Wespran uses biomimetic enzymatic electrocatalysis on carbon‑nanotube electrodes to capture CO₂ from industrial streams and convert it into methanol and other chemicals at ambient temperature and pressure, using only water and electricity. The system operates on‑site for CO₂ concentrations from 1% to 100%, eliminating hydrogen requirements and reducing transport‑related emissions while generating marketable products.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial processes emit large volumes of CO₂, creating a significant source of greenhouse gases that contribute to climate change. Existing carbon capture methods often require high pressure, temperature, or additional hydrogen, leading to high operational costs and secondary emissions.
Solution
Wespran applies biomimetic enzymatic electrocatalysis on carbon‑nanotube electrodes to capture CO₂ directly from industrial streams and convert it into methanol and other chemicals. The technology operates at ambient temperature and pressure, using only water and electricity, which eliminates the need for hydrogen and reduces transport‑related Scope 3 emissions. By coating electrodes with cofactor‑free enzymes, Wespran achieves selective CO₂ reduction without biohazard risks. The process can handle CO₂ concentrations ranging from 1 % to 100 %, enabling on‑site deployment across diverse industries. Converted products such as methanol provide immediate market value, turning carbon waste into revenue‑generating fuels and materials.
Target Audience
Primary customers are heavy‑emitting industrial sectors such as chemicals, refining, cement, and steel that seek on‑site carbon capture solutions and value‑added chemical products.
Features
- Cofactor‑free enzymes immobilized on carbon‑nanotube electrodes for efficient CO₂ capture and reduction
- Ambient temperature and pressure operation using only water and electricity
- No hydrogen requirement, eliminating associated emissions and supply chain complexity
- Capability to process CO₂ streams with 1 %–100 % concentration, suitable for varied industrial sources
- On‑site deployment eliminates transport emissions and reduces Scope 3 carbon footprint
- Production of methanol and other high‑value chemicals directly from captured CO₂