This PhD Fellowship at Aarhus University is offered within the Graduate School of Technical Sciences, specifically in the Biological and Chemical Engineering programme. The project, titled 'Bio-integrated carbon capture and utilization of flue gas CO2 to e-methane – exploring the power of biological processes for production of renewable fuel,' is part of the Novo Nordisk Foundation CO2 Center (CORC). The center is dedicated to advancing knowledge and technology in Carbon Capture and Utilization, bringing together experts in biotechnology, chemistry, and engineering to address the global challenge of anthropogenic CO2 emissions.

The successful candidate will join the 'Microbial Conversion Technologies' research group in the Department of Biological & Chemical Engineering. The research focuses on leveraging methanogens for the conversion of CO2 from dilute sources, such as flue gas, into valuable products like synthetic natural gas (e-methane). The work involves developing new reactor systems for CO2 capture and conversion, with an emphasis on understanding the complex dynamics of biological reactors at the intersection of chemistry, microbiology, and engineering.

The position offers access to state-of-the-art experimental facilities and a collaborative, interdisciplinary environment. Candidates are expected to contribute to student co-supervision, teaching, and daily group activities. The ideal applicant will have a master’s degree in Biological, Chemical, or Process Engineering, with hands-on experience in areas such as biological reactors, gas-liquid mass transfer, reactor modelling, anaerobic microbial cultures, and analytical techniques. Proficiency in English is essential.

The project scope can be tailored to the candidate’s expertise. The position is based at Aarhus University, with work locations in Aarhus C and Tjele. For further information, applicants can contact the main supervisor, Michael VW Kofoed.

Applications must be submitted online, including a PDF of the project description, by 25 November 2025. The preferred start date is 15 January 2026.