13-14:00 Monday 13 January 2025, online.This webinar series is brought to you by our Bioelectrochemical Development for Environmental Technology Working Group. Dr Deepak Pant is a senior scientist at the Flemish Institute for Technological Research, currently working on electrosynthesis and resource recovery, specifically, the design and optimization of bio/electrochemical cells for …
Brought to you by the Bioelectrochemical Development for Environmental Technology Working Group, this 2-day workshop features hands-on lab learning and will be held at Newcastle University. This is a must for anyone working, or thinking of working, with bioelectrochemical systems. There is a small fee A workshop of knowledge and …
This new Working Group will promote education, collaboration and research by merging microbiology, engineering, material and biotechnology disciplines in the study of bioelectrochemical systems. Contact the lead, Dr Sharon Velasquez Orta, Senior Lecturer in Chemical Engineering. Newcastle University to get involved.
AgroRES Interreg Europe Seminar: renewable technologies for farms9 March 2020, Higher Fingle Farm, Exeter CIEEM: 2020 Spring Conference: Assessment and Mitigation of Air Quality Impacts on Biodiversity4 March 2020, Sheffield Specialist in Land Condition (SiLC) Annual Forum 20206 March 2020, The Royal Geographical Society, Burlington House, London GCRF Demonstrate Impact …
Apply by 14 Feb 20 Dr Claudio Avignone-Rossa is recruiting a Postdoctoral researcher to work on microbial electrochemical systems for water treatment, in a collaborative project between the Systems Microbiology Group at the University of Surrey and the Department of Water Pollution (National Research Center, Egypt), funded by the British Council through …
This Bioelectrical Engineering Innovation Hub 2020 Workshop will be held at the Radcliffe Conference Centre, University of Warwick, Coventry, UK, CV4 7SH on 27-28 April 2020. Fragmented individual studies on a diverse range of biological systems, conducted over the last decade show that electrical forces and electrochemical gradients are fundamental …
