Strategic Objectives
• Master the engineering of direct-coupling geothermal heat to DAC units.
• Optimize low-grade thermal energy for maximum sorbent efficiency.
• Reduce operational costs by bypassing traditional electricity-to-heat conversion.
• Design resilient thermal cycling systems for continuous carbon sequestration.
The Core Challenge
Direct Air Capture is energy-intensive, and the high thermal cost of sorbent regeneration remains the biggest barrier to global decarbonization.
01
The Carbon Balance
02
Earth’s Thermal Reservoir
03
Thermodynamics of Capture
04
Solid Sorbent Chemistry
05
The Regeneration Cycle
06
Low-Grade Heat Utilization
07
Geothermal Heat Exchangers
08
Subsurface Engineering
09
Working Fluids
10
Thermal Cycling Dynamics
11
Geothermal Gradient Optimization
12
Direct Coupling Strategies
13
Heat Pumps in DAC
14
Thermal Storage Solutions
15
Fluid Mechanics of Geothermal Brines
16
System Integration and Control
17
Carbon Sequestration Pathways
18
Economic Modeling
19
Environmental Impact Assessment
20
Regulatory Frameworks
21
The Future of Geo-DAC
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