Bioelectrochemical processes aimed at the production of value-added compounds from the treatment of waste streams Line of research Bioelectrochemical systems (BES) rely on the ability of "electroactive" microorganisms to engage in extracellular electron transfer processes with solid-state electrodes, used as either acceptors or donors of electrons in their metabolism. BES allow to address microbial reactions towards value-added products by using organic waste and wastewater as feedstock. This research activity mainly refers to: - biomethane generation, including upgrading of biogas deriving from anaerobic digestion - production of organic acids - in situ bioremediation of chlorinated solvents in groundwater. MEC Brief Majone.pdf Staff Supervisor: Marianna VillanoDepartment staff: Marco ZeppilliGaia SalvatoriFederico Scopetti Publications Carbon and nitrogen removal and enhanced methane production in a microbial electrolysis cellThree‐chamber Bioelectrochemical System for Biogas Upgrading and Nutrient RecoveryLinking bacterial metabolism to graphite cathodes: Electrochemical insights into the H2-producing capability of desulfovibrio spElectrochemically Driven Fermentation of Organic Substrates with Undefined Mixed Microbial CulturesElectrochemically assisted methane production in a biofilm reactor.Anion vs cation exchange membrane strongly affect mechanisms and yield of CO2 fixation in a microbial electrolysis cellBioelectrochemical vs hydrogenophilic approach for CO2 reduction into methane and acetateBioelectromethanogenesis reaction in a tubular Microbial Electrolysis Cell (MEC) for biogas upgradingTwo-side cathode microbial electrolysis cell for nutrients recovery and biogas upgradingAnodic vs cathodic potentiostatic control of a methane producing microbial electrolysis cell aimed at biogas upgrading Collaborations National collaborations: Aulenta Federico (IRSA-CNR)Rossetti Simona (IRSA-CNR)David Bolzonella (Università di Verona)International collaborations: Alain Bergel (INP-CNRS French National Centre for Scientific Research, Tolouse FR)Gerasimos Lyberatos (School of Chemical Engineering NTUA, Athen, GR)Sebastià Puig Broch (Universitat de Girona - Spain) Fundings and awards Fundings: FP7 collaborative project ROUTESprogetto europeo ERANETMED_NEXUS-14-035 "WE-MET,Sustainable wastewater treatment coupled to energy recovery with microbial electrochemical technologies" Progetto europeo NoAW Theme and ERC Theme: Sustainable chemistryERC: PE8_2 Chemical engineering, technical chemistryPE8_14 Industrial bioengineeringPE8_15 Industrial biofuel production Traineeship offer Area di ricerca: Industrial chemistryAvailability: one positionCourse of study (advised): Industrial chemistry