We don't deal in hypothetical science—our engineering is backed by rigorous, real-world testing. Across our extensive operational test range, the baseline CXF-Si configuration consistently delivers predictable, highly efficient power metrics:

• ​​Typical Net Output: 6.5 to 7 kW of sustained, continuous electrical generation.

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• Standard Fuel Consumption: Typically consumes just 5.5 kg (12.13 lbs) of solid charcoal fuel per high-power cycle.

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• Water-to-Fuel Transformation: Utilizes average of 4.5 liters (1.19 gallons) of water, which our proprietary steam-induction loop superheats and chemically splits ("cracks") into high-energy hydrogen and carbon monoxide gas.

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• Unmatched Fuel Density: By converting water directly into combustible gas, the system establishes a proven baseline requirement of roughly 1.73 to 1.87 lbs of charcoal per kW produced—completely outperforming traditional, heat-wasting biomass systems.

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• ​Net Process Reclaim: Throughout testing, our proprietary steam-induction loop successfully captures escaping core thermal losses and redirects that waste energy into the water-gas reaction. This achieves a verified 30,000 BTU total process reclaim per standard fuel cycle compared to traditional, dry biomass setups—converting energy that would normally be lost directly into usable fuel density.