Production of protein-based fish feed out of CO2 and renewable electricity
Together with a biotech company, we have set up a joint-venture that offers the first-end-to-end solution for protein-based fish feed using CO2 and renewable electricity as feedstocks
The JV aims to take advantage of the changing dynamics in the fish feed industry created by the significant global increase in sustainable aquaculture
Renewable Aviation Fuel
Developing a unique position in the sustainable fuels market
Demand for Sustainable Aviation Fuel (“SAF”) is expected to surge post-2030 as a result of the Green Deal goals and the CORSIA goals
The current production method of SAF by using crop-based biofuels are considered not sustainable, and waste oils supply is not sufficient to cover SAF demand after 2030
Our product, that we are going to produce with a biotech company, is of non-crop origin and uses a reliable and consistent feedstock that is not dependent on biomass availability
In this way, we support key UN Sustainability Development Goals
Solutions for carbon monoxide and hydrogen production and storage
Syngas is a crucial intermediate resource for the production of hydrogen, carbon monoxide, ammonia, methanol, and synthetic hydrocarbon fuels, and is typically produced in large-scale capital-intensive industrial installations that are integrated with other chemical production processes. Fossil fuel based syngas production is one of the largest CO2 emitters.
Our technology produces renewable syngas in liquid chemicals (Liquid Syngas or LSG) using CO2 and renewable electricity as feedstocks. LSG is easier, cheaper and safer to store and transport creating new opportunities for local production where conditions are more favourable.
LSG can be used as a feedstock in existing production processes and hence avoids capital-intensive upgrades or new infrastructure. The hydrogen and carbon monoxide can be released out of the LSG when you want, and in the required hydrogen and carbon monoxide ratio that you need for your processes. It furthermore reduces significantly safety and health issues of large-scale carbon monoxide production. Last but not least, producing hydrogen and carbon monoxide significantly reduces the CO2 avoidance costs of large-scale chemical producers.
Typical market applications of our technology are:
- Large-scale production of renewable hydrogen and carbon monoxide
- Safe and economical transportation and storage of hydrogen and carbon monoxide enabling decentral production