Turning a global challenge into a clean energy opportunity.
White Hydrogen and H2-XERONOX is designed to convert waste into hydrogen-rich syngas. With global waste volumes rising and recycling often failing to deliver real impact, the question we must ask is: Is recycling enough — or is there a better, more sustainable solution?
Despite widespread efforts, traditional recycling faces significant hurdles. It’s often costly, energy-intensive, and limited by the complexity of sorting and processing materials. As a result, much of the world’s waste still ends up in landfills or incinerators, highlighting the need for innovative alternatives to address the global waste crisis effectively.
An alternative to traditional recycling is White Hydrogen’s H2-XERONOX® — a novel thermal technology that transforms carbon-based waste into hydrogen-rich syngas. This breakthrough process provides a cleaner, emission-free alternative by converting waste into usable, high-purity hydrogen energy.
H2-XERONOX® is a clean hydrogen energy technology developed by Delafield Pty Ltd after years of R&D.
It operates through a high-temperature thermochemical conversion process that breaks atomic carbon-hydrogen bonds in waste materials, releasing hydrogen.
The company has validated this process through a pilot plant that successfully converts carbon-based waste into hydrogen and hydrogen-rich syngas — ready for use in various clean energy applications.
White Hydrogen's H2-XERONOX® confirms our belief: that an economically feasible, scalable solution exists to eliminate waste and generate clean hydrogen energy at the same time. This emission-free hydrogen solution is the future of clean energy production and waste management — all in one.
Syngas, or synthesis gas, is a fuel gas mixture primarily composed of hydrogen. It serves as a key intermediate for producing hydrogen, ammonia, methanol, and synthetic hydrocarbon fuels. It’s also directly combustible for electricity generation, making it a valuable and versatile clean energy source.
