Drop-in compatibility
Every fuel must work with today’s engines, pipelines and pumps. Compatibility is a core design requirement, not something added later.
A clear set of principles guides how we develop the technology, choose our partners and scale the business. They keep us honest about what works today and focused on what must come next.

Every fuel must work with today’s engines, pipelines and pumps. Compatibility is a core design requirement, not something added later.
We assess performance across the full fuel lifecycle, with success defined by the amount of fossil CO₂ displaced.
Our catalyst technology is grounded in peer-reviewed research and validated through independent laboratory testing with partners including Empa.

Yield, selectivity, capital cost and uptime shape every design decision. A process only matters if it can perform reliably at scale.
We report performance transparently, including the limits of what the technology can do today and the work still ahead.
From a 10,000 L/year prototype toward commercial volumes, every step is engineered with the next order of magnitude in mind.
“We don't sell green. We describe the engineering, and let the chemistry speak for itself.”

Continuous investment in research keeps us at the forefront of catalyst-directed fuel synthesis, with performance validated at every step.
Our work includes catalyst R&D with Empa laboratories, externally validated fuel quality and the 10,000 L/year pilot reactor.
We work openly with institutions, accelerators and regional partners so progress benefits the wider ecosystem, not just one company.
This includes Swiss and Ticino accelerator programmes, academic and institutional partners, and open, transparent reporting.
Share our values? If our principles align with yours, we'd like to explore how we can work together on the next generation of drop-in liquid fuels.Learn about our teamGet in touch
A clear set of principles guides how we develop the technology, choose our partners and scale the business. They keep us honest about what works today and focused on what must come next.
Every fuel must work with today’s engines, pipelines and pumps. Compatibility is a core design requirement, not something added later.
We assess performance across the full fuel lifecycle, with success defined by the amount of fossil CO₂ displaced.
Our catalyst technology is grounded in peer-reviewed research and validated through independent laboratory testing with partners including Empa.
Yield, selectivity, capital cost and uptime shape every design decision. A process only matters if it can perform reliably at scale.
We report performance transparently, including the limits of what the technology can do today and the work still ahead.
From a 10,000 L/year prototype toward commercial volumes, every step is engineered with the next order of magnitude in mind.