S. EPA Industrial Environmental Research Laboratory Publisher.The Laboratory Place.Cincinnati, OH Subject.Metals Finishing By-products Waste disposal Metal ions Electroplating Environmental aspects Waste ... (922 bytes)

0.80 Evaluation of metals recovery systems and of an improved painting line

Evaluation of metals recovery systems and of an improved painting line . . Evaluation of metals recovery systems and of an improved painting line. Author.Sandberg, Joel Publisher.Minnesota Technical Assistance Program (MNTAP) Place.Minneapolis, MN Document Type.MNTAP summary Subject.Metalworking Pretreatment Waste prevention Hazardous material Chemicals Paint Metal recovery Ion exchange Coo... (835 bytes)

0.80 Recycling Reclamation of Plating Wastes

Recycling Reclamation of Plating Wastes . . Recycling Reclamation of Plating Wastes. Author.Graves, Beverly A. Document Type.Journal article Source.Products Finishing Subject.Fabricated metal products Plating Counterflow Rinsing Evaporative Recovery Ion Exchange Electrolytic Recovery Reverse Osmosis Ultrafiltration Electrodialysis Abstract.Overview of technologies available for recycling an... (889 bytes)

0.80 Best Management Practices For Fabricated Metal Industry Facilities Using Industrial Disposal Wells

Best Management Practices For Fabricated Metal Industry Facilities Using Industrial Disposal Wells . . Best Management Practices For Fabricated Metal Industry Facilities Using Industrial Disposal Wells. Class V Well BMP Fact Sheet Number 2G. Company.EPA Publisher.EPA Document Type.Fact Sheet Subject.Fabricated Metal Industry Wells Regulation Recycling Electrowinning Ion Exchange Evaporation... (883 bytes)

0.80 Routes to Metals Recovery from Metal Finishing Sludges

Routes to Metals Recovery from Metal Finishing Sludges . . Routes to Metals Recovery from Metal Finishing Sludges. Company.EPA Industrial Environmental Research Lab Author.Mehta, Anil Document Type.Journal Article, 3rd AES/EPA Subject.Metal Recovery Sludge Recycle Ion Exchange Location.GLPPIC Preliminary.JAN 1993 Return to top of this document.. Last Updated: 1980 (655 bytes)

0.80 Protein from whey

Protein from whey . . Protein from whey. Company.Protose Separations Publisher.Ontarion Ministry of the Environment Document Type.Report Subject.Food processing Adsorption Desorption Cheese processing waste Continuous moving bed Ion exchange Canada Document Number.ISBN 0-7729-7484-5 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: JUN 1991 (691 bytes)

0.80 Beet sugar technology (3rd ed)

Beet sugar technology (3rd ed) . . Beet sugar technology (3rd ed). Author.McGinnis, R. A., ed. Publisher.Beet Sugar Development Foundation Place.Fort Collins, CO Document Type.Book Subject.Ion exchange Diffuser Sludge separation Filtration Pulp Beet sugar Clarifier Resin Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: 1982 (679 bytes)

0.80 Filtered thoughts: filtration of water

Filtered thoughts: filtration of water . . Filtered thoughts: filtration of water. Author.Berg, Jack Document Type.Journal article Source.Metal Finishing Subject.Filtration Water purification Ion exchange Reverse osmosis Filter Deionization Notes.Volume February 1987, pp. 85-86 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: FEB 1987 (684 bytes)

0.80 Contaminant build-up in the plating bath resulting from closed loopoperation

Contaminant build-up in the plating bath resulting from closed loopoperation . . Contaminant build-up in the plating bath resulting from closed loopoperation. Author.Cadotte, A.P. Monteeth, H.D. Document Type.Journal article Source.Plating and Surface Finishing Subject.Rinsing Bath Closed-loop system Water contamination Nickel Reverse osmosis Ion exchange Drag-out Notes.AES project 40 Part ... (861 bytes)

0.80 Cost comparison of alternative methods of chrome removal from metal platingwastewater

Cost comparison of alternative methods of chrome removal from metal platingwastewater . . Cost comparison of alternative methods of chrome removal from metal platingwastewater. Author.Davis, Mackenzie T. Steinert, Maryann Publisher.Michigan State University Place.East Lansing, MI Document Type.Paper Subject.Metal recovery Chrome Sludge Wastewater treatment Ion exchange Precipitation Locatio... (799 bytes)

0.80 Chromic acid recovery three plants- three solutions

Chromic acid recovery three plants- three solutions . . Chromic acid recovery three plants- three solutions. Author.Wisner, Robert L. Document Type.Journal article Source.Industrial Finishing Subject.Metal recovery Chrome Ion exchange Drag-out Evaporation Abstract.Recovery of electroplating solutions is practical because of conservation ofmaterials, cost reduction, and meeting effluent requ... (860 bytes)

0.80 Treatment of heavy metals in wastewater

Treatment of heavy metals in wastewater . . Treatment of heavy metals in wastewater. Author.Janson, Carl E. Kenson, Robert E. Document Type.Journal article Source.Environmental Progress Subject.Electroplating Metal recovery Wastewater treatment Heavy metal Cyanide Copper Zinc Lead Gold Chromium Cadmium Chlorinate Electrodialysis Reverse osmosis Ion exchange Evaporation Abstract.This paper d... (1022 bytes)

0.80 Waste minimization and pollution prevention

Waste minimization and pollution prevention . . Waste minimization and pollution prevention. Self-audit manual : Metal finishing. Company.Connecticut Technical Assistance Program Publisher.Connecticut Technical Assistance Program (ConnTAP) Place.Hartford, CT Subject.Waste reduction Handbooks, manuals, etc Metal finishing Evaporation Sludge Rinsewater Deionization Ion exchange Reverse osmosi... (2080 bytes)

0.80 Pilot plant optimization of phosphoric acid recovery process

Pilot plant optimization of phosphoric acid recovery process . . Pilot plant optimization of phosphoric acid recovery process. Company.National Environmental Research Center, Office of Research andDevelopment, Author.Lancy, Leslie Publisher.National Technical Information Service (NTIS), Place.Springfield, VA Subject.Phosphoric acid Sewage Purification Ion exchange Metals Finishing Waste red... (955 bytes)

0.80 New Technologies Developed By DOE Defense Programs

New Technologies Developed By DOE Defense Programs . . New Technologies Developed By DOE Defense Programs. Publisher.Government Institutes, Inc. Place.Rockville, MD Series.pages 7-10 Document Type.article Source.Waste Minimization & Recycling Report Abstract.A multi-ion detector system has been developed using microelectrode sensor arrays for detecting both anions and cations in plating rin... (6367 bytes)

0.80 Filtration and Plating Quality

Filtration and Plating Quality . . Filtration and Plating Quality. Author.Berg, Jack Publisher.Products Finishing Series.pages 76-82 Document Type.article Abstract.Plating quality can be dramatically improved by backward analysis of a processing sequence. Steps include multi-stage filtering, ion exchange, skimming or decanting, and carbon absorption. Also discussed are airless solution agit... (854 bytes)

0.80 Silver recovery systems and waste reduction in photoprocessing

Silver recovery systems and waste reduction in photoprocessing . . Silver recovery systems and waste reduction in photoprocessing. Publisher.North Carolina Department of Environment Health and Natural Resources Place.NC Document Type.report Subject.Silver recovery Waste reduction Photoprocessing Ion exchange Electrolysis Wastewater U.S. Notes.Part of Pollution Prevention Tips series Locatio... (792 bytes)

0.80 Designing a new PCB facility for sucessful pollution prevention & waste minimization

Designing a new PCB facility for sucessful pollution prevention & waste minimization . . Designing a new PCB facility for sucessful pollution prevention & waste minimization. Author.Moleux, Peter Document Type.journal article Source.Plating and Surface Finishing Subject.Printed circuit boards (PCBs) Waste reduction Process Design Planning Electroplating Wastewater discharge Bath Copper Reco... (1609 bytes)

0.80 Waste Minimization Opportunity Assessment: A Photofinishing Facility

Waste Minimization Opportunity Assessment: A Photofinishing Facility . . Waste Minimization Opportunity Assessment: A Photofinishing Facility. Company.EPA Publisher.EPA Place.Cincinnati Document Type.EPA Document Subject.Photofinishing Pollution Prevention Economics Silver Rinsewater Wastewater Water Conservation Silver Recovery Photograph Developing Bleaching Chlorine Metal Replacement Car... (1000 bytes)

0.80 Best Management Practices for Printed Circuit Board Manufacturers Using Industrial Disposal Wells

Best Management Practices for Printed Circuit Board Manufacturers Using Industrial Disposal Wells . . Best Management Practices for Printed Circuit Board Manufacturers Using Industrial Disposal Wells. Company.EPA Publisher.EPA Document Type.Fact Sheet Subject.Electronic Equipment Industry Printed Circuit Board Wells Regulation Solvents Pollution Prevention Etching Chromic Acid Ferric Chlori... (1093 bytes)

0.80 Source Reduction Potential in the Iron and Steel Wire Drawing Industry

Source Reduction Potential in the Iron and Steel Wire Drawing Industry . . Source Reduction Potential in the Iron and Steel Wire Drawing Industry. Company.Massachusetts Department of Environmental Management Author.Jordan, Gregory R. Place.MA Document Type.Technical Paper Subject.Primary Metals Industry Pollution Prevention Process Modification Product Substitution Waste Segregation Reuse R... (2177 bytes)

0.80 Wastewater Treatment Technology Applicable to the Printing Industry

Wastewater Treatment Technology Applicable to the Printing Industry . . Wastewater Treatment Technology Applicable to the Printing Industry. Company.Mabbett, Capaccio & Associates, Inc. Document Type.Technical Paper Subject.Printing Industry Wastewater Treatment Filtration Electrolytic Recovery Silver Recovery Ion-Exchange Adsorption Lime Chip Neutralization Tank Calcium Carbonate Location.... (781 bytes)

0.80 Closed-loop water recycling of semi-aqueous systems

Closed-loop water recycling of semi-aqueous systems . . Closed-loop water recycling of semi-aqueous systems. Author.Fritz, H.L. Document Type.Proceedings article Source.Van Waters & Rogers - Chemical & the Environment Seminar Subject.Semi-aqueous Cleaning Closed-loop system Recycling Wastewater treatment Solvent Defluxing Membrane Ion exchange Location.GLPPIC Preliminary.15-Apr-92 Return ... (750 bytes)

0.80 Water should not be regarded as a "Cinderella"

Water should not be regarded as a "Cinderella" . . Water should not be regarded as a "Cinderella". Author.Cross, John Document Type.Journal article Source.Finishing Subject.Water purification Surface treatment Deionization Ion exchange Rinsewater Recycling Notes.Volume 11, No. 7, pp. 25-27 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: 1987 (690 bytes)

0.80 High purity water for printed circuit board production

High purity water for printed circuit board production . . High purity water for printed circuit board production. Author.Fitzpatrick, William J. Picardi, Laurence Document Type.Journal article Source.PC FAB Subject.Aqueous treatment Organic Ionic particulates Water purification Filtration Ultrafiltration Carbon adsorption Ion exchange Location.GLPPIC Preliminary.15-Apr-92 Return to top o... (740 bytes)

0.80 Metal finishing operations material reuse and recovery - Versar, Inc.,Springfield, Virginia

Metal finishing operations material reuse and recovery - Versar, Inc.,Springfield, Virginia . . Metal finishing operations material reuse and recovery - Versar, Inc.,Springfield, Virginia. Document Type.Proceedings article Source.EPA/CERI Hazardous Waste Requirements for Metal Finishers Meeting Subject.Metal finishing Reuse Resource recovery Metal recovery Solid waste Incentives Electrolyti... (899 bytes)

0.80 Recovery of silver from laboratory wastes

Recovery of silver from laboratory wastes . . Recovery of silver from laboratory wastes. Author.Rawat, J.P. Kamonpuri, S. Iqbal M. Document Type.Journal article Source.Journal of Chemical Education Subject.Ion exclusion Ion exchange Silver Metal recovery Precipitation Notes.Volume 63, No.6 pp. 537-538 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document.. Last Updated: Jun... (710 bytes)

0.80 Pilot system for the reclaimation of heavy metals from electroplatingprocesses.

Pilot system for the reclaimation of heavy metals from electroplatingprocesses. . . Pilot system for the reclaimation of heavy metals from electroplatingprocesses.. Author.Reinhard, Fred Document Type.Journal article Source.Recycling International Subject.Metal recovery Electroplating Wastewater treatment Ion exchange Rinsewater Abstract.A pilot testing of the RMA system (purification of me... (916 bytes)

0.80 Principles for the reduction and treatment of hydroxylic waste from theelectroplating industry

Principles for the reduction and treatment of hydroxylic waste from theelectroplating industry . . Principles for the reduction and treatment of hydroxylic waste from theelectroplating industry. Author.Bouveny, Hans O. Publisher.Pergamon Press Place.Great Britain Document Type.Journal article Source.Prog. Wat. Tech Subject.Electroplating Wastewater treatment Hydroxylic Nickel Sludge Absorpt... (1162 bytes)

0.80 Guidelines for use of weak base resins in water demineralization

Guidelines for use of weak base resins in water demineralization . . Guidelines for use of weak base resins in water demineralization. Author.Lefevre, L.S. Document Type.Journal article Source.Combustion Subject.Water demineralization Ion exchange Resin Organic Wastewater treatment Abstract.The use of weak base anion exchange resins in waste demineralization isdiscussed with emphasis on eco... (902 bytes)

0.80 ION CHROMATOGRAPHY IN WATER ANALYSIS

ION CHROMATOGRAPHY IN WATER ANALYSIS . . ION CHROMATOGRAPHY IN WATER ANALYSIS. Author.Shpigun, O. (Oleg) Zolotov, Yu.A. Publisher.Ellis Horwood, Ltd. Halsted Press Place.Chicester Series.Ellis Horwood Series in Analytical Chemistry Subject.Water Analysis Ion exchange chromatography Notes.Translated from Russian Includes bibliographical references and index Document Number.546. 226 S559i Loc... (814 bytes)

0.80 Disposal of Plating Room Wastes

Disposal of Plating Room Wastes . . Disposal of Plating Room Wastes. Cyanide waste solutions treated by ion exchange and plating room waste solutions treated with ozone. Company.Yale University Author.Walker, Charles A. Zabban, Walter Publisher.Plating, The Journal of the American Electroplater's Society, Inc. Edition.40 (163-168,269-178) Subject.Electroplating Waste treatment Location.MATU... (781 bytes)

0.80 The competitive edge: waste auditing

The competitive edge: waste auditing . . The competitive edge: waste auditing. Publisher.Ontario Waste Management Corporation (OWMC) Place.Ontario, Canada Document Type.VIDEO Subject.Waste audit Waste reduction Reuse Recycling Cost savings Waste stream Ion exchange Canada U.S. Notes.17:50 minutes Location.GLPPIC Preliminary.07/03/95 Return to top of this document.. Last Updated: July 1991... (713 bytes)

0.80 Case Studies From The Pollution Prevention Information Clearing ouse

Case Studies From The Pollution Prevention Information Clearing ouse . . Case Studies From The Pollution Prevention Information Clearing ouse. Company.Office of Pollution Prevention Publisher.EPA Document Type.Case Study Subject.Electroplating Zinc Copper Nickel Cadmium Lead Ion Exchange Resin Hydrochloric Acid Heavy Metals Sludge Metals Evaporation Rinsewater Neutralization Flocculation Cl... (1994 bytes)

0.80 Waste Reduction Practices for Metal Plating Operations II: Managing Recovered Solutions

Waste Reduction Practices for Metal Plating Operations II: Managing Recovered Solutions . . Waste Reduction Practices for Metal Plating Operations II: Managing Recovered Solutions. Publisher.Santa Clara County Hazardous Waste Management Program Place.Santa Clara, CA Document Type.Handout from Workshop at Mission College, Santa Clara, June 5, 1990 Subject.Metal Plating Waste Reduction Regula... (839 bytes)

0.80 Get your process water to come clean

Get your process water to come clean . . Get your process water to come clean. Author.Parekh, Bipin S. Document Type.Journal article Source.Chemical Engineering Subject.Water purification Pretreatment Water Standards Particle filtration Deionization Ultrafiltration Flocculation Carbon Treatment Reverse osmosis Semiconductors Pharmaceutical waste Boiler Microorganism Removal Ion exchange Ele... (1079 bytes)

0.80 Technologies for waste treatment--advanced reverse osmosis

Technologies for waste treatment--advanced reverse osmosis . . Technologies for waste treatment--advanced reverse osmosis. Author.Rich, Ronald R. Document Type.Journal article Source.PC FAB Subject.Rinsing Reverse osmosis Plating Bath Ultrafiltration Sludge Evaporation Ion exchange Distillation Electrowinning Notes.Volume May 1989, pp. 62-69 Location.GLPPIC Preliminary.15-Apr-92 Return to... (763 bytes)

0.80 Economic evaluation of chrome removal methods

Economic evaluation of chrome removal methods . . Economic evaluation of chrome removal methods. Document Type.Journal article Source.The Hazardous Waste Consultant Subject.Metal recovery Chrome Plating Wastewater treatment Precipitation Evaporation Ion exchange Notes.Volume November/December 1987 pp. 1-10 through 1-14 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document..... (715 bytes)

0.80 7th AESF/EPA conference on pollution control for the metal finishingindustry

7th AESF/EPA conference on pollution control for the metal finishingindustry . . 7th AESF/EPA conference on pollution control for the metal finishingindustry. Document Type.Proceedings Subject.Metal finishing Metal recovery Reverse osmosis Air emission Ion exchange Sludge Wastewater treatment Notes.Held in Kissimmee, FL; 27-29 January 1986 Location.GLPPIC Preliminary.15-Apr-92 Return to t... (723 bytes)

0.80 Recovery of chemicals contained in the waste electroplating baths

Recovery of chemicals contained in the waste electroplating baths . . Recovery of chemicals contained in the waste electroplating baths. Author.Letessant, M. Wajsfelner, R. Publisher.Pergamon Press Place.Great Britain Document Type.Journal article Source.Prog. Wat. Tech. Subject.Metal finishing Plating Bath Electroplating Wastewater treatment Ion exchange Calcination Evaporation Abstract.Th... (1100 bytes)

0.80 Iron process for treatment of CR(VI) wastewaters

Iron process for treatment of CR(VI) wastewaters . . Iron process for treatment of CR(VI) wastewaters. Author.Bowers, Alan R. Ortiz, Carlos A. Publisher.Ann Arbor Science Place.Ann Arbor, MI Document Type.Proceedings article Source.41st Industrial Waste Conference Subject.Metal finishing Wastewater treatment Waste reduction Pollution prevention Ion exchange Carbon adsorption Iron Chromium D... (1122 bytes)

0.80 Treatment technology briefs alternatives to hazardous waste landfills

Treatment technology briefs alternatives to hazardous waste landfills . . Treatment technology briefs alternatives to hazardous waste landfills. Company.U.S. EPA Hazardous Waste Engineering Research Laboratory Publisher.U.S. Environmental Protection Agency (EPA) Place.Washington, DC Document Type.EPA Document Subject.Landfill Containment Hazardous material Waste disposal Waste treatment pro... (1146 bytes)

0.80 Boston Covers Toxins and Recycling Metals

Boston Covers Toxins and Recycling Metals . . Boston Covers Toxins and Recycling Metals. Company.CEF Bostons (Branch Manager) Author.Wagner, David Publisher.AESF Place.Boston, MA Document Type.Magazine Article Source.Plating & Surface Cleaning Subject.Electroplaters Abstract.Reducing the use of toxins in plating and recycling metals from process lines were the topics at the Boston Branch's ... (1535 bytes)

0.80 Sulfuric acid helps recycle the metals in waste batteries...

Sulfuric acid helps recycle the metals in waste batteries... . . Sulfuric acid helps recycle the metals in waste batteries.... Publisher.Chemical Engineering Series.page 21 Document Type.article Abstract.Using a combination of solvent extraction and ion exchange, the Batenus process recovers more than 99.5% of battery and accumulator components, claims developer Pira GmbH (Stuhlingen, Germa... (780 bytes)

0.80 SETHCO Division corrosion resistant pumps, filtration systems, carbon treatment systems

SETHCO Division corrosion resistant pumps, filtration systems, carbon treatment systems . . SETHCO Division corrosion resistant pumps, filtration systems, carbon treatment systems. Publisher.Metpro Corporation Place.Hauppauge, NY Subject.Pumps Filtration Ion exchange Filter cartridge Binder Location.GLPPIC Preliminary.07/03/95 Return to top of this document.. Last Updated: August 1990 (675 bytes)

0.80 Reducing Wastewater Treatment Costs and Liability

Reducing Wastewater Treatment Costs and Liability . . Reducing Wastewater Treatment Costs and Liability. Author.Cimbrelo, William E. Publisher.AESF Press Document Type.Proceedings article Source.79th AESF Annual Technical Conference SUR Subject.Fabricated metal products Waste Treatment Abstract.Selective techniques for waste reduction that actually can be demonstrated to yield a reasonable ... (955 bytes)

0.80 Separation of Metals from Spent Electroless Plating Baths

Separation of Metals from Spent Electroless Plating Baths . . Separation of Metals from Spent Electroless Plating Baths. Author.Henkels, Wayne et al Publisher.AESF Press Document Type.Proceedings article Source.79th AESF Annual Technical Conference SUR Subject.Fabricated metal products Plating Abstract.This paper describes a waste treatment system designed specifically for electroless baths... (960 bytes)

0.80 Von Duprin Cuts Waste Generation Through Metal Recovery

Von Duprin Cuts Waste Generation Through Metal Recovery . . Von Duprin Cuts Waste Generation Through Metal Recovery. Company.Von Duprin Inc. Author.Reinke, Daniel P. Bayman, Michael A. Publisher.Finishers' Management Magazine Document Type.Journal article Subject.waste reduction wastewater treatment dragout rates process baths flow restrictors closed-loop system cost analysis metal recovery... (1238 bytes)

0.80 Toxic Substance Reduction For Narrow-Web Flexographic Printers

Toxic Substance Reduction For Narrow-Web Flexographic Printers . . Toxic Substance Reduction For Narrow-Web Flexographic Printers. Company.EPA Pollution Prevention Research Branch Author.Randall, Paul M. Miller, Gary D. Tancig, W.J. Plewa, Michael Publisher.EPA Place.Cincinnati Document Type.Technical Paper Subject.Printing Industry Pollution Prevention Printed Label Printing Cylinder Clean... (2675 bytes)

0.80 Treatment of aqueous metal bearing hazardous wastes

Treatment of aqueous metal bearing hazardous wastes . . Treatment of aqueous metal bearing hazardous wastes. Author.Grosse, Douglas W. Hassan, Sandar Q. Document Type.Proceedings article Source.8th AESF/EPA Conference on Pollution Control for the Metal FinishingIndustry Subject.Metal finishing Hazardous waste Precipitation Flocculation Clarification Filtration Ion Exchange Carbon adsorption... (792 bytes)

0.80 Deionization and its application for electroplating

Deionization and its application for electroplating . . Deionization and its application for electroplating. Author.Hirsch, Stanley Document Type.Journal article Source.Metal Finishing Subject.Electroplating Wastewater treatment Bath Evaporation Drag-out Ion exchange Organic contaminants Notes.Volume 86, No. 6, pp. 66-69 Location.GLPPIC Preliminary.15-Apr-92 Return to top of this document... (730 bytes)

0.80 Recycling is the answer for wastewater treatment

Recycling is the answer for wastewater treatment . . Recycling is the answer for wastewater treatment. Author.Reinhard, F.P. Grussing, A.S. Document Type.Proceedings article Source.7th AESF/EPA Conference on Pollution Control in the Metal Finishing Industry Subject.Industrial Wastewater treatment Metal recovery Water purification Ion exchange Cation Rinsewater Evaporation Electrolytic Nicke... (858 bytes)

0.80 Determination of feasible operating conditions for metal recovery fromelectroplating rinsewater effluent

Determination of feasible operating conditions for metal recovery fromelectroplating rinsewater effluent . . Determination of feasible operating conditions for metal recovery fromelectroplating rinsewater effluent. Author.Walton, Clifford W. Thompson, Thomas J. Document Type.Proceedings article Source.10th AESF/EPA Conference on Environmental Control for the Metal Subject.Metal recovery Ele... (907 bytes)

0.80 In-plant installation of physical/chemical treatment equipment for wastereduction

In-plant installation of physical/chemical treatment equipment for wastereduction . . In-plant installation of physical/chemical treatment equipment for wastereduction. Author.Emery, David D. Document Type.Proceedings article Source.HAZMAT West '85 Subject.Waste reduction Pollution prevention Physical treatment Chemical treatment Waste disposal Neutralization Coagulation Carbon adsorption I... (878 bytes)

0.80 Chromic acid reclamation from an electroplating wastewater

Chromic acid reclamation from an electroplating wastewater . . Chromic acid reclamation from an electroplating wastewater. Author.Panswad, Thongai Tan-oohsin, Usala Document Type.Proceedings article Source.Waste Treatment & Utilization: Proceeds of International Symposium Subject.Metal recovery Chromium Reuse Electroplating Wastewater treatment Rinsewater Abstract.The objective of the study... (978 bytes)

0.80 Proceedings of the 4th annual Massachusetts hazardous waste source reductionconference

Proceedings of the 4th annual Massachusetts hazardous waste source reductionconference . . Proceedings of the 4th annual Massachusetts hazardous waste source reductionconference. Company.American Society of Mechanical Engineers Publisher.Massachusetts Department of Environmental Management Place.Boston, MA Document Type.Proceedings Subject.Pollution prevention Waste reduction Hazardous mate... (966 bytes)

0.80 Abatement of heavy metals in industrial effluents by a catalyzed,electrochemical removal scheme

Abatement of heavy metals in industrial effluents by a catalyzed,electrochemical removal scheme . . Abatement of heavy metals in industrial effluents by a catalyzed,electrochemical removal scheme. Author.Ayres, J. Lewis Fedkiw, Peter S. Publisher.Water Resources Research Institute/Univ. of North Carolina Place.Raleigh, NC Series.Report / Water Resources Research Institute of the University ... (1039 bytes)

0.80 ION CHROMATOGRAPHY

ION CHROMATOGRAPHY . . ION CHROMATOGRAPHY. Author.Small, Hamish Publisher.Plenum Press Place.New York, NY Series.Modern analytical chemistry ISBN.0-306-43290-0 Subject.Ion exchange chromatography Notes.Includes bibliographical references Document Number.543.0 893 Sm18i Location.GLPPIC Preliminary.04/15/92 Return to top of this document.. Last Updated: 1989 (687 bytes)

0.80 Pollution prevention opportunities for metal finishingâ

Pollution prevention opportunities for metal finishingÔ . . Pollution prevention opportunities for metal finishingÔ. Company.Los Angeles Sanitation District Author.Gemmell, Alrson Document Type.Pamphlet/Brochure Subject.Metal industry Cleaning Ion exchange Electroplating Location.GLPPIC Preliminary.06/27/95 Return to top of this document.. (611 bytes)

0.80 Photopolymer & Electrostatic Films

Photopolymer & Electrostatic Films . . Photopolymer & Electrostatic Films. Company.Digitron Author.Brimo, Rene Document Type.Paper Subject.Photofinishing Photopolymer Film Electrostatic Film Silver Algae Control Silver Recovery Electrolytic Process Hydrogen Sulfide Photograph Fixer Ion Exchange Resin Economics Pollution Prevention Evaporation Filtration Vacuum Evaporation Bleaching Chlorine... (803 bytes)

0.80 RETEC Technical Data

RETEC Technical Data . . RETEC Technical Data. Publisher.ELTECH International Place.Fairport Harbor, OH Subject.Metal Recovery Ion Exchange Heavy Metal Location.GLPPIC Preliminary.JAN 1993 Return to top of this document.. (474 bytes)

0.80 Wastewater treatment for electroless copper plating

Wastewater treatment for electroless copper plating . . Wastewater treatment for electroless copper plating. Company.Mabbeth, Capaccio, and Associates Document Type.Journal article Source.PC FAB Subject.Wastewater treatment Electroless copper Plating Ion exchange Bath Resin Electrolyte Waste reduction Pollution prevention Resource recovery Notes.Volume MAY 1989, pp. 38-42 Location.GLPPIC Pr... (794 bytes)

0.80 Copper recovery from a brass bright dipping solution

Copper recovery from a brass bright dipping solution . . Copper recovery from a brass bright dipping solution. Author.Egide, James C. Robertson, William M. Document Type.Journal article Source.Pollution Engineering Subject.Brass Copper Tank Cleaning Ion exchange Metal recovery Abstract.A system for removal of copper metal and its subsequent recovery from abrass bright dipping solution has b... (936 bytes)

0.80 Wastewater recovery in electroplating

Wastewater recovery in electroplating . . Wastewater recovery in electroplating. Author.Hall, E.P. Lizdas, D.J. Publisher.The American Institute of Chemical Engineers Document Type.Proceedings article Source.AIChE Symposium Series Subject.Electroplating Metal recovery Ion exchange Reverse osmosis Abstract.Paper describes how rinsing techniques have in certain instances reducedwater usage to... (988 bytes)

0.80 Pollution control for the electronics industry

Pollution control for the electronics industry . . Pollution control for the electronics industry. Author.Capaccio, Robert S. Publisher.American Electroplaters Society (AES) Place.Winter Park, FL Document Type.Report Subject.Electronic Printed circuit boards Semiconductors Wastewater treatment Bath Scrubber Ion exchange Solvent Cyanide Drag-out Resource recovery Reuse Abstract.An overview o... (1000 bytes)

0.80 Metal value recovery from metal hydroxide sludges

Metal value recovery from metal hydroxide sludges . . Metal value recovery from metal hydroxide sludges. Company.U.S. EPA Hazardous Waste Engineering Research Laboratory Author.Twidwell, L.G. Publisher.U.S. Environmental Protection Agency (EPA) NTIS Place.Washington, DC Document Type.EPA Document Subject.Metal recovery Hydroxide Sludge Metal finishing Solvent Extraction Copper Nickel Ion ex... (1048 bytes)

0.80 ALTERNATIVE TECHNOLOGIES FOR THE MINIMIZATION OF HAZARDOUS WASTE

ALTERNATIVE TECHNOLOGIES FOR THE MINIMIZATION OF HAZARDOUS WASTE . . ALTERNATIVE TECHNOLOGIES FOR THE MINIMIZATION OF HAZARDOUS WASTE. Company.California Department of Health Services, Toxic Substances Control Publisher.The Division Place.[Sacramento, CA]: Subject.Waste reduction Technology California Abstract.In plating, water is used to rinse parts, surfaces after removal from the process... (1294 bytes)

0.80 HANDBOOK OF ION CHROMATOGRAPHY

HANDBOOK OF ION CHROMATOGRAPHY . . HANDBOOK OF ION CHROMATOGRAPHY. Author.Weiss, Joachim Johnson, Edward L., ed. Publisher.Dionex Corp., Place.Sunnyvale, CA ISBN.0-961-7173-0-0 Subject.Chromatographic analysis Handbooks, manuals, etc. Ion exchange chromatography Notes.Translation of the (1985?) German edition Includes bibliographical references and index Document Number.543.0 893 W43haX Loc... (810 bytes)

0.80 Vacuum distillation for the recovery of rinse water and concentrated solutions in the electroplating process

Vacuum distillation for the recovery of rinse water and concentrated