Break
Electrons reach molecules that conventional chemistry finds stubborn: gases, contaminants, pathogens.
E-TRON Technologies
One electron-beam platform. Many molecules. Synthetic drop-in e-diesel, clean hydrogen and the destruction of chemicals that refuse to go away, from a technology that switches on and off like a light.
The platform
Traditional processes push molecules around with heat, pressure and time. E-TRON goes straight to the bond. A focused stream of electrons does the work, and the result is something more useful than what went in.
Electrons reach molecules that conventional chemistry finds stubborn: gases, contaminants, pathogens.
The fragments are steered toward the product we want: a liquid fuel, clean hydrogen or a harmless end state.
Switch off, and it stops. No radioactive source, no stockpile of chemicals, nothing left humming in the dark.
Applications
Pick a molecule. The platform adapts.

Our flagship. E-TRON eG2L turns gas into a synthetic, drop-in e-diesel that works in today's engines and today's tanks, with hydrogen as a co-product.
Explore eG2L DieselFlagship: E-TRON eG2L Diesel
For a century, turning gas into liquid fuel meant giant refineries, decades of construction and billion-dollar bets. eG2L takes a different road, powered by electrons instead of furnaces.
Modular by design
Factory-built modules, a compact footprint and a plant that scales by copying itself, not by getting bigger. Instead of piping gas to a refinery a continent away, E-TRON brings the refinery to the gas.
Concept rendering.
Markets
A synthetic drop-in fuel for vessels facing tighter carbon rules, without rebuilding the engine room.
Turn domestic gas into domestic fuel. Fewer exports of raw energy, fewer imports of refined product.
Low-carbon fuel and hydrogen for fleets and plants, plus emissions and wastewater treated with a beam instead of a chemical stockpile.
Forever chemicals in soil, sludge and water, broken down rather than buried or moved somewhere else.
Why E-TRON
A granted US patent and pending applications protect the platform and its next generation.
Electron-beam processes evaluated in pilot programs with recognized leaders in the accelerator field.
Commercial plant engineering completed with experienced accelerator and engineering partners.
First-plant siting compared on economics, feedstock, permitting and financing, not on headlines.
Partner with us
We are building the first plants with the people who will host, fuel, finance and buy from them.