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Syntholene eSAF is engineered to pure molecular kerosene. This enables superior energy density and thrust-by-weight over biofuel and fossil fuel equivalents.
Syntholene eFuel is designed for drop-in compatibility with existing petroleum-based engines, motors, turbines, pipelines, and tankers without redesign or retrofit.
Carbon feedstock is captured directly from point source emissions. Syntholene eSAF is engineered to actively remove carbon from the sky with every liter consumed.
Syntholene's proprietary Thermal Hybrid Production System uses combined heat and electricity to target 70% lower costs than the nearest competing technology.
Syntholene is engineered to deliver chemically-superior and carbon-negative substitute fuels, viable across any sector of the economy that consumes liquid petroleum.
Aviation is our highest priority sector, attacking the current market problem of scarce and expensive turbine-ready synthetic Sustainable Aviation Fuel (eSAF).
The fuels in use today throughout the global transport system are almost exclusively liquid hydrocarbons refined from fossil feedstocks.
Liquid fuels are indispensable to modern society, consumed at a rate of over 4 trillion liters per year, and growing.
Syntholene’s Thermal Hybrid Production System targets 70% lower cost than the nearest competing technology, while maintaining ultrapure high-performance fuel output.
We exist to transmute heat and water into molecularly pure liquid hydrocarbon fuels through advanced chemical synthesis.
The Syntholene team brings together world experts from diverse industrial disciplines including process engineering, chemical processing, project management, systems integration, aviation, geothermal energy, nuclear energy, and project finance.
Proprietary Hybrid Thermal Production System
Modern High Temperature Electrolysis
Chemical Synthesis for Designer Molecules
Scalable Modular Production Platform
Icleand is one of the most advanced geothermal producers worldwide, with over 750mW (e) of production capacity and many gigawatts of known heat fields.
Syntholene is working with local energy leaders to deploy the first Hybrid Thermal Production System for eFuels in a municipality with expansion potential to many megawatts and beyond.
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