Technology
The value of our renewable concept

By using microorganisms, water, electricity and biotechnology, we can produce sustainable protein for fish feed
Already today, the aquaculture industry faces major challenges related to an excessively high environmental footprint, and the feed can amount to up to 70–90 % of CO2 the discharge of a Norwegian-produced salmon.
By co-locating our technology with biogenic CO2-sources, we have created a circular system for CO2 - recycling and protein production for fish feed. The process ensures an environmentally friendly and predictable production of high-quality protein.

The future of protein production
The biomass is produced by microorganisms consuming CO2, mixed with hydrogen and oxygen from electrolysis of water. We call it gas fermentation.
The micro-organisms are fast-growing, with a doubling of biomass every 3-4 hours. The complete biomass is dried to powder and can be used directly as a highly nutritious feed ingredient. This is food production without agriculture.
The entire process takes place in our proprietary reactors and the volume can be scaled as needed.
Cost effective, scalable and clean
The production of biomass is highly resource-efficient and the solution is now ready for scaling up to industrial production. Production can run continuously 24 hours a day, all year round, regardless of climate, weather conditions and seasonal variations.
Our protein has an amino acid profile comparable to fish meal and feed trials show high bioavailability
With cutting-edge technology, G2F produces a high-quality feed ingredient with minimal impact on the climate and environment.
Summary
G2F's value proposition is to produce pure, premium protein based on a sustainable and stable process at a competitive price.
Clean and high quality
Natural product of the highest quality
Meets the salmon's natural nutritional needs
Sustainable by design
High resource efficiency
No deforestation
Low CO2-emissions and no pollution
Scalable and stable
Continuous production
Independent of climate and seasonal variations
No limits to scaling
Cost-effective technology
Cost-effective processes
Proprietary technology