Strategic Objectives
• Master the thermodynamics of high-temperature solid-gas carbonation reactions.
• Integrate calcium looping seamlessly into existing cement and lime kiln infrastructures.
• Reduce energy penalties compared to conventional low-temperature solvent cycles.
• Explore the circular economy of spent sorbents in construction and manufacturing.
The Core Challenge
Traditional carbon capture methods fail at the extreme temperatures of cement and steel production, leaving a massive gap in our climate strategy.
01
The Imperative of Carbon Capture
02
Foundations of Calcium Looping
03
The Chemistry of Calcium Oxide
04
Thermodynamics of Carbonation
05
The Calcination Process
06
Fluidized Bed Technology
07
Sorbent Degradation and Sintering
08
Limestone as a Natural Precursor
09
The Cement Industry Connection
10
The Lime Industry Synergy
11
Post-Combustion Capture Strategies
12
Oxy-fuel Combustion in Calcination
13
Heat Integration and Recovery
14
Chemical Looping Combustion
15
Sorbent Enhancement Techniques
16
The Fate of Spent Sorbent
17
Pilot Plants and Scale-Up
18
Economic Viability
19
CO2 Utilization Pathways
20
Environmental Impact Assessment
21
The Future of High-Temperature Loops
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