Problem & Motivation:
Mitigating point-source industrial emissions alone is insufficient to meet global 1.5°C climate targets. Hard-to-abate sectors and legacy emissions require scalable, energy-efficient Direct Air Capture (DAC) systems to remove CO2 directly from ambient air.
Technological Breakthrough & R&D:
Advanced R&D bridges clathrate hydrate gas separation, low-energy solid sorbent regeneration matrices, chemical absorption, and promoter chemistry for rapid gas-hydrate crystallization. These advances significantly lower the thermodynamic and thermal energy penalties traditionally required to desorb captured CO2 from sorbent media.
Ecosystem & Field Deployment:
Collaborative initiatives span heavy industrial majors across steel, cement, and energy sectors, alongside dedicated research setups like the Centre for Sustainable Energy and offset market integration to enable large-scale carbon utilization.
Tangible Impact Created:
Drastically reduces the energy footprint of atmospheric CO2 capture, transforming captured carbon dioxide into high-value chemical feedstocks, drop-in synthetic green fuels, and stable materials for long-term carbon sequestration.