Enzyme-Assisted Capture and Electrochemical Conversion of CO2 from Flue Gas to Syngas

This role focuses on the development and application of enzyme-assisted technologies for capturing carbon dioxide (CO2) from flue gas and its subsequent electrochemical conversion into syngas. Key competencies include expertise in enzymatic CO2 capture methods, understanding of enzyme catalysis and immobilization techniques, and proficiency in electrochemical conversion processes. Candidates should have knowledge of flue gas composition and treatment, as well as experience with electrochemical reactors and syngas production. Familiarity with analytical techniques for monitoring CO2 capture efficiency and syngas quality is essential. The position likely requires interdisciplinary skills spanning biochemical engineering, electrochemistry, and environmental technology. Strong problem-solving abilities and experience in experimental design and process optimization are important. While specific experience and education levels are not detailed, the role implies a need for a solid foundation in chemical or biochemical engineering, electrochemistry, or related fields, coupled with practical experience in CO2 capture technologies and electrochemical conversion systems. Candidates should be adept at integrating enzyme technology with electrochemical systems to enhance conversion efficiency and selectivity toward syngas components. Understanding of sustainability and carbon capture utilization principles is also beneficial.