BIOtechnological processes based on microbial platforms for the CONversion of CO2 from the iron and steel industry into commodities for chemicals and plastics

BIOCON-CO2 aims to develop and validate a platform of flexible and versatile techniques capable of using biological processes to transform raw CO2 waste from the iron, steel, cement and electric power industries into value-added chemicals and plastics.

Exploring novel biotechnological solutions, the project intends to generate new knowledge to develop commercially viable strategies for reducing Europe’s dependency on fossil fuel resources. This will lead to the increased sustainability of the chemical industry and provide support for European leadership in CO2 re-use technologies.

Latest news

Call for abstracts for the Co2oling the Earth II Summer School poster session

Call for abstracts for the Co2oling the Earth II Summer School poster session. The submission deadline is 29th February 2020.

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BIOCON-CO2 Workshop and Masterclass Takes Places at Wageningen Food & Biobased Research

A workshop and masterclass focusing on microbial and enzymatic CO2 conversion, CO2 conversion technologies, enzyme discovery and engineering, and computational enzyme engineering has taken place as part of the BIOCON-CO2 project.

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Registration NOW OPEN for Co2oling the Earth Summer School II: Focus on BIO-CCU

The BIOCON-CO2 Co2oling the Earth Summer School II: Focus on BIO-CCU is NOW OPEN for registrations.

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Upcoming events

24 - 25 Mar

Cologne, Germany

There will be a 15 minute presentation on BIOCON-CO2 by partner LEITAT on 25 March. 
More information: http://co2-chemistry.eu/

11 - 14 May

San Servolo, 30100 Venice, Metropolitan City of Venice, Italy

The theme of this Forum will be ‘Upscaling CO2 storage totackle the climate emergency’ CO2GeoNet is the European scientific body on CO2 geological storage, bringing together28 rese...

26 - 29 May

Co2olingthe Earth Summer School II: Focus on Bio-CCUHostedby the National Technical University of Athens (NTUA) withinthe framework of the BIOCON-CO2 research projectPlease re...

Page updated: 28th June 2018