PEACH DACquiri

Technology

Next-generation CO₂ capture and regeneration technology, powered by electrochemical innovation

Large-scale flow battery stacks for electrochemical carbon removal

Overview

Next-generation CO₂ capture and removal technology

PEACH DACquiri replaces heat-intensive sorbent regeneration with a low-temperature, all-electric electrochemical process. Our hybrid flow-battery architecture enables efficient CO₂ release and rapid reset of the capture medium, whether the CO₂ is coming from an industrial process stream or directly from the air.

How It Works

The Scientific Process

01

Capture

CO2 enters the system through high-efficiency contactors and is captured by our liquid sorbent, while clean air is released into the atmosphere

02

Release

All-electric hybrid battery system triggers CO2 release for storage and efficiently regenerates liquid sorbent for reuse

03

Repeat

Regenerated solvent is looped back to step 1 for Continuous closed-loop operation 24/7 with Minimal degradation and long-term efficiency

Key Benefits

Why PEACH DACquiri?

Retrofit-Ready

Designed to integrate into mining, oil sands, and other industrial capture infrastructure without a full-site redesign.

All-Electric

Runs on electricity to regenerate liquid sorbents—ideal for renewable integration.

No heating

Avoids heat-intensive solvent stripping and associated balance-of-plant.

Modular Scale-Out

Add units to match throughput needs—from pilots to commercial systems.

Drop-In Integration

Designed to connect with existing liquid-sorbent capture workflows.

Scientific Foundation

Our electrochemical direct air capture technology is supported by foundational research and intellectual property in electrochemical ion management, alkalinity control, carbon capture, and electrolyte regeneration.

Technology focus

Electrochemical ion management

Regeneration of alkaline CO₂-capture electrolytes, and modular direct air capture systems.

Ready to cut your CO₂ capture and removal costs?

Partner With Us