A recent review paper on methods of membrane fouling control and cleaning provides an excellent example of the need to consider physical and chemical technologies in conjunction with microbial treatment systems. Environmental biotechnologies not only require engineered systems to enable and maintain the microbially-mediated processes that drive them; these elements …
Registration deadline: 25 March 2026 Date and venue: 20 May 2026, Cardiff The Microbial Interactions in Biofilms and Microbiomes conference is a one-day international event bringing together leading scientists and early-career researchers working on microbial ecology, biofilms, microbiomes, evolution and biotechnology. This event aims to explore how microorganisms interact, organise …
A 2-day workshop led by Prof John Bridgeman of the University of Liverpool brought together specialists in fluid mechanics with microbiologists and water industry end users to discuss best practice and new opportunities in hydrodynamic modelling of anaerobic digestion of wastewater biosolids. These complex multi-phase non-Newtonian fluids present a range …
Don’t miss the two new animations in our series on Microbiology/Engineering Interactions, which came out during #EnvBiotechAware week. Prof Tom Curtis has already shown his Microbes in Wastewater Treatment as part of a presentation to the Royal Academy of Engineering, while Aerobic Granules captures some key themes of the AG …
Following our summer call for animation ideas to illustrate EBNet’s Microbiology/Engineering Interactions Theme, we now have 3 new videos to enjoy on YouTube. Our thanks to Dr Hemaka Bandulasena, Loughborough University, Dr Francis Hassard, Cranfield University and Dr Yue Zhang, University of Southampton for working with Senate Media to create these. Want …
For details see the FLYER. This free Edinburgh Complex Fluids Partnership (ECFP) event brings together industry practitioners, interdisciplinary academics and regulatory professionals to discuss sectoral challenges and strategic objectives towards improving efficiency, minimising environmental impacts, and enhancing public perception. Current wastewater treatment research either focusses on the microscale (the microbiology …
