
The X-150 is not an experimental concept — it is an industrially validated platform backed by thousands of hours of operational testing. We are seeking commercial partners, waste aggregators, and green-energy investors to deploy the next generation of profitable waste-recovery infrastructure.
The transition to a circular economy requires more than sustainability — it requires profitable, reliable industrial solutions. The X-150 delivers unprecedented uptime, predictable CapEx/OpEx, and versatile revenue streams.
Facilities producing high-ash biological waste frequently face escalating disposal fees. The X-150 accepts feedstocks with up to 35% ash content, turning a disposal liability into continuous, on-site energy generation.
The X-150 refines waste into three discrete, highly profitable commodities: ultra-clean syngas for power generation, renewable hydrogen/methane for grid injection, and premium agricultural biochar.
Our patented active poker system and water-cooled grate mechanically crush slag in real-time, completely preventing blockages. Our SyngaPure catalytic reformer ensures 99.98% tar eradication for continuous operation.
The X-150 does not just burn waste — it refines it into discrete, highly profitable commodities that create multiple independent revenue streams.
Ready for direct power generation via high-efficiency SOFCs (developed by Fraunhofer IKTS) or gas engines, reducing grid dependency and lowering facility energy costs.
The syngas contains up to 35% hydrogen, primed for downstream separation (green hydrogen sales) or methanation for grid injection.
Chemically stable, highly porous (170 m²/g BET surface area), and rich in soil-enhancing minerals like potassium. Sold as high-end agricultural soil amendment or lightweight aggregate.
The X-150 is pre-assembled within modified shipping containers, minimizing civil engineering costs and enabling rapid global deployment.
Pre-assembled in modified shipping containers. Minimal on-site civil engineering, drastically reduced installation times, rapid deployment anywhere in the world.
Instead of one capital-intensive mega-plant, capacity scales incrementally by adding parallel X-150 modules as waste volumes or energy demands grow.
Designed for minimal operator intervention. Real-time AI modeling and continuous MRU gas analysis autonomously adjusts to varying feedstock qualities.
Accepts mixed unrecyclable waste streams — the hardest-to-handle materials that other systems reject — turning them into valuable commodities.
Investing in the X-150 directly satisfies corporate Environmental, Social, and Governance mandates — a critical requirement for institutional investors and corporate sustainability programs.
The X-150 has been exhaustively tested under the stringent European COMETHA Phase 2 framework with 2,500+ operating hours across multiple waste feedstocks, with performance data measured in collaboration with Fraunhofer IKTS.
Contact our Strategic Partnerships team to discuss how the X-150 can transform your waste streams into competitive advantages. Our team operates from offices in the USA, Germany, and Spain.
Strategic Partnerships · Offices: USA · Germany · Spain