Across the world, pollution caused by plastic waste is a critical problem. It was estimated that 8 million tones of plastic end up in the oceans each year.
By 2025, the annual global cumulative output of plastic waste into our oceans will have exceeded 155 million metric tones, and global municipal waste generation might reach 2.2 billion tones per year.
tones of plastic in the ocean each year.
tones the annual global cumulative
output of plastic waste.
tones of global municipal waste generation.
The world suffers from an acute lack of infrastructure that
can process plastic waste. The majority of waste currently ends up in landfills.
We suggest a solution to the problem of plastic waste disposal by offering a new method of reusing it, reducing the reliance on finite fossil fuels, lowering carbon emissions, and providing a high-grade quality fuel alternative to a growing market.
The Ecosene team is researching and implementing technologies for waste plastic recycling into high-grade fuels for road, air, and space transportation.
Due to the catalyst processes developed by our engineers,
we are now able to customize the fuel characteristics.
As a result, an innovative product has appeared - premium kerosene meeting the stellar demands of the space industry.
We use the catalytic pyrolysis process as the most ecological technology.
This allows us to avoid dioxin and furane formation, and lower CO2 emissions by 70% compared to classic methods of fuel production.
Modular and Scalable
We are developing
sustainability in aerospace
In 2021 we recycled
401 054 kg
of plastic into
60 158 litres
of Ecosene rocket fuel
Amount of plastic:
Amount of fuel:
Calculation of the amount of recycled plastic, fuel produced and carbon dioxide saved.
Net Zero Energy Pitch Award
at the Business Green Technology Festival 2019
Clean Tech Award
at the Go: Tech Awards 2019
Environmental Best Practice Award
at the Green Apple Environment Awards 2020
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