Transforming agricultural, plastic, and municipal waste into clean hydrogen with H2-XERONOX® technology.
Over 2.24 billion tonnes of municipal waste are generated globally each year, with significant contributions from agricultural byproducts and non-recyclable plastics.
White Hydrogen’s H2-XERONOX® technology converts these waste streams into high-purity hydrogen, reducing landfill dependency and enabling a circular economy.
The H2-XERONOX® platform uses advanced thermal processing to convert carbon-based waste, such as crude glycerol, plastics, and biomass, into hydrogen-rich syngas.
This process operates without electrolysis or fossil fuels, using steam in a near oxygen-free environment to break down waste into syngas, which is then purified into 99.999% pure hydrogen via Pressure Swing Adsorption (PSA).
Inside the H2-XERONOX® reactor, carbon-based waste undergoes thermal decomposition in the presence of superheated steam.
This thermochemical process breaks molecular bonds, producing a hydrogen-rich syngas. The syngas is then purified to extract high-purity hydrogen, with off-gases recycled to fuel the reactor, ensuring a self-sustaining system.
Key advantages of H2-XERONOX® for waste-to-hydrogen:
The H2-XERONOX® system is designed for efficiency and scalability:
Breaks down waste into hydrogen-rich syngas using steam.
Purifies syngas to produce 99.999% pure hydrogen.
Recycles byproducts to fuel the reactor, minimizing external inputs.
Compact and deployable for local waste-to-energy solutions.
Our pilot plant processes up to 1 ton of waste per day, producing 100 kg of hydrogen with over 80% hydrogen concentration in the syngas.
Validated by the University of Queensland and AIBN, the system achieves near-zero emissions and converts waste into clean hydrogen for industrial heating, transport, or energy storage.
Key advantages:
Join us in revolutionizing waste management with sustainable hydrogen production.
