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Graphene Oxide & Carbon Capture

The challenge:

To reach net‑zero emissions, we must capture carbon dioxide from industrial processes and the atmosphere and convert it into useful products. Traditional carbon‑capture methods are expensive and energy‑intensive.

Our Solution

We are developing graphene‑oxide powders and microbial electrosynthesis (MES) systems. Graphene oxide, obtained by exfoliating graphite oxide, forms single‑layer lattices with remarkable properties. Research shows graphene‑based products improve the efficiency of green‑energy technologies and energy storage systems.

Graphene oxide and its composites can be used for hydrogen storage, photocatalytic water splitting, pollutant removal and electrode materials for batteries.

Microbial electrosynthesis uses renewable electricity and electrochemically active microorganisms to convert CO₂ into short‑ to medium‑chain fatty acids and alcohols. This creates a carbon‑neutral platform for producing bio‑commodities and reduces demand for petroleum.

Benefits

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Enhanced energy storage &conversion:

Graphene‑oxide materials improve battery electrodes, hydrogen storage and photocatalytic efficiency.

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Carbon Utilisation

MES technology converts waste CO₂ into valuable chemicals, supporting a circular economy.

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Future Integration

Graphene‑oxide materials could be integrated into our fuel‑cell systems to enhance performance.

Current Status & Roadmap

Our graphene‑oxide project is at Technology Readiness Level 3 and requires further research. We aim to commercialise graphene‑oxide products within two years and integrate them into partner processes. Ongoing research into MES will continue alongside our other strands, with the goal of pilot demonstrations.