TECHNOLOGY
Our solution for decentralized hydrogen production is at the heart of a new, closed value chain. Find out how it works here.
Our patented platform combines thermochemical conversion with advanced gas purification — turning waste into a high-impact hydrogen source.
In the first phase, process-generated synthesis gas is used with oxygen as input. At temperatures of up to 1,600 °C, a powerful hot-gas stream is produced, serving as the energy source for the entire process.
Non-recyclable plastic, for example, is blown into the hot gas and gasified in an energy-efficient manner using the patented ChemQuench process. This produces a synthesis gas containing hydrogen.
High-purity hydrogen (H₂ 5.0) is obtained from the synthesis gas by pressure swing adsorption (PSA). The plants produce up to 2,500 tons per year — plus usable liquid CO₂ as a by-product. Alternatively, the synthesis gas can also be used to produce other high-quality products, such as sustainable aviation fuel, electricity, methanol or methane.
High-purity hydrogen (H₂ 5.0) is obtained from the synthesis gas by pressure swing adsorption (PSA). The plants produce up to 2,500 tons per year — plus usable CO₂ as a by-product.
ADVANTAGES
GHT plants convert up to 25,000 tons of waste per year into climate-neutral hydrogen. No transport.
No combustion. No emissions.
Each plant produces up to 2,500 tons of H₂ annually, plus marketable liquid CO₂ and reusable ash —economically viable and environmentally attractive.
Standardized components with no critical raw materials.A patented process requiring minimal personnel — fully scalable from day one.
Discover the patented technology behind GHT — our scalable solution that extracts high-purity hydrogen from waste, closes loops and creates new added value.
