ILIMITED first-ever Ionic LIquid sorbent Methanol synthesis In order To Enable over 80% yielD

Description

CO2 emissions remain a challenge, particularly from decentralised sources like wastewater treatment plants. In this context, the EU-funded ILIMITED project aims to tackle this issue by introducing a groundbreaking method for converting CO2 into methanol, an energy-dense fuel. Utilising ionic liquid sorbents, ILIMITED’s system achieves over 80 % methanol yield (surpassing the current standard of 60 %). Key innovations include a 3D-printed reactor for enhanced fluid dynamics and a catalyst encapsulation technology that prevents fouling and improves stability. This approach enables efficient, low-pressure methanol synthesis from biogas-derived CO2, positioning wastewater treatment plants as potential biorefineries. By 2030, this technology could convert 21 million tonnes of CO2 into 65 TWh of energy, bolstering Europe’s energy storage efforts.

Coordination

KEMIJSKI INSTITUT

Partners

ARISTOTELIO PANEPISTIMIO THESSALONIKIS; D’APPOLONIA SPA; GLOBAL OMNIUM MEDIOAMBIENTE, S.L.; ICODOS GMBH; UNIVERSIDADE DE AVEIRO

Sponsors

Sponsors
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