Bio-integrated carbon capture and utilization of flue gas CO2 to e-methane – exploring the power of biological processes for ...

This role focuses on the integration of biological processes for carbon capture and utilization, specifically converting flue gas CO2 into e-methane. Key competencies include expertise in bio-integrated carbon capture technologies and the application of biological systems for gas treatment and conversion. Candidates should have a strong understanding of biochemical and microbiological processes involved in CO2 fixation and methane production, such as the use of methanogenic archaea or other relevant microorganisms. Knowledge of flue gas composition and treatment methods is essential, along with experience in designing or optimizing bioprocesses for gas conversion efficiency. Familiarity with environmental engineering principles, renewable energy systems, and sustainable chemical production will be beneficial. The role may require skills in experimental design, process monitoring, and data analysis to evaluate biological performance and integration with existing industrial systems. While specific experience and education levels are not provided, the position likely demands advanced knowledge in biotechnology, environmental science, or chemical engineering, with practical experience in carbon capture and utilization technologies or related research fields. Overall, the ideal candidate will combine expertise in biological process engineering with an understanding of carbon management strategies to develop innovative solutions for sustainable methane production from industrial CO2 emissions.