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[SME PDF] Mineral Processing Plant Design, Practice, and Control Proceedings, Vo

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[SME PDF] Mineral Processing Plant Design, Practice, and Control Proceedings, Volumes 1-2
Edited by: Mular, Andrew L.; Halbe, Doug N.; Barratt, Derek J. © 2002 Society for Mining, Metallurgy, and Exploration (SME)

                               
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Description: This book, consisting of 138 papers, covers all aspects of mineral processing plant design and will be valuable to engineers, consultants, suppliers, manufacturers, and students.
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 Author| Post time 2011-6-8 08:12:55 | Show all posts
Sections
Content Results
Expand this node Front Matter

• Preface

• Table of Contents

• Volume 1
• The Formal Basis of Design

Expand this node Design Criteria: The Formal Basis of Design

• Section 1. Sampling

Expand this node 1. Sampling a Mineral Deposit for Feasibility Studies

Expand this node 2. Sampling in Mineral Processing

Expand this node 3. Sampling High Throughput Grinding and Flotation Circuits

Expand this node 4. Practical and Theoretical Difficulties When Sampling Gold

Expand this node 5. Sampling a Mineral Deposit for Metallurgical Testing and the Design of Comminution and Mineral Separation Processes

• Section 2. Bench Scale and Pilot Plant Testwork

Expand this node 6. Overview of Metallurgical Testing Procedures and Flowsheet Development

Expand this node 7. Bench-Scale and Pilot Plant Tests for Comminution Circuit Design

Expand this node 8. The Selection of Flotation Reagents via Batch Flotation Tests

Expand this node 9. Bench and Pilot Plant Programs for Flotation Circuit Design

Expand this node 10. Bench-Scale & Pilot Plant Testwork for Gravity Concentration Circuit Design

Expand this node 11. Bench Scale and Pilot Plant Tests for Magnetic Concentration Circuit Design

Expand this node 12. Bench-Scale and Pilot Plant Tests for Thickening and Clarification Circuit Design

Expand this node 13. Bench-Scale and Pilot Plant Tests for Filtration Circuit Design

Expand this node 14. Gold Roasting, Autoclaving or Bio-Oxidation Process Selection Based on Bench-Scale and Pilot Plant Test Work and Costs

Expand this node 15. Bench-Scale and Pilot Plant Tests for Cyanide Leach Circuit Design

Expand this node 16. Bench-Scale and Pilot Plant Work for Gold-and Copper-Recovery Circuit Design

Expand this node 17. Guiding Process Developments by Using Automated Mineralogical Analysis

• Section 3. Financial and Feasibility Studies

Expand this node 18. Guidelines to Feasibility Studies

Expand this node 19. Major Mineral Processing Equipment Costs and Preliminary Capital Cost Estimations

Expand this node 20. Process Operating Costs with Applications in Mine Planning and Risk Analysis

Expand this node 21. Financial Analysis and Economic Optimization

Expand this node 22. Mining Project Finance Explained

• Section 4. Models and Simulators for Selection, Sizing, and Design

Expand this node 23. Mineral Processing Plant/Circuit Simulators: An Overview

Expand this node 24. Bruno: Metso Minerals' Crushing Plant Simulator

Expand this node 25. PlantDesigner®: A Crushing and Screening Modeling Tool

Expand this node 26. JKSimMet: A Simulator for Analysis, Optimisation and Design of Comminution Circuits

Expand this node 27. JKSimFloat as a Practical Tool for Flotation Process Design and Optimization

Expand this node 28. USIM PAC 3: Design and Optimization of Mineral Processing Plants from Crushing to Refining

Expand this node 29. Emergence of HFS as a Design Tool in Mineral Processing

Expand this node 30. Reducing Maintenance Costs Using Process and Equipment Event Management

Expand this node 31. Enterprise Dynamic Simulation Models

• Section 5. Comminution (Crushing and Grinding)

Expand this node 32. Factors Which Influence the Selection of Comminution Circuits

Expand this node 33. Types and Characteristics of Crushing Equipment and Circuit Flowsheets

Expand this node 34. Selection and Sizing of Primary Crushers

Expand this node 35. In-Pit Crushing Design and Layout Considerations

Expand this node 36. Selection and Sizing of Secondary and Tertiary Cone Crushers

Expand this node 37. Selection, Sizing and Special Considerations for Pebble Crushers

Expand this node 38. Selection and Sizing of High Pressure Grinding Rolls

Expand this node 39. Crushing Plant Design and Layout Considerations

Expand this node 40. Types and Characteristics of Grinding Equipment and Circuit Flowsheets

Expand this node 41. Selection of Rod Mills, Ball Mills and Regrind Mills

Expand this node 42. Selection and Sizing of Autogenous and Semi-Autogenous Mills

Expand this node 43. Selection and Sizing of Ultrafine and Stirred Grinding Mills

Expand this node 44. Grinding Plant Design and Layout Considerations

Expand this node 45. Selection and Evaluation of Grinding Mill Drives

Expand this node 46. The Design of Grinding Mills

• Section 6. Size Separation

Expand this node 47. Sizing and Application of Gravity Classifiers

Expand this node 48. Hydrocyclone Selection for Plant Design

Expand this node 49. Coarse Screening

Expand this node 50. Fine Screening in Mineral Processing Operations

Expand this node 51. The Use of Hindered Settlers to Improve Iron Ore Gravity Concentration Circuits

• Section 7. Solid-Solid Separation

Expand this node 52. Types and Characteristics of Gravity Separation and Flowsheets

Expand this node 53. Types and Characteristics of Heavy-Media Separators and Flowsheets

Expand this node 54. Types and Characteristics of Non-Heavy Medium Separators and Flowsheets

Expand this node 55. The Selection and Sizing of Centrifugal Concentration Equipment; Plant Design and Layout

Expand this node 56. Sizing and Selection of Heavy Media Equipment: Design and Layout

Expand this node 57. Photometric Ore Sorting

Expand this node 58. Electrical Methods of Separation

Expand this node 59. Selection and Sizing of Magnetic Concentrating Equipment; Plant Design/Layout

• Section 8. Flotation

Expand this node 60. Overview of Flotation Technology and Plant Practice for Complex Sulphide Ores

Expand this node 61. Overview of Recent Developments in Flotation Technology and Plant Practice for Copper Gold Ores

Expand this node 62. An Overview of Recent Developments in Flotation Technology and Plant Practice for Nickel Ores

Expand this node 63. Nonsulfide Flotation Technology and Plant Practice

Expand this node 64. Design of Mechanical Flotation Machines

Expand this node 65. Flotation Equipment Selection and Plant Layout

Expand this node 66. Column Flotation

• Volume 2
• Section 9. Solid-Liquid Separation

Expand this node 67. Characterization of Process Objectives and (General) Approach to Equipment Selection

Expand this node 68. Centrifugal Sedimentation and Filtration for Mineral Processing

Expand this node 69. Characterization of Equipment Based on Filtration Principals and Theory

Expand this node 70. Testing, Sizing, and Specifying Sedimentation Equipment

Expand this node 71. Testing, Sizing and Specifying of Filtration Equipment

Expand this node 72. Design Features and Types of Sedimentation Equipment

Expand this node 73. Design Features and Types of Filtration Equipment

Expand this node 74. Plant Design, Layout and Economic Considerations

• Section 10. Pumping, Material Transport, Drying, and Storage

Expand this node 75. Selection and Sizing of Slurry Pumps

Expand this node 76. Selection and Sizing of Slurry Lines, Pumpboxes and Launders

Expand this node 77. Slurry Pipeline Transportation

Expand this node 78. The Selection and Sizing of Conveyors, Stackers and Reclaimers

Expand this node 79. Selection and Sizing of Concentrate Drying, Handling and Storage Equipment

Expand this node 80. The Selection and Sizing of Bins, Hopper Outlets, and Feeders

• Section 11. Pre-Oxidation

Expand this node 81. Design of Barrick Goldstrike's Two-Stage Roaster

Expand this node 82. Selection of Materials and Mechanical Design of Pressure Leaching Equipment

Expand this node 83. Barrick Gold - Autoclaving & Roasting of Refractory Ores

Expand this node 84. Selection and Sizing of Biooxidation Equipment and Circuits

• Section 12. Leaching and Adsorption Circuits

Expand this node 85. Copper Heap Leach Design and Practice

Expand this node 86. Precious Metal Heap Leach Design and Practice

Expand this node 87. Agitated Tank Leaching Selection and Design

Expand this node 88. CIP/CIL/CIC Adsorption Circuit Process Selection

Expand this node 89. CIP/CIL/CIC Adsorption Circuit Equipment Selection and Design

• Section 13. Extraction

Expand this node 90. Zinc Cementation - The Merrill Crowe Process

Expand this node 91. Selection and Design of Carbon Reactivation Circuits

Expand this node 92. Selection and Sizing of Elution and Electrowinning Circuits

Expand this node 93. Selection and Sizing of Copper Solvent Extraction and Electrowinning Equipment and Circuits

• Section 14. Bullion Production and Refining

Expand this node 94. Bullion Production and Refining

Expand this node 95. Platinum Group Metal Bullion Production and Refining

Expand this node 96. Fundamentals of the Analysis of Gold, Silver and Platinum Group Metals

• Section 15. Tailings Disposal, Wastewater Disposal, and the Environment

Expand this node 97. Management of Tailings Disposal on Land

Expand this node 98. Design of Tailings Dams and Impoundments

Expand this node 99. Hazardous Constituent Removal from Waste and Process Water

Expand this node 100. Treatment of Solutions and Slurries for Cyanide Removal

Expand this node 101. Strategies for Minimization and Management of Acid Rock Drainage and other Mining-Influenced Waters

Expand this node 102. Environmental and Social Considerations in Facility Siting

• Section 16. Construction Materials for Equipment and Plants

Expand this node 103. Selection of Metallic Materials for the Mining/Metallurgical Industry

Expand this node 104. Elastomers in the Mineral Processing Industry

Expand this node 105. Plastics for Process Plants & Equipment

Expand this node 106. Commercial Acceptance and Applications of Masonry and Membrane Systems for the Process Industries

• Section 17. Power, Water, and Support Facilities

Expand this node 107. The Development of an Electric Power Distribution System

Expand this node 108. Selection of Motors and Drive Systems for Comminution Circuits

Expand this node 109. Selection of Metallurgical Laboratory and Assay Equipment; Laboratory Designs and Layouts

Expand this node 110. On-Line Composition Analysis of Mineral Slurries

• Section 18. Process Control and Instrumentation

Expand this node 111. Introduction to Process Control

Expand this node 112. Well Balanced Control Systems

Expand this node 113. The Selection of Control Hardware for Mineral Processing

Expand this node 114. Basic Field Instrumentation and Control System Maintenance in Mineral Processing Circuits

Expand this node 115. Strategies for Instrumentation and Control of Crushing Circuits

Expand this node 116. Strategies for the Instrumentation and Control of Grinding Circuits

Expand this node 117. Strategies for the Instrumentation and Control of Solid- Solid Separation Processes

Expand this node 118. Strategies for Instrumentation and Control of Thickeners and other Solid-Liquid Separation Circuits

Expand this node 119. Strategies for Instrumentation and Control of Flotation Circuits

Expand this node 120. Pressure Oxidation Control Strategies

• Section 19. Engineering, Procurement, Construction, and Management

Expand this node 121. Development of a Mineral Processing Flowsheet - Case History, Batu Hijau

Expand this node 122. Specification and Purchase of Equipment for Mineral Processing Plants

Expand this node 123. The Management and Control of Costs of Capital Mineral Processing Plants

Expand this node 124. Schedule Development and Schedule of Control of Mineral Processing Plants

Expand this node 125. The Risks and Rewards Associated with Different Contractual Approaches

Expand this node 126. Success Strategies for Building New Mining Projects

• Section 20. Start-up, Commissioning, and Training

Expand this node 127. Pre-Commissioning, Commissioning and Training

Expand this node 128. Plant Ramp Up and Performance Testing

Expand this node 129. Preparation of Effective Operating Manuals to Support Operator Training for Metallurgical Plant Start-Ups

Expand this node 130. Planning and Staffing for a Successful Project Start-up

Expand this node 131. Maintenance Scheduling, Management and Training at Start-up: A Case Study

Expand this node 132. Operator Training

Expand this node 133. Safety and Health Considerations and Procedures during Plant Start-up

• Section 21. Case Studies

Expand this node 134. Sunrise Dam Gold Mine - Concept to Production

Expand this node 135. A Case Study in SAG Concentrator Design and Operations at P.T. Freeport Indonesia

Expand this node 136. High Pressure Grinding Roll Utilization at the Empire Mine

Expand this node 137. The Raglan Concentrator - Technology Development in the Arctic

Expand this node Author Index

Expand this node Subject Index

Post time 2011-9-19 14:49:37 | Show all posts
thanks very much
Post time 2011-11-24 12:52:21 | Show all posts
xiexie,haoziliao
Post time 2011-11-24 13:40:52 | Show all posts
xiexie,haoziliao
Post time 2011-11-24 13:46:05 | Show all posts
Mineral Processing Plant Design, Practice, and Control Proceedings, Volumes 1-2
More- http://boxuesky.com/viewthread.p ... ineral%2Bprocessing
Post time 2011-11-26 12:49:04 | Show all posts
could be or not.... i guess these a personal copy (scan)
Post time 2012-1-22 14:29:36 | Show all posts
Thank you very much
Post time 2012-2-16 10:46:35 | Show all posts
let me see
Post time 2012-4-10 19:05:02 | Show all posts
thanks for this
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