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ISMET aims to link researchers from various areas of science and engineering towards studying the complex interactions of microorganisms and electrodes, while finding novel ways to use them for sustainability applications.

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Goal

The goal of ISMET is to link researchers from various areas of science and engineering towards studying the complex interactions of microorganisms and electrodes, while finding novel ways to use them for sustainability applications. 

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Joining ISMET is the perfect way to stay connected with the most recent developments in microbial electrochemistry and its technological advances.

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News

Call for Nominations of ISMET Fellows

ISMET Fellows have made outstanding contributions to our field and to our Society. An ISMET Fellow is an honorary appointment ...
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Three regional ISMET 2026 Conferences: Call for Proposals Open

The ISMET Conference Committee is pleased to announce a call for proposals toorganize the next regional ISMET meetings in 2026 ...
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WISMET seminar October 25th

Name of the speaker: Dr. Katharina Herkendell Affiliation: Assistant Professor at Distributed Energy Process Engineering, Friedrich-Alexander-Universität Erlangen-NürnbergFuerther Straße 244f, D-90429 ...
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ISMET board elections

Dear ISMET members, As you know our society is now truly global with five chapters. This means that from 2027/ ...
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Open Jobs

The interdisciplinary research group Environmental Process Engineering (Prof. Dr. Sven Kerzenmacher) researches the fundamentals, materials and processes of sustainable environmental technology and biotechnology. A large focus lies on the development of microbial electrochemical technologies for energy-efficient wastewater treatment, bioproduction and the recovery of recyclable materials. With respect to fundamental research, we employ techniques such as Magnetic Resonance Imaging (MRI), Laser-induced fluorescence (LIF), and Particle Imaging velocimetry (PIV) to understand the limiting processes in biofilms and optimize the design and operation of corresponding bioreactors. On the more application-oriented side, we develop scale-up strategies for microbial electrochemical technologies, including the experimental identification ...
Background:
Cupriavidus necator is a hydrogen-oxidizing bacterium, that can be used to produce bioplastics from CO2. Growing in membrane biofilm reactors (Fig. 1), reactant gradients occur, limiting overall productivity. Knowledge of biomass density, pH and reactant (H2, O2) gradients as well as mass transfer characteristics inside such biofilms is one of the keys to identify limitation mechanisms and develop design and operation principles for optimized productivity. The project:
Aim of this project is to further develop Magnetic Resonance Imaging (MRI) as an in vivo/in situ technique for investigating the spatial distribution of biomass density, mass transfer properties, substrate (O2 and H2) and ...
On the campus of the University of Bremen (Germany), the first “innovate!Center MaTeNa (Materials - Technologies - Sustainability)” of the Joachim Herz Foundation is being created. It aims to bring research results in the field of ‘Materials for Sustainable Technologies’ into application more quickly. For the five-year transfer project “Production of single-cell protein from electricity and CO2 as a sustainable feed for aquaculture” we are now seeking a research assistant (m/f/d) from the field of microbiology or biotechnology (or related).
The use of single cell proteins (SCP) instead of fishmeal as feed in aquaculture is a promising approach to reduce the ...