Individually
Green hydrogen
Green hydrogen
Biomass to Hydrogen & Carbon
(B2HC ® )
The future of energy supply lies in green hydrogen and product upcycling – a key technology for a sustainable and governance-safe industry.
With our steam cracking process, we offer an innovative upcycling method for the CO₂-free conversion of carbon-containing waste such as composite packaging, batteries, and electronic waste.
This process enables efficient splitting into hydrogen-rich syngas and easily separable solids such as metals, minerals, and carbon. This opens up a sustainable and economically attractive solution for the recovery of valuable raw materials and emission-free hydrogen production.
This enables the expansion of existing value chains by efficiently using and processing waste materials – without fundamentally changing existing processes.
The process reduces waste volumes and energy consumption by enabling a true circular economy. Instead of sorting waste, it is directly recycled for material and energy recovery.
Expansion of existing value chains
Scope
The B2HC® process is used in processes that generate hydrocarbon-based waste products. Its broad application spectrum ranges from waste streams from food production to residues from biomass plants to municipal waste recycling.
The B2HC® process is a permit-free, pressureless process and a further development of the hydrogen shift process. The use of highly heated steam enables the direct material and energy recovery of hydrocarbon-containing waste products.
The process enables the complete return of plastics to the raw material cycle without CO2 emissions. 100% of plastics and up to 70% of biomass are converted into synthesis gas.