PROJECT MANAGEMENT GROUP

Dr Scott Banks is a lecturer in the school of Infrastructure and Sustainable Engineering at Aston. He is an experienced researcher within the Energy and Bioproducts Research Institute at Aston University, with 13 years of practical and analytical expertise in feedstock pre-treatment, advanced thermochemical conversion technologies for biomass and waste, and the optimisation of technology parameters to enhance product utilisation, upgrading, and the yield of desired end products.

As part of the Supergen Bioenergy Hub, Scott leads research for Task 2: Gasification for Negative Emissions. His work addresses challenges related to technology readiness and supply chains, with a focus on optimising low-carbon hydrogen production through the gasification of biomass, including energy crops and biomass waste.

Email: s.banks@aston.ac.uk

Mirjam Röder is a Reader at the Energy and Bioproducts Research Institute (EBRI) at Aston University. Her research interests focus on bioenergy sustainability including environmental, social and economic aspects.

Mirjam’s research includes sustainability modelling, community-based and co-developed business model designs, public perception, political economy, policy analysis and the assessment of bioenergy with carbon capture and storage/utilisation and CO2 removal technologies.

Mirjam has a strong background of whole systems and interdisciplinary approaches using quantitative and qualitative methods, including carbon modelling, life cycle assessment, multi-criteria assessment, qualitative interview methods and focus groups.

Within the Supergen Bioenergy Hub Mirjam leads research on sustainability trade-offs of bioenergy deployment and scale-up to enable innovation, economic growth and societal benefits.

Email: m.roeder@aston.ac.uk

Ian is a Reader in Applied Energy at the James Watt School of Engineering, University of Glasgow.

With a background in laser physics and engineering, his current research encompasses improving thermochemical processing of microalgae, including growth, dewatering and extraction for high value products, nutrition, biofuel and novel forms of decontamination.

On thermochemical work, his focus is on delivering improved system performance and addressing multilevel systems integration from, for example, automated Miscanthus farming through to gasification and pyrolysis with enhanced detection and control strategies, and integrated biorefinery strategies.

Work with the Supergen Bioenergy Hub will focus on developing strategies for scaling biorefineries and enabling rapid deployment from laboratory to commercial scale utilising machine learning and AI approaches.

Ian leads the bioenergy theme for the Energy Technology Partnership in Scotland, where academics work closely with Scottish Government and national and international companies, and he leads the regional development and collaboration activity for the hub.

Email: ian.watson@glasgow.ac.uk

Michael Short is a Senior Lecturer in Process Systems Engineering at the University of Surrey and Fellow in the Surrey Institute for Sustainability.

He is an expert in process modelling, optimisation and control, with a track-record of developing open-source code and algorithms for decision-making across system scales for policy, design and operation in the energy and chemicals sectors.

His work has received funding from the British Council, EPSRC, BBSRC, CAPES (Brazil), NRF (South Africa) and industry. He currently leads a £1.7m AI for Net-Zero project on using AI to increase flexibility of biogas (EP/Y005600/1).

He received his BSc (2011) and PhD (2017) from the University of Cape Town in South Africa before spending two years as Postdoctoral Research Fellow at Carnegie Mellon University with Prof. Larry Biegler. Their work focused on developing an open-source software package, KIPET, for chemists at Eli Lilly and Company for kinetic parameter estimation from spectra for use in drug development.

Michael has worked on projects involving companies such as Eli Lilly, Pfizer, Dow, DIREK, Future Biogas, and Siemens-PSE, and leads a group of eight PhD students and two postdocs.

Email: m.short@surrey.ac.uk

Dr. Spiridon Siouris is a Research Fellow in Aviation Fuels at The University of Sheffield and a Chartered Engineer.

Since his PhD at The University Sheffield, Spiridon has worked extensively in the areas of aviation fuels, lubricants, elastomers, numerical modelling and computational fluid dynamics. Spiridon has carried out a wide range of experimental testing from TRL1, and up to TRL5 where he designed all aspects of a large-scale test facility and successfully completed testing for aviation fuel thermal stability and fuel system design. His numerical work involves developing theoretical models and high performance computing software for aero engine fuel systems such as deposition modelling, filtration modelling, as well as modelling thermal management and fuel stressing.

Spiridon also has expertise in computational fluid dynamics modelling aerodynamics active flow control devices and developing in-house CFD codes. He has been part of several UK, EU and international projects related to aero engines and aircraft design with industrial partners such as Rolls Royce and Airbus, as well as numerous suppliers to aerospace OEMs.

Since 2017, Dr Siouris has attracted funding as a primary and co-investigator to the level of £1.5M from industry and public funding.

Email: s.siouris@sheffield.ac.uk

Jun Li is a Senior Lecturer in the Department of Chemical and Process Engineering at the University of Strathclyde and serves as Deputy Theme Lead (Bioenergy) at ETP Scotland.

His research particularly focuses on innovative routes to enable the cost-effective use of biomass waste as a sustainable source to produce energy and fuels, ultimately achieving a low-carbon circular economy.

His research interests include fundamentals of biomass reacting/conversion process, advanced CFD modelling and plant-wise process simulations, predominantly focusing on clean bioenergy technologies, eg, biomass electrolysis for hydrogen production, supercritical water gasification, and syngas/biogas reforming and CO2 hydrogenation supported by carbon-based catalysts.

Email: Jun.li@strath.ac.uk

Manosh C. Paul is Professor of Thermofluids in the James Watt School of Engineering at the University of Glasgow, specialising in thermo-chemical processes such as gasification, pyrolysis and combustion.

His main research interests include the production and utilisation (combustion) of bio-hydrogen and hydrogen-enriched biosyngas from biomass and municipal solid waste (MSW), as well as the application of biochar in thermal storage. Much of his primary research is focused on the development and application of robust thermochemical kinetics and computational fluid dynamics (CFD) modelling for process and reactor optimisation. His lab is equipped with several reactor rigs, enabling model validation and further process design and optimisation.

Within the Supergen Bioenergy Hub, he leads a project on negative emission hydrogen-BECCUS (bioenergy with carbon capture, utilisation and storage) technology. He is also the equality, diversity and inclusion (EDI) champion for the hub.

Email: Manosh.Paul@glasgow.ac.uk

Ruoyang Yuan is a Lecturer in Fuels and Combustion and the Sustainability Champion in the Department of Mechanical Engineering, University of Sheffield. Her research interests are in advanced optical diagnostics, turbulent combustion, heat transfer and low-carbon energy systems and their industrial applications. Previously an EPSRC David Clarke Fellow, her research work focuses on low-carbon energy conversion and propulsion technologies through utilisation of biofuels.

Email: ruoyang.yuan@sheffield.ac.uk

Patricia Thornley is director of the Energy and Bioproducts Research Institute at Aston University. She is a chartered physicist with over 30 years’ experience of bioenergy in the commercial and academic sectors. Her main research interests are in engineering sustainable bioenergy systems that reconcile disparities between environmental, economic and social impacts of energy provision. Her particular expertise is in process design, modelling and life cycle evaluation.

Patricia is the Director of the Supergen Bioenergy Hub.

Email: p.thornley@aston.ac.uk

Jason Hallett is Professor of Sustainable Chemical Technology within the Department of Chemical Engineering at Imperial College London and holds a Royal Academy of Engineering Chair in Emerging Technologies.

His career has been dedicated to the development of emerging sustainable technologies and the translation of those into commercial practice. His research and translation efforts have been recognised with prizes from the Royal Society and IChemE and has been profiled by many noteworthy scientific magazines and journals, including the Washington Post, Scientific American, Chemical & Engineering News, Chemistry World and Science.

He has received more than £50M in research funding from different UKRI, industry and European programmes since 2013 and has leveraged these collaborations into 6 spin-out companies to act as vehicles for the translation of his research into practice.

Email: j.hallett@imperial.ac.uk

As an ecologist and conservation scientist, Robert Holland is interested in understanding how the planet’s resources can be used sustainably. His current work focuses on the relationship between human demand for energy and the implications that this has for biodiversity, natural capital and ecosystem services. His research seeks to widen the debate around energy systems to think ‘beyond carbon’ and consider how society can make informed choices about desirable energy options based on a broader understanding of the environmental consequences.

Before taking up his current post as a Senior Research Fellow at the University of Southampton Robert worked for the IUCN as freshwater biodiversity programme, and for the British Science Association as a professional science communicator.

Within the Supergen Bioenergy Hub, Rob leads research on scaling up feedstock production.

Email: r.a.holland@soton.ac.uk