| Description |
xvi, 1398 pages : illustrations ; 24 cm |
| Contents |
EAF Dust Recycling at Ameristeel -- Recycling EAF Dust with CONTOP Technology -- Recovery of Copper from Effluents by Supported Liquid Ion Exchange Membranes - From Laboratory Scale to an Integrated Pilot Plant -- Copper and Zinc Recovery with Emulsion Membranes from Mine Waste Waters -- Laboratory and Pilot Plant Processing of Spent Ni-Cd Batteries -- Preparation of Nickel Sulfate from Spent Nickel-Cadmium Batteries -- Recycling Metals Using the MOCVD Process -- Removal of Copper from Slag with the Aid of Reducing and Sulfiding Gas Mixtures -- Electroslag Melting for Recycling Scrap of Valuable Metals and Alloys -- Melt Refining of Grinding Sludge Containing Cobalt and Nickel in an ESCR Furnace -- The Use of Secondary Copper for the Production of Rods and Tubes by Continuous Casting in an Electron-Beam Installation -- Lead Sulfate Scale in a Copper Smelter Acid Plant -- Recollections of Operations at a Secondary Copper Smelter And Refinery: The U.S. Metals Refining Company, Carteret, NJ -- Sampling of FSD-Type Cathodes Made from Recycled Copper -- Arsenic Sludge Recycle at Caraíba Metais S.A. --Recycling of Mobile Phone Batteries Using the Ausmelt Catalytic Waste Converter -- Use in an |
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Novel DC Furnace Design for Smelting Nickel and Cobalt Bearing Concentrate from Spent Alumina Catalyst -- Recovery of Vanadium, Molybdenum, Nickel, and Cobalt from Spent Catalysts: A New Processing Plant in China -- Reactor Design for Nickel Recovery from HDS Waste Catalyst -- Aluminum Scrap Supply and Environmental Impact Model --Continuous Measurement of UBC Decoating Efficiency -- A Basic Study on Development of a Swell-Peeling Method in UBC Recycling System -- Aluminum Recycling Via Near Room Temperature Electrolysis In Ionic Liquids -- Transportation of Molten Aluminum -- Explosions During Aluminum Scrap Melting in the Recycling Industry - Causes and Prevention -- MeltSim: Melting Optimization for Aluminum Reverb Furnaces -- A Vertical Floatation Melter for Decoating and Melting Scrap Aluminum -- An Innovative Stack Melter for Use in the Aluminum Casting Industry -- Thermal Dynamic Visualization Modeling and Optimization of Aluminum Sidewell Melting Furnaces - Executive Summary -- The Use of Electro-Magnetic Pumping for Melting and Circulation of Aluminium to Provide Production and Quality Benefits to the Aluminium Cast House -- Spent |
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Numerical Modelling of a Rotary Aluminum Recycling Furnace -- Dross Reclamation at Aluminum Melting Furnace Sites -- Drosrite Salt-Free Processing of Hot Aluminum Dross -- Improvements in Scrap Recycling and Dross Processing Using Oxygen -- Regulatory Issues Associated with Salt Cake and Dross Processing In USA and Europe -- Electrodialysis Technology for Salt Recovery from Aluminum Salt Cake Waste Brines -- Reclaiming Salt Flux from Aluminum Salt Slag Wastes Process Design - Product Performance -- Eddy Current Separation of Aluminum Smelting By-Products -- Aluminum Plasma Dross Treatment Process and Calcium Aluminate Production: Closing the Loop with No Residue -- Assuring the Benefits of Aluminum Recycling: Engineering Economical Environmental Solutions to the Issues of Black Dross and Saltcake -- R&D on Treatment and Recycling of Dross Residue -- Conversion of Aluminium Industry Wastes into Glass- Ceramic Products -- Opportunities for Recycling Aluminum from Future Automobiles -- Scrap Preparation for Aluminum Alloy Sorting -- Thermomechanical Treatments for the Separation of Cast and Wrought Aluminum -- Free Processing o |
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Reclamation of Valuable Metals from Hazardous Waste -- Fundamental Study of Fe-Zn Intermetallic Compounds for Zinc Evaporation from Galvanized Steel Sheet -- Characterisation and Removal of Halogens in the EAF Dust and Zinc Oxide Fume Obtained from Thermal Treatment of EAF Dust -- Upgrading of EAF Dust by Injection into Iron and Steel Melts -- Volatilization Kinetics of Zinc and Lead in Zn-Pb Bearing Dust Pellets Containing Carbon -- Turning Blast Furnace Dust Into a Source of Zinc and Lead Units: A Progress Report on Testwork at Corus Ijmuiden -- Recovery of Zinc Oxide from Secondary Raw Materials: New Developments of the Waelz Process -- Operational Practice with the Waelz Kiln and Leaching Plant of TSU in Taiwan -- Production of Crude Zinc Oxide from Steel Mill Waste Oxides Using a Rotary Hearth Furnace -- Processing of Zinc-Containing Wastes with the Liquid-Phase Reduction Romelt Process -- Electrolytic Zinc Production from Crude Zinc Oxides with the Ezinex Procress -- Processing Steel Wastes Pyrometallurgically at INMETCO -- Treatment of Secondary Zinc Oxides for Use in an Electrolytic Zinc Plant -- |
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Reduction of Lead in the Separator Fraction -- The Role of Electrochemistry at East Penn Manufacturing -- Viscosity Measurements of Lead Slags -- CTP's Experience in the Removal of Contaminants and Odors in the Recycling Industry - A New Process for Simultaneously Removing VOCs and Dioxins and Furans -- The Need to Recycle Zinc: A Consideration of Public Perception, Politics and CompetitivenessX -- Electrolytic Zinc Recovery in the EMEW Cell -- Zinc Recycling Via the Imperial Smelting Technology - Latest Developments and Possibilities -- Dezincing of Zinc Coated Steel Scrap: Current Situation at Saint-Saulve Dezincing Plant of Compagnie Europeenne De Dezingage (C.E.D.) -- Recovery of Zinc from Zinc Ash and Flue Dust by Pyrometallurgical Processing -- Recovering Zinc and Lead from Electric Arc Furnace Dust: A Technology Status Report -- The Current Status of Electric Arc Furnace Dust Recycling in North America -- |
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Sensor Controlled Quality Control and Sorting of Scrap Aluminium Alloys -- Materials Recovery from Shredder Residues -- Recycling Plastics Scrap and ASR: The Simplicity of Automotive Recycling -- A Novel Approach to the Mechanical Processing of ASR --Magnesium Recycling Yesterday, Today, Tomorrow -- Addressing Some of the Key Recycling Issues in the Magnesium Industry with Integration of Primary Metal Production, Die Casting and Recycling -- Preparation of Secondary Magnesium for Use in Hot Metal Desulfurization -- Remelting of Magnesium Type 1 Scrap With or Without Flux? -- Overview of Refractory Recycling -- Executive Summary -- Spent Refractory Recycling/Reuse Efforts in the Steel and Aluminum Industries -- Modeling the Reuse of Spent Basic Refractory Material in an EAF -- Spent Refractory Waste Recycling from Non-Ferrous Metals Manufacturers in Missouri |
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The Importance of Metal Quality in Molten Secondary Aluminum - Executive Summary -- Recycling - A Fan of the Can -- Development of New Filter for Removal of Non-Metallic Inclusions From the Molten Aluminum -- Refining Aluminium Scrap by Means of Fractional Crystallisation: Basic Experimental Investigations -- Refining of a 5XXX Series Aluminum Alloy Scrap by Alcoa Fractional Crystallization Process -- A New Proposal of Continuous Agitation Vacuum Distillation Process (CAVP) to Remove Zn from Aluminum Scrap Melt -- UBC Recycling Complex Mass Balance -- Commercial Scale Melt Loss Testing - Executive Summary -- Dross Analysis Methods and Their Application for Evaluating Secondary Furnace Operations -- Aluminum Sidewell Melting Furnace Heat Transfer Analysis -- Historical Data Analysis in Quality Improvement of Aluminum Recycling Process -- Experimental Study on Aluminum Scrap Recycling -- Metal Values from Used Beverage Cans -- Cold Cleaning and Concentrating of Non-Ferrous Dross --Numerical Modelling of a Rotary Aluminum Recycling Furnace -- Dross Reclamation at Aluminum Melting Furnace Sites -- Drosrite Salt-Free Processing of Hot Aluminum Dross -- gnetic P |
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Technology Commercialization in the New Millenium: Lessons from the Previous Millennium -- The Importance of Recycling to the Environmental Profile of Metal Products -- An Improved Non-Conventional Method for Obtaining Nuclear Pure Uranium Oxides and Uranium Tetrafluoride from Actual Mill Strip Solution -- Processing of Televisions by Mechanical Separation Techniques: Implications for Future Work in Product Design and Recycling -- Operations at the Doe Run Company's Buick Resource Recycling Division -- Operation of a High-Output, One-Pass Smelting System for Recycling Lead-Acid Batteries -- Technology for Processing of Lead-Acid Batteries at Mülden-Hütten Recycling Und Umwelttechnik GmBH -- Recovery of Polypropylene from Lead-Acid Battery Scrap -- Sulfur Injection to Remove Copper from Recycled Lead --Waste-Less Technology for Processing of Subgrade Lead Concentrates and Flotation Middlings Containing Precious Metals -- Modernisation of the Lead Acid Battery Scrap Smelting Technology at "Orze Bia y" S.A. -- |
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Zimaval (Zinc Manganese Valorization) Technology for Recycling Of Batteries and Other Complex Zinc Bearing Materials -- The Oxyreducer Technology - A New Technology to Recycle Metal Containing Waste -- Commercial Practices of U.S. Specialty Recycling Operations -- Development and Manufacture of an Innovative Mineral Feed Ingredient Produced from Recycled Copper -- Electrochemical Treatment of Spent Electroless Nickel Solution -- Recycling of Tin/Lead Bearing By-Products from the Electronics Industry -- Success Stories of an Innovative Water Recycling Method Using Carbon Adsorption to Recover Heavy Metals from Industrial Wastewater -- Lead Removal by Ion Exchange -- The Rebirth of UMPM Hoboken - Executive Summary -- Metal Recycling at Kosaka Smelter -- Ausmelt Technology for Recycling of Computer Boards and Other High Value Materials -- Recycling Used Photographic Chemicals into High Quality Fertilizer -- Precious Metal Recovery with Electronically Conducting Polymers -- A New Technology for the Processing of Precious Metal Containing Secondary Raw Materials -- Recovery of Non-Ferrous Metals from Spent Catalysts -- Evolution of GCMC's Spent Catalyst Operations -- Convert |
| Bibliography |
Includes bibliographic references and author index |
| Subject |
Recycled products -- Congresses.
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Scrap metals -- Recycling -- Congresses.
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| Genre/Form |
Conference papers and proceedings.
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| Author |
Daley, James C
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Stephens, R. L. (Robert L.)
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Stewart, Donald L.
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Minerals, Metals and Materials Society. Extraction and Processing Division. Recycling Committee.
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Minerals, Metals and Materials Society. Light Metals Division.
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| LC no. |
00107604 |
| ISBN |
0873394941 |
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