Every town is an energy source.
We turn local waste into clean gas on site: power and heat today, hydrogen tomorrow.
Energy demand keeps rising. Fuel supply is falling faster. Landfills are filling up.
The world pays $252 billion a year to get rid of its waste. Yet waste is energy, already here. No ship. No pipeline. No imports.
The problem that stopped every machine. Solved.
For decades, every machine that tried to use real waste hit the same wall: the ash melted and hardened into clinker, choked the reactor, and the plant stopped. Our team in Germany spent twenty years on that one problem and solved it. Externally validated by leading research institutions. Government-funded development.
Waste in. Clean gas out. One machine.
Every unit is monitored live, day and night. A local technician runs it, with the AI at her side.
Built like a car, by local partners anywhere in the world.
One frozen design, a supply chain built to scale, and certified partners who build, install and service the X-150 in their own markets.
Made, not built on site
One frozen design and bill of materials, built in Germany and tested in the factory before it ships.
Cheaper with every batch
Key components are bought in batches from two sources, so the price per unit falls with every batch. Multi-unit sites buy as one batch.
Ships like freight
Two standard 20-ft containers, by truck, rail or sea. No custom plant, no site-built reactor.
Running in weeks
About 10 to 12 weeks from foundation to operation. Need more power? Add units.
Certified local partners build, install and service it in their own markets.
See the partner program →One machine. Many jobs.
Sewage sludge to power
Sludge to energy, right at the wastewater plant.
See the use case →
Agritech Trigeneration
Power, heat, cold and CO₂ for closed greenhouses, from the farm's own waste.
See the use case →
AI data centres
A city's waste powers its servers, and cools them.
See the use case →
Crop residue & wildfire fuel
Straw and scrub become fuel instead of smoke.
See the use case →Energy where people need it most.
Eight years of engineering, and what comes next.
