Research Associate in Circular Chemical Engineering

Full-time, 30 month fixed-term, office-based.

Join us and be part of a vibrant community at Loughborough University.

Here’s more about the role and what we’re looking for:
We are looking for two talented researchers in the areas of catalysis and reaction engineering, to develop new catalytic pathways to selectively upgrade biooils and waste CO₂ into chemical platforms such as methanol, olefins and functionalised oxygenates. The two 30-month positions are funded through CIRCARB (Circular and Biogenic Carbon Pathways for a Sustainable Future), a £6M strategic investment from EPSRC, involving academics from Aston University, Loughborough University and University of Edinburgh.

The two post holders will work closely together to develop catalytic pathways to selectively upgrade biooils (from thermochemical conversion of waste biomass) and waste CO₂ into chemical intermediates such as methanol, olefins and functionalised oxygenates. You will propose and explore new reaction pathways; design, synthesise and characterise novel catalysts; and develop equipment and analytical methods to study their application under industrially relevant conditions. You are also expected to contribute and support wider cross-cutting activities, such as feedstock mapping, digital carbon passports, policy and standards development. There will be potential opportunities for secondments and research exchanges with industrial and other academic partners.

The successful candidates will have strong backgrounds in the design, synthesis and characterisation of heterogenous catalysts for applications such as catalytic cracking, deoxygenation and CO₂ activation. Experience in reactor design and commissioning, process simulation, industry engagement and multidisciplinary working are of strong benefit.

To be considered, applicants need to provide an up-to-date CV (4 pages maximum) together with a covering letter that clearly outlines their suitability for the role, within their application.

About the University
Universities are one of this country’s greatest assets. We’re educators, employers, innovators and pioneers. We shape culture and society.

At Loughborough, we strive for better, think differently, challenge convention and take action. We are passionate about finding solutions to the major problems faced by society and the planet, and we create opportunities for those with the drive, the ambition, and the determination to apply themselves in the pursuit of better.

About the Department

The projects will be based in the Departments of Chemical Engineering (School of AACME) and Chemistry (School of Science), boasting state-of-the-art laboratories and facilities, a welcoming open-plan working environment, and an experienced, interdisciplinary supervision team.

About You

• You will have a PhD degree or equivalent in Chemistry, Chemical Engineering or related discipline.
• You will have a strong background in the design, synthesis and characterisation of heterogenous catalysts.
• You are willing to work across disciplines and closely engage with industrial partners to develop whole-system solutions.

Why should you Apply?
With huge amount of variety in the role, there is an opportunity for you to develop and continually grow.

If this sounds like the right place, team and role for you please do get in touch. We’d love to hear from you.

Informal enquiries should be directed to Dr Jonathan Wagner, via email to j.l.wagner@lboro.ac.uk.

For more information refer to the Job Description and Person Specification.

Application Process
For further support with your application, please refer to our application guidance, which includes some top tips to help you when completing your application.

We are happy to consider any reasonable adjustments that candidates may need during the recruitment process. If there are additional adjustments you’d like to request please contact Sarah Hawker via email to s.a.hawker@lboro.ac.uk. We also offer reasonable adjustments on the job.

Closing Date: 20^th July 2026

Interview Date: Expected August.

We’re committed to creating an environment where you can flourish. You’ll enjoy generous time off, including 14 university closure days and bank holidays, plus a holiday purchase scheme. Other benefits include flexible and hybrid working options, family-friendly support, world-class sporting facilities, and a wide range of financial, health, and sustainability perks. Discover more  about our full range of rewards and benefits.