Electro-microbial pathways for sustainable bioremediation

Climate change and the depletion of resources demand technologies that address pollution while advancing sustainability. This talk will present electron-driven microbial reactions as the basis for microbial electrochemical technologies (METs), offering new strategies for resilient bioremediation and resource recovery. Environmental pollutants often persist due to limitations in electron donors or acceptors, constraining biodegradation. METs overcome this challenge by enhancing electron flow with minimal energy inputs and reduced chemical additives. Evidence from laboratory and pilot-scale studies will be discussed, demonstrating the potential of in situ applications for the remediation of contaminated water, a persistent global health concern. This talk will highlight how bridging fundamental electromicrobiology with innovation can deliver sustainable solutions for pollution control and resource recovery.