Strategic Objectives
• Master the mechanics of electrochemical seawater splitting.
• Discover how fuel cell technologies can generate carbon-negative alkalinity.
• Learn to decouple carbon removal from slow mineral weathering processes.
• Explore the economic synergy of hydrogen production and carbon sequestration.
The Core Challenge
Rising CO2 levels are acidifying our oceans and warming the planet, while traditional carbon capture methods remain too slow and expensive to scale.
01
The Chemistry of Crisis
02
The Power of the Ion
03
Splitting the Sea
04
The Salt Divide
05
Fueling the Future
06
Alkalinity as a Resource
07
The Brine Challenge
08
Ionic Gatekeepers
09
The Hydrogen Dividend
10
Acid Management
11
Material Endurance
12
The Carbonate Buffer
13
Scaling the Stack
14
Energy Requirements
15
The Blue Carbon Synergy
16
Monitoring and Verification
17
Environmental Safeguards
18
Legal Waters
19
The Economic Engine
20
Future Frontiers
21
The Roadmap to Gigatons
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