Job post

Bioelectrochemical systems (BES), described as electrochemical reactors whereby oxidation and reduction reactions are catalyzed biologically at the respective electrodes, have emerged as a potentially more energy efficient and more sustainable way of treating domestic wastewater, while simultaneously recovering electricity (microbial fuel cells) or chemicals (microbial electrolysis). In this project we depart from the standard domestic wastewater microbial electrolysis concept, which often limits power production and resource recovery. Instead, we explore niche applications for microbial electrolysis focusing on sulfur metabolism and specifically, extremophiles, targeting the treatment of sulfur-containing waste streams while recovering valuable resources. To achieve this goal we aim to study sulfide oxidation within bioelectrochemical systems, by employing a multidisciplinary kit that includes biogeochemistry, electrochemistry and molecular biology. This will enable us to differentiate between abiotic and biotic processes in sulfur removal and to assess the potential applications of this technology. Qualifications, essential and desirable:
To achieve all the above we are looking for someone highly motivated with a keen interest in bioprocesses, holding a Master’s degree in Microbiology, Chemistry, Bioengineering, Environmental Sciences or another discipline with a relevant specialization. The ability to work independently, a collaborative spirit, critically analyzing one’s own work and fluency in oral and written English are ...