Strategic Objectives
• Master the science of mineral carbonation using anthropogenic waste streams.
• Transform steel slag and fly ash from liabilities into high-value carbon sinks.
• Implement circular economy principles to reduce industrial environmental footprints.
• Navigate the technical and economic pathways for scalable carbon capture and storage.
The Core Challenge
Heavy industries produce billions of tons of alkaline waste that pollute landscapes while carbon emissions continue to rise unchecked.
01
The Dawn of Anthropogenic Sinks
02
The Chemistry of Alkalinity
03
The Mineral Carbonation Process
04
Steel Slag Valorization
05
Fly Ash Dynamics
06
Cement Kiln Dust (CKD)
07
Thermodynamics of Carbonation
08
Aqueous vs. Direct Carbonation
09
The Role of Industrial Ecology
10
Reaction Kinetics and Optimization
11
Carbonated Aggregates in Construction
12
Leaching and Environmental Safety
13
The Circular Economy Framework
14
Point Source Capture Integration
15
Quantifying Carbon Credits
16
Life Cycle Assessment (LCA)
17
Scaling Up: From Lab to Plant
18
Policy and Regulatory Landscapes
19
Economic Viability and Business Models
20
Global Case Studies
21
The Future of Industrial Sinks
Explore Research Ecosystem
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