NGV
Converting CO₂ and carbon-rich waste streams into renewable fuels and chemicals through a catalytic process
About Us
NGV is pioneering a breakthrough catalytic process to produce Sustainable Aviation Fuel (SAF) from carbon-rich waste streams, including Municipal Solid Waste (MSW), biomass derivatives, and CO₂. This patented technology achieves over 90% CO₂ emissions reduction across its lifecycle and eliminates the need for costly gas conditioning, hydrogen supply, and product upgrading. By significantly reducing CAPEX and OPEX, NGV makes SAF more affordable and scalable, addressing key barriers to widespread adoption.
SAF is widely recognized as the only viable solution for decarbonizing aviation, particularly for mid- and long-haul flights, where alternative propulsion technologies remain infeasible. It is expected to contribute 65% of the sector’s carbon reduction by 2050.
Having successfully validated its mini-pilot facility and completed the design of a scale-up pilot plant, NGV is now focused on constructing its first operational pilot facility – a critical step toward commercialization. The plant will demonstrate industrial-scale feasibility, support regulatory approvals, and pave the way for full-scale deployment.
Relevant Challenges
Alternative Fuels
NGV technology was specifically engineered to convert renewable feedstocks (CO₂, MSW, biomass) into hydrocarbons in the jet range with high selectivity and yield, reducing production costs by more than 20% compared to conventional processes. NGV’s technology is fully compliant with ICAO’s CORSIA framework and ReFuelEU mandates, making it a turnkey solution for regulatory-driven SAF adoption. NGV’s ability to convert multiple feedstocks into ASTM-compliant SAF positions it as a key enabler of sustainable aviation in the region.
Transformation
The technology converts carbon-rich waste streams (CO₂, MSW, biomass) into high-value products through three key stages: CO₂ splitting/gasification to produce CO-rich synthesis gas, CO hydrogenation to generate liquid hydrocarbons, and hydroprocessing to reach desired products (renewable fuels, chemicals). This process achieves an overall CO₂ reduction of more than 90% across the product’s life cycle.
Biomaterials
The technology’s versatility enables the production of a diverse range of final products, including SAF, road transportation fuels, renewable naphtha, solvents, high-value chemicals, and alpha-olefins.
Waste Management
NGV’s innovative technology can process synthetic gas derived from various waste sources, including biomass residues, organic waste, municipal solid waste, and waste gases with high concentrations of CO and CO₂. Rather than sending these waste streams to landfills or burning them for energy generation—resulting in substantial CO₂ emissions—our process captures and utilizes the carbon, converting it into high-value products.
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