Strategic Objectives
• Understand the fundamental thermodynamics of molten metal and salt phases.
• Optimize furnace efficiency through advanced heat-based separation techniques.
• Control slag chemistry to maximize purity and minimize industrial waste.
• Navigate the engineering challenges of extreme-temperature environments safely.
The Core Challenge
Liquid-based extraction fails when faced with complex ores and high-volume demands that only thermal processing can solve.
01
Foundations of Pyrometallurgy
02
The Smelting Process
03
The Nature of Slag
04
Thermodynamics of Molten Phases
05
Ellingham Diagrams
06
Molten Salts as Solvents
07
Fluxing Agents
08
Refractory Materials
09
The Blast Furnace
10
Electric Arc Smelting
11
Matte Smelting
12
Roasting and Pre-treatment
13
Heat Transfer in Furnaces
14
Phase Diagrams for Metallurgists
15
Calcination Processes
16
Liquid-Liquid Separation
17
Gas Handling and Cleaning
18
Basicity and Acidity in Melts
19
Viscosity of Molten Silicates
20
Direct Reduced Iron
21