All-electric, battery-inspired electrochemical technology for CO₂ capture and regeneration
Removal of legacy CO2 that is driving warming today.
Ensuring removals are durable and trustworthy with permanent storage.
Building systems that can be deployed widely and run reliably.
Our battery-inspired technology captures and releases CO₂ using electrochemical gradients — replacing the high-temperature thermal cycles and steam infrastructure that conventional amine and solvent systems depend on.
Specific ions target CO₂ molecules with high precision — ranging from dilute ambient air to concentrated industrial process streams.
A simple voltage shift triggers the release of pure CO₂ for permanent sequestration.
Stackable units allow for rapid deployment across diverse industrial landscapes.
Our progress is supported by leading institutions committed to accelerating the transition to a net-zero future.
Multi-year research funding supporting breakthrough decarbonization technology.
Recipient: Prathap
Accelerator program reward for translating research into impact by developing and improving skills.
Recipient: Arthi
Early-stage startup acceleration and development support.
Accelerator program to support Prathap & Arthi benefit from expert guidance and practical skills for market validation and growing their business.
Grant for comprehensive IP strategy development and protection.
Long-term match funding supporting entrepreneurial research and innovation.
Direct air capture(DAC) at scales from full-plant to piggybacked DAC on brine disposal. Lets talk about your site. Together, we can create a sustainable future.