Webinar: Thursday 20 July 2023, 10.00-11.00 (BST). Registration is now closed. The webinar video can be found here. Invited Speaker: Title: Bioelectrochemical Systems – from fundamentals in robotics to real world applications Professor Yannis Ieropoulos is Professor of Environmental Engineering at the University of Southampton. Yannis has a background in electrical …
Registration now closed. Webinar is available here. With a focus on current progress in UK, this webinar organised by EBNet Working Group: N2O emissions from Environmental Biotechnologies introduces the progress and challenges of N2O production and emission in environmental biotechnologies, with especial interest on wastewater treatment. Different methodologies for monitoring …
19 April 23, 11.00-12.00: Cranfield University (Auditorium – Vincent Building (Bldg 52a)) and on Teams. Slides are here. This event has been brought to you by the EBNet Working Group on Environmental Sensors and Wastewater Surveillance. Registration is now closed. Water resources are at the heart of human civilization. Throughout …
This webinar recording is now available here. We invite EBNet members to join us for this FREE online workshop – brought to you by the Process Integration and Sustainability Assessment Working Group. Join us for 3 hours of top level content. Featuring top speakers from academia and industry this workshop …
Webinar: Wednesday, 11 May 2022, 14.00-15.30. Registration closed The slides for the meeting are available here. Recording available here – an excellent resource for anyone wanting to learn more about bioinformatics! This open session is brought to you by the EBNet Working Group: Bioinformatics Training for Microbial Environmental Biotechnologies. To …
Webinar: Thursday, 10 March 2022, 10.00-11.00 (GMT) This talk is by Professor Kevin Thomas – Director of the Queensland Alliance for Environmental Health Sciences (QAEHS). Registration is now closed. The past 2 years has seen unprecedented adoption of wastewater-based epidemiology (WBE) for the surveillance of SARS-CoV-2. Set against the mass …
