Research Fellow in Catalysis and Reaction Engineering EB)

Research Opportunity: Mechanistic Modelling of Carbon Dioxide Conversion

Are you a highly motivated and intellectually driven researcher passionate about contributing to the decarbonization of UK industry? The Great British Chemicals Hub presents a compelling opportunity to join a significant national initiative at the forefront of sustainable chemical innovation. This groundbreaking platform, co-funded by the Engineering and Physical Sciences Research Council (EPSRC) and the Natural Environment Research Council (NERC), unites ten leading UK universities and over thirty industrial partners.

The University of Southampton's team within this hub excels in reaction engineering and kinetic modelling, with a specific focus on catalytic, photocatalytic, and sustainable chemical processes. Our mission is to bridge the gap between laboratory breakthroughs and pilot-scale implementation, driving tangible industrial impact.

This specific role centers on the mechanistic modelling of carbon dioxide conversion and related sustainable processes. You will be instrumental in developing and refining models that illuminate the intricate pathways of these reactions, contributing vital insights to the consortium's overarching goals. This position offers a unique chance to collaborate closely with esteemed researchers and industry experts across multiple partner institutions, fostering a rich and dynamic research environment.

Key Advantages for Potential Candidates:

• Impactful Research: Contribute directly to a major national initiative focused on decarbonizing UK industry, a critical and highly relevant area for the future.
• Collaborative Environment: Work within a well-established consortium, gaining exposure to diverse perspectives and expertise from leading academic and industrial organizations.
• Skill Development: Deepen your expertise in mechanistic modelling, reaction engineering, and kinetic modelling within the context of cutting-edge sustainable chemical processes.
• Industry Relevance: Gain practical experience in translating laboratory-scale innovations to pilot-scale applications, enhancing your understanding of industrial implementation.
• Career Advancement: This role provides a platform for professional growth, offering opportunities to publish research, present at conferences, and build a strong network within the chemical industry and research community.

Key Considerations for Your Career Path:

• Role Focus: The position is specifically focused on mechanistic modelling. Candidates with a strong background and interest in this area will find this role particularly rewarding.
• Collaboration is Key: Success in this role will heavily rely on your ability to communicate effectively and collaborate with a wide range of stakeholders, both academic and industrial.
• Fixed-Term Contract: The initial contract is for one year, with the possibility of extension. This offers flexibility for those seeking a defined project or looking to build specific experience.
• Academic Rigor: A strong foundation in chemical engineering, chemistry, or a closely related discipline, evidenced by a PhD or equivalent industrial experience, is essential for success.

This is an exciting opportunity for a driven researcher to make a significant contribution to a critical area of scientific and industrial advancement. If you are looking to leverage your modelling expertise in a collaborative, impactful, and forward-thinking research environment, we encourage you to apply.