Technology demonstration projects

Each of these projects focuses on novel technology development that could significantly impact UK energy system sustainability.

Digitalisation and AI for AD

Led by Michael Short, University of Surrey

Learn more

Hydrogen from biomass gasification

Led by Paula Blanco-Sanchez, Aston University

Learn more

Biowaste electrolysis

Led by Jun Li, University of Strathclyde

Learn more

Hydrogen-BECCUS from waste

Led by Manosh Paul, University of Glasgow

Learn more

rDME for off-grid energy

Led by Ruoyang Yuan, University of Sheffield

Learn more

Bio-derived sustainable aviation fuels

Led by Spiridon Siouris, University of Sheffield

Learn more

Cross-cutting projects

These projects aim to provide cross-cutting information to advance sustainability performance.

Global indirect land use change (ILUC)

Led by Patricia Thornley, Aston University

Learn more

Biomass fractionation

Led by Jason Hallett, Imperial College London

Learn more

Bio-based and biodegradable chemicals

Led by Helen Sneddon, University of York

Learn more

Scaling up feedstock production

Led by Rob Holland, University of Southampton

Learn more

Biorefinery efficiency and scale-up

Led by Ian Watson, University of Glasgow

Learn more

Maximising sustainability trade-offs

Led by Mirjam Röder, Aston University

Learn more

Supergen Bioenergy Hub flexible funding research projects

The Hub delivers a diverse range of bioenergy research projects from fundamental science to engineering challenges, social responses to technologies, economic context and policy development.

Outputs from all of our core and funded research projects, including those from previous phases of the hub, can be found in the Outputs section.

Join our newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

I agree to the Terms and Conditions(Required)
Keep me up to date with the latest from Supergen Bioenergy Hub(Required)
This field is for validation purposes and should be left unchanged.