From Lab to Industry
The journey of PEACH DACquiri began with a fundamental question: why is CO₂ capture so energy-intensive? Traditional regeneration methods — whether for industrial point-source capture or direct air capture — often rely on high-temperature processes or complex, maintenance-heavy systems that are expensive to scale.
Our team of scientists and engineers looked towards a different field for inspiration: battery technology. By applying electrochemical principles to the challenge of CO₂ regeneration, we discovered a way to bypass the thermal bottlenecks of legacy systems.
A Simpler, More Reliable Design
"By simplifying the core architecture, we've eliminated one of the most common failure points in electrochemical systems, paving the way for industrial-grade reliability."
Today, PEACH is moving beyond the lab. We are developing modular units designed for rapid deployment, allowing partners to scale their CO₂ capture capacity in lockstep with their operational and climate goals.
Our commitment goes beyond just the technology. We are dedicated to transparency, durability, and the rigorous verification of every ton of CO₂ we recover. This is not just about engineering; it's about building trust in the tools we use to protect our planet.