Thursday, 26 May 2022, 12.00-14.00. Registration now closed. EBNet are hosting a series of specialist webinars to support knowledge exchange amongst members. Hear the latest developments from top speakers and participate in the online chat to engage with questions.
This fascinating session is chaired by: Dr David Inman, Innovation Projects Manager, Anglian Water Services
Title: Gas fermentation from lab to process: biological methanation as a model platform
Dr. Sébastien Bernacchi holds a MSc in chemical engineering and biotechnology earned at the Federal Polytechnique School of Lausanne (EPFL), Switzerland and he is currently employed at Krajete GmbH as project manager and process development engineer. In addition, he obtained a PhD in bioprocess technology at the Vienna University of Technology where he worked on the development, scale-up engineering and optimization of control strategies for the high performing biological methanation (CO2- BMP) process. Since then, he focuses on modelling, simulation and engineering of gas converting bioprocesses and gas purification processes with a particular focus on biological methanation and its integration in different industrial ecosystems.
Title: Metagenomics and metabolic flux balance approaches for the improvement of biological biogas upgrading
Dr Stefano Campanaro, is Associate Professor at the Department of Biology and Director of the Centre for Innovative Biotechnologies (CRIBI), University of Padova. From Anaerobic Digestion, to fermented food and human gut, I use my expertise in molecular biology, computation and microbiology to study the genomes, evolution and ecology of microbial populations through ‘omics strategies
Title: Hybrid biomethanation of hydrogen and carbon dioxide
Michael Chesshire is a Cambridge engineering graduate. After a brief spell in the nuclear industry (including cold commissioning of Hinkley B), he set up his first AD business in 1975 in the wake of the Middle-East oil crises. Over the years his companies have built more than 100 biogas plants and have employed more than 200 people in South Shropshire. Furthermore, employees from these companies have gone on to start their own new biogas businesses within the industry – notably Marches Biogas. Since 2008, he has been a visiting professor at the University of Southampton, teaching both at the university and at summer schools in Finland. More recently his association with the university has been on research projects. He has been an active participant in trade associations, as a Director of the Renewable Energy Association (2009 to 2017), Director of Renewable Energy Assurance (2011 to date), and a Board Member of the European Biogas Association (2017 to date).
Title: In-Situ Biomethanation – Opportunities and Challenges in Process Simulation
Dr Mark Walker, University of Hull graduated with a MEng in Engineering (Mechanical) from the University of Durham in 2004. He went on to study for his PhD at the University of Southampton with the project title “Development of a Mesh Bioreactor for the Anaerobic Digestion of Biodegradable Municipal Waste”. In the subsequent decade he has continued to specialise in anaerobic digestion and biogas systems applied as a bioenergy technology and to treat both organic waste and wastewater. Increasingly his research has broadened to incorporate more general issues surrounding energy system integration and decarbonisation, industrial and environmental biotechnology and the bio- and circular economies.
Want some in-depth background reading to get up-to-speed on the acronyms? Try these latest papers.
Methanogenic capacity and robustness of hydrogenotrophic cultures based on closed nutrient recycling via microbial catabolism: Impact of temperature and microbial attachment.
Savvas S, Donnelly J, Patterson T, Chong Z and Esteves S (2018). In Bioresource Technology 257: 164-171
Integration of Power to Methane in a waste water treatment plant – A feasibility study.
Patterson T, Savvas S, Chong Z., Law I, Dinsdale R and Esteves S (2017). In Bioresource Technology 24(A): 1049-1057
Biological methanation of CO2 in a novel biofilm plug-flow reactor: A high rate and low parasitic energy process.
Savvas S, Donnelly J, Patterson T, Chong ZS and Esteves S (2017). In Applied Energy, 202: 238-247
Closed nutrient recycling via microbial catabolism in an eco-engineered self-regenerating mixed anaerobic microbiome for hydrogenotrophic methanogenesis.
Savvas, S., Donnelly, J., Patterson, T., Dinsdale, R. and Esteves, S. (2017). In Bioresource Technology. 227, p. 93-101
Predicting pH rise as a control measure for integration of CO2 biomethanisation with anaerobic digestion
Tao, Bing Tao, Yue Zhang, Sonia Heaven, Charles J. Banks. In Applied Energy 1 November 2020 277
A techno-economic assessment of implementing power-to-gas systems based on biomethanation in an operating waste water treatment plant
Stavros Michailos, Mark Walker, Adam Moody, Davide Poggio, Mohamed Pourkashanian. In Journal of Environmental Chemical Engineering. Volume 9, Issue 1, February 2021, 104735
Microbial Communities in Flexible Biomethanation of Hydrogen Are Functionally Resilient Upon Starvation
Washington Logroño et al. In Frontiers in Microbiology, Vol 12 (2021)