Your browser doesn't support javascript. This means that the content or functionality of our website will be limited or unavailable. If you need more information about Vinnova, please contact us.

Flue Gas to Methanol - Electrocatalytic Technology for Integrating CO2 into the Circular Economy

Reference number
Coordinator CarbGen AB
Funding from Vinnova SEK 732 335
Project duration October 2024 - April 2025
Status Ongoing
Venture Impact Innovation Net Zero industry - Program-specific efforts
Call Impact Innovation: Increased resource efficiency and resilience, stage 1

Important results from the project

The project successfully validated CarbGen’s novel electrochemical technology for converting industrial flue gas CO₂ into e-methanol at lab scale. Tests achieved >95% purity after distillation and demonstrated functionality at low CO₂ levels (1 V% to 33 V%). Copper Lavender confirmed product usability, and CIT delivered market and policy insights. Strong new partnerships with RISE, Perstorp, and Essity were also formed, preparing the ground for pilot-scale deployment.

Expected long term effects

The project lays the groundwork for large-scale implementation of CarbGen’s CO₂-to-e-methanol technology with 75% faradaic efficiency maintaining the product (e-MeOH) selectivity, enabling industrial decarbonization and circular use of emissions. It supports Sweden’s net-zero goals, opens new value chains in green chemicals, and positions Sweden as a leader in sustainable innovation, with potential for export, job creation, and broader climate impact across heavy-emitting sectors.

Approach and implementation

The project followed a structured plan focused on validating CarbGen’s CO₂-to-e-methanol technology using real flue gas. Activities included gas sampling (from Rottneros), electrochemical testing (CarbGen), product validation (CL), and techno-economic analysis (CIT). Despite some delays in gas collection, all core milestones were met. The collaboration between partners worked effectively, with clear roles and active contributions, laying a strong foundation for pilot-scale deployment in Stage 2.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 19 May 2025

Reference number 2024-02976