Activate
Electrochemically reduce Q to its active form (Q*) by adding an electron (e-).
ELECTRIC CAPTURE
Fully electric, modular, scalable carbon capture
Verdox is Redefining Carbon Capture
Exceptional performance across industries is driven by our four foundational system advantages
Reliable
Continuous process designed for harsh industrial environments with real-time adaptability to gas flow fluctuations.
Efficient
Consumes up to 70% less energy than competitors by eliminating energy losses from heating and cooling.
Scalable
Leverages commercially available equipment and existing supply chains to capture CO₂ at any scale.
Adaptable
Modular system designed for seamless integration into existing footprints and built to withstand industrial contaminants.
Verdox’s Ideal Partners
Our technology captures CO₂ efficiently across all concentrations, primarily for industrial point-source applications but adaptable for direct air capture from ambient air.
- Industrial Manufacturing
- Oil & Gas
- Power & Utilities
- Chemical Production
- Metals & Smelting
- Direct Air Capture (DAC)
Why Verdox is the Future of Carbon Capture
Eliminates the heat-intensive processes that make traditional carbon capture commercially unviable at scale
Relies solely on electrical energy to capture and release CO₂—no heat, no water, no excess energy
Delivers industry-leading efficiency, consuming less than 1.5 GJ per ton of CO₂ captured
Enables cost-effective carbon capture at any concentration and at any scale
How the Technology Works
Capture
Active quinone (Q*) binds incoming CO₂ from the gas stream to form Q*CO₂.
Release
Remove an electron (e-) from Q*CO₂ to regenerate Q and release CO₂.
Repeat
Recycle the inactive Q for the next capture cycle.
Frequently Asked Questions
- Verdox achieves unmatched energy efficiency compared to all other approaches
- Verdox’s energy consumption is independent of CO₂ concentration
- Our technology is resilient to industrial contaminants and readily responds to fluctuating flow rates
- Verdox’s solution is fully modular, enabling easy deployment at any scale
Verdox captures CO₂ across a broad range from dilute ambient air (~400 ppm) to industrial flue gas (>10% CO₂). We focus on concentrations below 10%, where our energy efficiency and cost advantages are most impactful compared to traditional technologies.
Verdox’s electrochemical system uses just 1.5 GJ of energy per ton of CO₂ (417 kWh/tCO₂) regardless of concentration, which is 70% less than conventional technologies that rely on high-temperature regeneration. This makes Verdox’s solution cost-effective and scalable across a wide range of applications.
Verdox’s compact, modular system is engineered for seamless integration into existing industrial infrastructure, with an estimated footprint of only 3,000 m² for a 100,000 tCO₂/year plant, based on an independent engineering study.