Transforming biomass and waste into clean fuels through advanced plasma technology
FlexiH’s Waste-to-Clean Energy platform transforms waste tires and biomass into valuable clean energy products using advanced plasma technology. By converting waste into clean syngas, the system supports the production of clean hydrogen, e-SAF, e-Methanol, and recovered carbon black while reducing landfill waste and greenhouse gas emissions.
Converting waste materials into valuable clean fuels and industrial energy.
Producing clean hydrogen, e-SAF, and e-Methanol from sustainable feedstocks.
Recovering valuable resources while minimizing waste and supporting industrial decarbonization.
Waste-to-Clean Energy creates valuable clean fuels and industrial materials that support transportation, manufacturing, aviation, and sustainable resource management.
Supporting e-SAF production for lower-carbon aviation and future air mobility.
Producing clean hydrogen for industrial energy systems and transportation.
Supplying clean fuels and recovered carbon black for manufacturing applications.
Converting waste into valuable products while reducing landfill dependency.
FlexiH’s advanced plasma technology converts waste materials into clean syngas, enabling the production of clean hydrogen, e-SAF, e-Methanol, and valuable industrial by-products.
Feedstock Preparation
Biomass, waste tires, and other suitable feedstocks are prepared for efficient plasma conversion.
Plasma Conversion
High-temperature plasma converts waste into clean synthesis gas (syngas) with minimal emissions.
Syngas Processing
The syngas is cleaned and conditioned for downstream fuel production and industrial applications.
Clean Energy Products
Clean syngas is transformed into clean hydrogen, e-SAF, e-Methanol, and recovered carbon black for sustainable industrial and energy applications.
FlexiH’s Waste-to-Clean Energy platform has been commercially demonstrated and is designed to scale through modular deployment for clean hydrogen and sustainable fuel production.
| Metric | Value |
|---|---|
| Commercial Scale | 3 MW |
| Cold Gas Efficiency | 60–65% |
| GHG Reduction | Up to 99% |
| Technology Readiness | TRL 7–9 |
| Deployment | Modular Expansion |
Commercial Scale
3 MW
GHG Reduction
Up to 99%
Cold Gas Efficiency
60–65%
Technology Readiness
TRL 7–9
Waste-to-Clean Energy is FlexiH's advanced plasma technology that converts biomass and waste tires into clean syngas for sustainable fuel production.
The platform is designed to process biomass, waste tires, and selected hydrocarbon feedstocks.
The process produces clean hydrogen, e-SAF, e-Methanol, and recovered carbon black.
Carbon black is widely used in tire manufacturing, rubber products, plastics, construction materials, inks, coatings, and other industrial applications.
Yes. The modular design supports pilot, regional, and commercial-scale deployment.
Transportation, aviation, manufacturing, chemical processing, and clean energy sectors.
Yes. By converting waste into clean fuels and valuable by-products, the technology helps reduce greenhouse gas emissions, minimize landfill waste, and support global decarbonization initiatives.
FlexiH combines advanced plasma technology with flexible feedstock processing to efficiently convert biomass and waste tires into clean syngas, enabling the production of clean hydrogen, e-SAF, e-Methanol, and recovered carbon black.
Discover how FlexiH’s Waste-to-Clean Energy platform converts waste into valuable clean fuels and sustainable industrial products.
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