Roasting • Agglomeration • Oxidation • Reduction 1

Thermodynamics, phase equilibria, and reaction kinetics in metal extraction

About this course

This lecture is part of MME413 Chemical Metallurgy in the Mechatronics Engineering department. The course has 15 recorded lectures across 1 series, all free to watch. Read or download the MME413 lecture note to study alongside the video.

More lectures in MME413

• Thermodynamics, phase equilibria, and reaction kinetics in metal extraction 1
• Thermodynamics, phase equilibria, and reaction kinetics in metal extraction 2
• Thermodynamics, phase equilibria, and reaction kinetics in metal extraction 3
• Fluid Flow, Heat Transfer and Mass Transfer in Process Metallurgy 1
• Fluid Flow, Heat Transfer and Mass Transfer in Process Metallurgy 2
• Fluid Flow, Heat Transfer and Mass Transfer in Process Metallurgy 3
• Roasting • Agglomeration • Oxidation • Reduction 1
• Roasting • Agglomeration • Oxidation • Reduction 2
• Roasting • Agglomeration • Oxidation • Reduction 3
• Smelting, Converting and Refining of Metals 1
• Smelting, Converting and Refining of Metals 2
• Smelting, Converting and Refining of Metals 3
• Metal Melting, Recycling and Metallic Corrosion 1
• Metal Melting, Recycling and Metallic Corrosion 2
• Metal Melting, Recycling and Metallic Corrosion 3