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Conference Proceedings

MetPlant 2019

Conference Proceedings

MetPlant 2019

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MetPlant 2019 was the eleventh in a series of conferences on Metallurgical Plant Design and Operating Strategies. The conference presented a current update of advances in metallurgical processing and plant design, including a snapshot of today's world's best practice. It will have ongoing relevance to the future industry and bring value to those professionals engaged in the design, specification and operation of metallurgical plants.
This volume contains almost forty papers, covering the following topics: control methodologies and plant design; flotation and surface chemistry; implementation of technology; optimisation of existing operations; plant design; and transformational case studies.

Papers in collection

  • The Definition of Project Success Go to Paper
  • Effect of Gangue Mineralogy on Flow Sheet Design and Plant Operation – Olympic Dam Go to Paper
  • Metallurgical Accounting in Practice: Performance Non-Negotiables Go to Paper
  • Lessons Learnt from Smaller Projects Applied to Big Projects – Surely it Must be Easy? Go to Paper
  • How to Formulate an Effective Ore Comminution Characterization Program Go to Paper
  • Process Innovation and Intellectual Property: Is there really a Business Case? Go to Paper
  • Mining Silicon Valley Go to Paper
  • Interfacial Science – a Critical Enabler in Hydrometallurgy and Mineral Processing Go to Paper
  • The Stages of Digital Transformation Go to Paper
  • Water Efficiency and Environmental Sustainability Practices at Fresnillo Operations in Mexico Go to Paper
  • Real Time Measurement and Fast Control Strategies for the Optimal Operation of Grinding Circuits Go to Paper
  • Metallurgical Improvements at Northparkes Concentrator through the Application of High Chrome Grinding Media Go to Paper
  • Leinster Nickel Concentrator – Flotation Circuit Upgrade Go to Paper
  • Large Mechanical Flotation Cells – Advantages and Scale-Up Considerations Go to Paper
  • Making Your Thickener’s Feedwell an Effective Flocculation Vessel – Lessons from the AMIRA P266 Projects Go to Paper
  • Sorting Pilbara Manganese Ores – Do Your Homework and Understand the Mineralogy Go to Paper
  • Fine Grinding Implementation at the Cracow Gold Processing Plant Go to Paper
  • Benefits Realised from Retrofitting a Gravity Gold Recovery Circuit Go to Paper
  • Optimising Gold Recovery through Staged Oxygen Addition at Newmont Goldcorp Boddington Go to Paper
  • Improving Recovery at the Syama Gold Mine Go to Paper
  • Fast-tracking Bald Hill Lithium: Integrated Design-Construct-Operate Strategies Go to Paper
  • A Simple Recipe Guide to Gravity Concentration Go to Paper
  • Improved Recovery through Changes in Operating Philosophies at IGO’s Nova Operation Go to Paper
  • Maximising Process Plant Engineering Efficiency through Effective Vendor Data Management Go to Paper
  • Grinding Circuit Design for the Carrapateena Concentrator Go to Paper
  • Application of a Net Smelter Return Model within a Polymetallic Base Metal Processing Plant Go to Paper
  • Porgera Post Earthquake Learnings Go to Paper
  • Nyrstar Port Pirie Transformation, Commissioning and Ramp-Up Go to Paper
  • Effect of Alkaline Type in Controlling Interfacial Chemistry, Rheology and Leaching Behaviour of Gold Concentrates Go to Paper
  • Effect of Cyanide Concentrations on Leaching of Jarosite-Bearing Bio-oxidised Flotation Gold Concentrates Go to Paper
  • High-Velocity Impact Breakage for Lower Energy Consumption by VeRo Liberator® Technique Go to Paper
  • Real Time Copper Concentration Monitoring for an Electro Winning Plant Go to Paper
  • Improved On-Stream XRF Analysis of Mineral Slurries Go to Paper
  • Particle Size Analysis for Process Control: A New Approach with Dynamic Image Analysis Go to Paper
  • The Operator Portal Go to Paper
  • On-Stream Mineral Analysis for Process Control and Optimisation Go to Paper
  • Eliminate the Re-torque and Increase Mill Availability Go to Paper
  • New Reagents for Beneficiation of Lithium Ores Go to Paper
  • MetPlant 2019 PDF
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  • Published: 2018
  • Pages: 410 pp.
  • PDF Size: 36.633 Mb.
  • Unique ID: PA-201905
  • ISBN no: 978 1 925100 88 4

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