Extractive Metallurgy of Copper 1st Edition by William GI Davenport, Matthew King, Mark Schlesinger, AK Biswas – Ebook PDF Instant Download/Delivery: 0080440290, 9780080440293
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Product details:
ISBN 10: 0080440290
ISBN 13: 9780080440293
Author: William GI Davenport, Matthew King, Mark Schlesinger, AK Biswas
Extractive Metallurgy of Copper is a comprehensive text focused on the principles, processes, and technologies involved in the extraction of copper from its ores. The book provides in-depth coverage of both traditional and modern techniques used to extract and refine copper, a critical metal for various industrial applications, including electronics, construction, and renewable energy technologies. The 1st edition is an essential resource for students, engineers, and professionals in the field of metallurgy and mining.
Extractive Metallurgy of Copper 1st Table of contents:
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Chapter 1: The Copper Industry and Economic Considerations
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Global Copper Demand and Supply
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The Role of Copper in Modern Technologies
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Economic Aspects of Copper Extraction
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Chapter 2: Copper Ore Mineralogy and Geology
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Geology of Copper Ores
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Classification of Copper Ores
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Mineralogical Characteristics of Copper Ores
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Methods of Ore Sampling and Assaying
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Chapter 3: Copper Extraction Methods
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Overview of Copper Extraction Processes
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Pyrometallurgical Processes
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Hydrometallurgical Processes
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Biohydrometallurgy and Emerging Technologies
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Chapter 4: Crushing, Grinding, and Comminution of Copper Ores
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Size Reduction Techniques in Copper Ore Processing
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Crushing and Grinding Equipment
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Liberation and Particle Size Distribution
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Importance of Comminution in Copper Extraction
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Chapter 5: Flotation of Copper Ores
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Principles of Flotation
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Reagents Used in Copper Flotation
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Flotation Circuit Design and Optimization
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Case Studies in Flotation of Copper Ores
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Chapter 6: Leaching of Copper Ores
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Introduction to Leaching Processes
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Acid Leaching and Ammonia Leaching
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Heap Leaching and Tank Leaching
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Kinetics and Factors Affecting Copper Leaching
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Chapter 7: Solvent Extraction and Electrowinning (SX-EW)
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Principles of Solvent Extraction
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Process Design and Optimization for Copper Extraction
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Electrowinning Process for Copper
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Advances and Challenges in SX-EW Technology
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Chapter 8: Pyrometallurgical Processing of Copper
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Principles of Smelting and Refining
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The Flash Smelting Process
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The Reverberatory Furnace and Other Smelting Techniques
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Copper Refining and Matte Conversion
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Chapter 9: Fire Refining and Electrorefining of Copper
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Overview of Fire Refining Processes
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Electrorefining Techniques for Copper Purification
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The Role of Electrolyte Composition and Current Density
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Environmental and Economic Considerations in Refining
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Chapter 10: Environmental and Sustainability Aspects of Copper Extraction
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Environmental Impacts of Copper Mining and Processing
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Waste Management and Pollution Control
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Sustainable Practices in Copper Extraction
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Advances in Green Technologies for Copper Production
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Chapter 11: Copper By-products and Their Utilization
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Production of By-products from Copper Extraction
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Utilization of By-products in Industry
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Environmental Impact of By-product Disposal
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Case Studies of By-product Recovery and Recycling
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Chapter 12: Advances and Innovations in Copper Metallurgy
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New Developments in Copper Extraction Techniques
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Emerging Technologies and Processes
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Challenges and Opportunities in Copper Metallurgy
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The Future of Copper Production and the Role of Innovation
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Tags: William GI Davenport, Matthew King, Mark Schlesinger, AK Biswas, Extractive Metallurgy, Copper



