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The Problem

CO2 concentration in the atmosphere has increased dramatically in the past century, from 300 ppm in 1900 to 410 ppm in 20191. To mitigate this rise, we must capture the emitted CO2 and either store it underground, or transform it into something useful.

The chemical industry directly emits 935 million ton of CO2 per year2, equivalent to roughly 2.5% of global emissions. As the demand for essential materials (e.g. plastics, construction materials, synthetic fibers…) is increasing, the consumption of fossil fuels, and thus CO2 emissions, will also rise. Switching from fossil fuels to sustainable feedstock would greatly help to achieve the Net Zero emission target fixed by the Paris agreement.

Paris Agreement

The Paris Agreement has set the goal of maintaining the temperature increase to 1.5°C, well below a more realistic – yet challenging – limit of 2°C. In this context the European Union (EU) has signed the Europe Green Deal with the ambition to be climate neutral by 20503, which imposes a 55 % decrease of the CO2 emission by 2030 compared to those of 1990.

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Our Solution

Ethylene, the most used feedstock, has a global production of 214 million tons in 20213, with growing demand. It’s essential for producing polyethylene and ethylene oxide (used for polyethylene glycol). Traditionally, ethylene is made from fossil fuels via steam cracking, which releases 1-2 tons of CO₂ per ton of ethylene. Our solution, “e-ethylene,” is a direct substitute for fossil ethylene, derived from captured CO₂ instead of fossil sources. This CO₂ can come from hard-to-abate industries, biogas, or future Direct Air Capture technology, helping sequester CO₂ into everyday products like textiles, furniture, and building materials.

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Additionnal sources

1 From IPCC, 2023: IPCC, Geneva, Switzerland, pp. 35-115, doi: 10.59327/IPCC/AR6-9789291691647
2 IEA 2022
3 Green Chem., 2024, 26, 2903-2911

Get in touch

Reach our to us to discuss how together we can make recycling CO2 a reality.

From leading academic outfits, to hard-to-abate industry players, from renowned technology companies, to ambitious start-ups, our partners share our vision of a world where CO2 is a valuable resource to be recycled infinitively.

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