Strategic Objectives
• Master the mechanics of bio-leaching to extract value from low-grade sources.
• Identify the specific extremophiles capable of thriving in toxic environments.
• Implement sustainable, low-carbon solutions for mineral processing.
• Bridge the gap between microbial biology and industrial metallurgical engineering.
The Core Challenge
Traditional metallurgy is energy-intensive, environmentally destructive, and failing to process low-grade ores and escalating electronic waste.
01
The Biological Paradigm Shift
02
Architects of the Invisible
03
Life on the Edge
04
The Acid Generation
05
Iron-Eating Giants
06
The Bio-Electrochemical Interface
07
Processing Low-Grade Ores
08
Urban Mining and E-Waste
09
Fungal Bio-leaching
10
Bio-Oxidation Pre-treatment
11
Bio-accumulation and Bio-sorption
12
Heap Leaching Engineering
13
Bio-Reactors in Metallurgy
14
Rare Earth Recovery
15
Metabolic Engineering for Mining
16
Environmental Remediation
17
Biohydrometallurgy Chemistry
18
In-situ Bio-leaching
19
Bio-Mineralization
20
Sustainability and LCA
21