IONIST Wins Innovate UK Funding for SAF Development
Learn how IONIST secured significant funding to advance sustainable aviation fuel technology.
Innovation for Tomorrow’s Energy Demand
IONIST is a carbon-recycling company pioneering eCOSAFTM, a next-generation CO₂-to-Fuel platform that turns industrial emissions into Sustainable Aviation Fuel (SAF).
We combine proprietary electrochemical CO₂ conversion, renewable hydrogen, and low-pressure Fischer-Tropsch synthesis to produce ASTM-compatible, drop-in jet fuel for today’s aircraft. Unlike conventional biofuels, our approach doesn’t compete for food or land. Installed on site at emission sources, eCOSAFTM recycles point-source CO₂ and closes the carbon loop.
Based in Newcastle upon Tyne, we build modular systems that scale from single facilities to multi-site deployments, enabling deep lifecycle CO₂ reductions when powered by clean electricity.
A membrane-free capillary electrolyser, running at low temperatures (40–60 °C), converts captured CO₂ into CO with renewable electricity. Compact, modular, and scalable, this unit delivers syngas for downstream fuel synthesis.
Our low-pressure Fischer–Tropsch reactor combines CO and renewable hydrogen to produce ASTM-grade SAF (C₈–C₁₆ hydrocarbons). The plug-and-play 20 ft ISO unit is designed for on-site deployment at SME and industrial facilities.
IONIST’s low-pressure, modular Fischer–Tropsch reactor transforms syngas into ASTM-compliant C₈–C₁₆ sustainable aviation fuels, integrating effortlessly with the eCOGen electrolyser for maximum efficiency.
Comprehensive pilot studies and third-party validations demonstrate reliable CO₂ conversion, robust syngas production, and high-quality fuel generation, confirming the technology’s readiness level (TRL 6+).
Deployable at small, medium, and large scales.
Low CAPEX , Early payback.
Low-temperature, low-maintenance, membrane-free design.
Up to 90% lifecycle CO₂ reduction.
Integrating CO₂-to-fuel systems at cement, steel, waste-to-energy, and glass plants.
Delivering SAF directly to airlines and airports.
Partnering with governments, universities, and global innovators.
Providing techno-economic analysis, carbon market insights, and net-zero roadmaps.
PoC build of 20 ft ISO eCOSAF unit; laboratory validation.
Client trials and pre-sales; spinout formation and IP licensing.
Pilot sales of 10–50 units in the UK; expansion into global SAF markets.
Strategic partnerships, commercial pilots, and international scale-up.
– Industry Partner
Founder & CTO
Leads the development of eCOGen™, a patented CO₂-to-fuel technology (UK GB2635412). Expert in electrochemical engineering with 15+ years’ experience, multiple patents, numerous publications, and £1.3M in research funding.
Business Development Lead
Over a decade of experience in commercialising clean technologies. Leads business development, partnerships, and investment strategy to scale IONIST’s carbon recycling platform.
Non-Executive Director
Former Global Head of Low Carbon Fuels at Shell and Director at LanzaJet. Provides strategic guidance on SAF market growth, certification, and investment pathways.
Research & Commercial Strategy Lead
Expert in CO₂ electroreduction and sustainable fuels with strong business acumen. Leads TEA and strategic partnerships, accelerating eCOGen™ and eCOSAF™ from lab to deployment.
Pushing the frontier of electrochemical CO₂ conversion.
Designing technologies that truly close the carbon loop.
Making SAF production affordable and modular.
Working hand-in-hand with industry, academia, and government.
Learn how IONIST secured significant funding to advance sustainable aviation fuel technology.
Our pilot project demonstrates efficient CO₂ conversion into valuable fuels.
Learn how IONIST secured significant funding to advance sustainable aviation fuel technology.
Modular, affordable (<150k), and membrane-free system for on-site use
Lower CAPEX and temp (40-60C) vs. costly, high-temp centralized systems like Topsoe and LanzaJet
Enables SMEs to turn CO2 into value-scalable, low-maintenance, and easy to deploy.
UK patent application GB2635412
100 hrs. CO2 to CO + Syngas runs
Stakeholder Feedback
Business Model Defined
Scaled up to 10×10 cm
IP SHOWCASE Demonstration at NU
Funding to advance the 20-ft ISO eCOSAF demo and pilot design
20-ft eCOSAF™, ISO unit in build/validation; preparations for initial commercial deployment
Insights into the future of SAF and market trends.
A technical overview of our innovative electrolysis technology.
Exploring the potential of CO₂ recycling for industries.
Exploring the potential of CO₂ recycling for industries.
At IONIST, sustainability is built into every step. Our technology delivers up to 90% lower lifecycle emissions, creates new value from waste, and supports a just transition by empowering SMEs and industries to decarbonise without disruption.
We’re building a team of scientists, engineers, and innovators who are passionate about tackling climate change. If you’re driven by impact and innovation, we’d love to hear from you.
We love to hear from you, so if there’s anything you’d like to ask us,
we’re right here and ready to help in every way we can.
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