Oxylum: Electrochemical CO₂ Conversion for Europe’s Strategic Autonomy
Oxylum is pioneering a transformative approach to chemical manufacturing that could reshape Europe’s industrial and strategic landscape. Based in Antwerp, this deep-tech spin-off from the University of Antwerp has developed an electrochemical technology to convert carbon dioxide (CO₂) and water into valuable chemicals like fuels and plastics, using only renewable electricity[1][2]. In essence, Oxylum’s innovation promises a future where industrial feedstocks and energy carriers can be synthesized from air, dramatically cutting reliance on fossil fuels. Such capability arrives at a critical moment for Europe: the EU is racing to reduce carbon emissions and strengthen its autonomy in critical resources. Oxylum sits squarely at the nexus of these goals. By creating high-value products (e.g. formic acid, ethylene) out of waste CO₂[3][4], the company addresses both climate imperatives and strategic vulnerabilities in supply chains. Though still in its scale-up phase, Oxylum has already attracted support from European innovation programs and industry partners. Its story – an academic lab breakthrough turned startup venture – not only intrigues with its scientific boldness, but also hints at far-reaching impacts on Europe’s energy security and defense readiness. For decision-makers focused on strategic autonomy, Oxylum exemplifies how clean technology can double as a tool for resilience and deterrence.