Overview

From C1 Carbon to C6 Sugars

Molecules to Sugar

Solarferm integrates engineered microorganisms, continuous bioreactors, reactors and industrial energy systems to convert carbon dioxide into fermentable sugars at industrial scale

How the Platform Works

  • Carbon dioxide provides the carbon backbone

  • Energy provides the driving force

  • Chemistry does the heavy lifting

  • Biology assembles complexity efficiently

We optimise chemical feedstock synthesis for biological sugar production using the most efficient energy sources, gas and liquid feedstocks

System Advantages

Why This Architecture Matters

  • Continuous operation

  • Synthetic feedstocks

  • No solid feedstocks

  • No harsh pretreatment

  • Fermentation-grade sugar output

  • Modular, infrastructure-compatible deployment

The same platform architecture that enables sugar synthesis can support additional carbon-to-molecule and energy-to-carbon pathways over time

Systems Integration

Integration Unlocks Multipliers

When deployed as part of an integrated system, second- and third-order benefits emerge, including improved efficiency and continuous recycling of carbon across the biomanufacturing supply chain

The same platform architecture that enables sugar synthesis can support additional carbon-to-molecule and energy-to-carbon pathways over time