ABOUT WAYS2H

Ways2H is turning the world’s worst waste into renewable hydrogen for mobility fuel and power generation. Municipal solid waste, medical waste, plastics, sewage sludge and more.

The growing volumes of trash and unrecyclable plastic that are causing problems around the world can be upcycled to produce a major portion of the world’s clean energy resources. Countries around the world are increasingly looking for opportunities to increase the use of hydrogen for transportation, power generation, energy storage and other uses.

Our global team has worked for more than a decade to perfect our advanced thermochemical process that converts waste biomass into renewable hydrogen, with a net zero-carbon footprint. This patented process, which does not burn or incinerate waste, is a unique solution for the global $400 billion+ solid waste management market and the rapidly growing hydrogen economy, estimated to reach $2.5 trillion by 2050. Our process is carbon negative when paired with carbon capture and storage or utilization.

Ways2H is committed to helping improve the global environment by producing clean hydrogen while eliminating waste. We see an urgent need for clean hydrogen to replace fossil fuels for mobility, power generation and industrial applications, and we’re certain renewable hydrogen will play a major role in powering many of the applications we currently use fossils fuels for.

In addition to reducing emissions, we see an opportunity to help tackle the global waste crisis, and we view these problems as interconnected systems. With 2 billion metric tons of municipal solid waste produced globally each year -- with much of it ending up in our oceans and waterways -- we need sustainable new methods for disposing of our waste.

Diverting medical waste, plastics and other solid waste from landfills to hydrogen production facilities can also help reduce methane emissions, which are 84 times more harmful to the planet than carbon dioxide over 20 years.

Ways2H’s net zero-carbon hydrogen production facilities are modular and can be configured in a range of sizes, providing a great distributed energy resource that can be installed at the best location for accepting waste and the best location for producing onsite fuel to supply hydrogen fueling stations or power generation.

Mission

MISSION & VISION

• Improved Air and Water Quality
• Reduction of Greenhouse Gas Emissions
• Improved Public Health
• Conservation of Natural Resources
• Inexhaustible Energy
• Stable Energy Prices

Partners