Welcome to ISMET

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.

Become a member

Join ISMET to stay informed about our conferences and recent developments in the field

Subscribe

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. 

Become a Member

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

Emerging Research

ISMET members receive an annual newsletter highlighting the most recent advancements in the field – become a member today to ensure that you are in the loop!

Sign up for our newsletter

Don’t miss any of our news, events and announcements.

News

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 ...
/ News

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 ...
/ News

ISMET board elections

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

NA-ISMET 2024

The 2024 North American Meeting of the International Society for Microbial Electrochemistry and Technology (NA-ISMET) will be hosted at Rice University during ...
/ News

Open Jobs

In the context of the Center for Electromicrobiology a 3-year PhD position is available at the Department of Biology with earliest start on the 1st of August. Cable bacteria are electrically-conductive, filamentous bacteria able to couple sulfide oxidation with oxygen or nitrate reduction over centimeter distances in aquatic sediments. Such “short-circuit” of the redox cascade has been shown to alter the biogeochemistry in unconventional ways with implications for the cycling of oxygen, nutrients, carbon, minerals, ions, and greenhouse gasses. This broad impact has gained cable bacteria the name of ecosystem engineers and yet it remains largely unpredictable when they come ...