Our Technology

We use CO₂ and renewable energy to make fuels, chemicals and plastics

OXEFUEL logo blue

Carbon-neutral fuel

OXEFUEL is our Carbon-Neutral fuel made directly from electrified CO₂. A new world of fuels without fossil carbon and cleaner because of it.

One-step process

OXCCU have developed and patented a simple one-step process to produce e-hydrocarbons.

E-hydrocarbon catalyst illustration

OXEFUEL reinvents the Fuel Economy

Comparing fuel economies

The advantages of the OXCCU process

low energy
Fossil-free production
high selectivity
Highly selective
adaptability icon
Adaptability to varied CO₂ sources
plane fin and wings

Novel catalyst

We have developed a novel, robust iron-based catalyst and process to directly convert CO₂ and green H₂ from water into fuels and chemicals in one step.

High value products

The OXCCU process has a very low energy input and high selectivity and can be easily programmed to produce:

jet-fuel range hydrocarbons
valuable chemicals
synthetic lubricants

A step-change, simple reactor design

Importantly our process eliminates the need for a Reverse Water Gas Shift or electrochemical syngas step leading to a step-change, simpler reactor design with higher efficiency and reduced balance of plant.

OXCCU Closed loop diagram

OXCCU is currently scaling up catalyst production and developing its own modular, industrial reactor suitable for any emission sources

blue water splashblue water splash

Biodegradable plastic

Truly biodegradable, multi-purpose, plastic made from CO₂ and hydrogen. Our solution to the plastic waste crisis.

Made from waste CO₂

Polyglycolic acid (Polyglycolide) (PGA) is a fully biodegradable plastic with distinctive properties, but it is currently made from fossil fuels. OXCCU is working on a novel process to make it from waste CO₂.

PGA carbon balls

The advantages of the PGA technology

fossil free
Fossil-free production
circular process
Circular process
no waste
No plastic waste pollution
No microplastic
No microplastic accumulation
No special recycling
No special recycling or composting required
Water and CO2 ring

Biocompatible & biodegradable

PGA is uniquely biocompatible and biodegradable at end-of-life in any environment including marine environments (sea water) in a matter of months.

It degrades naturally and fully to only water and CO₂ with no methane emissions.

Unique mix of properties

PGA has very good barrier properties to O₂, H₂O, and other organic vapours, exceptional tensile and flexural strength and a high heat deflection temperature.

plastic PGA granules

PGA Technology applications

Applications include:
speciality engineering plastic
high-tech fibres and coatings
3D printing filaments
biomedical plastics
agricultural plastics
silage and mulching
food packaging
plastic bags

Interested to find out more?

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