We can capture a high-margin wedge in the rapidly growing €100B green maritime fuel and aviation market. By combining a secured 500 tons per day (TPD) biochar supply chain with advanced thermochemical gasification, this project bypasses the typical pitfalls of waste-to-energy projects.
Instead of processing unpredictable, wet municipal waste, the feedstock is pre-concentrated, high-density carbon. This maximizes process efficiency and ensures a reliable production of ~65,000 metric tons of premium bio-methanol annually to power our flagship Hydrowing RMFC WIGE (Reformed Methanol Fuel Cell Wing-In-Ground Effect) vessel project.
The Problem: The transportation sector faces aggressive decarbonization mandates (like FuelEU Maritime and CORSIA). Battery-electric systems lack the energy density required for high-speed, long-range maritime and aviation transit, while pure hydrogen infrastructure remains costly and unsafe.
The Solution: The Hydrowing RMFC WIGE vessel. By combining high-speed aerodynamic ground-effect flight with zero-emission Reformed Methanol Fuel Cells, we unlock unprecedented transit efficiencies.
The Missing Link: To scale this ecosystem, we must secure a reliable, vertically integrated, and verifiable source of carbon-neutral bio-methanol.
The Traditional Waste Problem: Standard biomass gasification plants fail because municipal solid waste or raw wood chips are wet (40–50% moisture), variable, and expensive to transport.
The Biochar Advantage: By using 500 TPD of biochar, we utilize a pre-treated feedstock that fundamentally re-engineers process economics:
Zero Moisture Penalty: Biochar is thermally pre-dried and pyrolyzed, maintaining a moisture content under 5%.
Ultra-High Carbon Density: Biochar contains >70% fixed carbon, meaning our reactor size can be downscaled by 40% compared to raw wood gasifiers for the same chemical output.
Chemical Cleanliness: The pyrolysis stage eliminates the majority of volatile tars, drastically lowering the CAPEX of downstream syngas cleaning loops.
Our facility operates a continuous, oxygen-blown indirect gasification loop engineered for maximum molecular conversion.
Gasification: Biochar is reacted with pure oxygen and high-pressure steam at 1,100°C to produce an exceptionally clean, nitrogen-free syngas rich in CO and H2.
Methanol Synthesis: The syngas is adjusted via a low-temperature Water Gas Shift (WGS) reaction to achieve the ideal 2.05 Methanol Module, then compressed and passed over a Cu/ZnO/Al2O3 catalyst.
Output Yield: 500 TPD of structured biochar yields approximately 190 tons of pure bio-methanol per day, fully matching the high-energy demands of our WIGE fleet.
People traditionally fear gasification because waste feedstocks are unpredictable. By feeding our plant pure biochar, we are running a high-precision, optimized chemical refinery, for our own Hydrowing WIGE fleet!
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