Strategic Objectives
• Master the chemical principles of selective mineral leaching.
• Optimize solvent extraction workflows for maximum metal recovery.
• Implement advanced aqueous purification and electrowinning techniques.
• Design sustainable, closed-loop liquid-phase engineering systems.
The Core Challenge
Traditional thermal metallurgy is energy-intensive and often struggles with low-grade ores or extreme purity requirements.
01
Foundations of Hydrometallurgy
02
Aqueous Chemistry Principles
03
Mineralogy and Ore Pre-treatment
04
The Mechanics of Leaching
05
In Situ Leaching
06
Heap and Dump Leaching
07
Pressure Oxidation and Autoclaves
08
Biohydrometallurgy
09
Solid-Liquid Separation
10
Solvent Extraction Fundamentals
11
Extractants and Diluents
12
Mixer-Settler Design
13
Ion Exchange Resins
14
Chelation in Hydrometallurgy
15
Stripping and Regeneration
16
Electrowinning and Electrorefining
17
Precipitation and Cementation
18
The Bayer Process
19
Gold Cyanidation Protocols
20
Environmental Control and Tailings
21