معرفی
Jon Noble is a Lecturer in the Department of Chemical Engineering at the University of Bath, specializing in electromagnetic heating technologies for sustainable chemical processes. His research directly contributes to UN Sustainable Development Goals through electrification of industrial reactors and renewable chemicals manufacturing.
Education:
- MEng Chemical Engineering, University of Surrey (2001-2005)
Research Interests:
Dr Noble's work bridges chemical engineering and electromagnetic physics, focusing on induction heating systems, magnetic hysteresis modeling, and in-situ measurement techniques for chemical reactors. He develops novel approaches for temperature inference in particle beds and contact-free impedanceometry, with applications in catalytic processes and fossil fuel displacement.
Publication Trends:
His recent publications demonstrate cohesive advancement in radio-frequency heating for green chemistry, emphasizing energy loss modeling, scale-up analysis, and magnetic material characterization. Key themes include sustainable reactor design, real-time temperature monitoring, and magnetic-zeolite catalyst development for renewable chemical synthesis.
Grants and Projects:
- Principal Investigator for 'Novel dual-functional magnetic-zeolite catalysts for renewable chemicals manufacture' (2019-present)
- UK Science Festival Outreach project (2021) involving Swindon community engagement
- MRes project on advanced radio-frequency applications for continuous flow reactions (2018-2019)
Collaborations:
He maintains active research partnerships with the Department of Physics at Bath, particularly with Professors Simon Bending and Adrian Hill, and contributes to the Centre for Sustainable Chemical Technologies' mission.
