Topics

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The MEEP 2027 conference topics are set but not limited to:

1. Biocatalysts & Reaction Cascades

1.1  Fundamental discoveries in bioelectrochemistry, microbe interactions, microbial ecology & new model organisms
1.2  Genetic/metabolic engineering of microbes
1.3  Steered & tailored interaction of enzymes & organisms
1.4  Characterisation and optimization of biofilms for BES
1.5  Integration of (bio-)electrochemical reactions in multistep process cascades

2. New materials, Surfaces, Processes & Biohybrids 

2.1  Methods & Techniques
2.2  Advanced anode & cathode materials
2.3  Electrode surfaces & surface catalysis
2.4  Membranes – electrode assemblies

3. Modelling & Computing  

3.1  AI & Digital Twins
3.2  CFD
3.3  Kinetic Modelling, Biofilm Modelling, Process Modelling…

4. Reactor Engineering

4.1  Reactor architecture & geometries
4.2  Upscaling and engineering studies
4.3  Resilience & stability of reactor systems

5. Scale-up, Application, Sustainability & Economics

5.1  Scalability, applications & real-life installation
5.2  Electronics & power management approaches
5.3  Sensors & IoT
5.4  Life cycle assessment & economic boundary conditions
5.5  Social perception/acceptability studies of BES

If you have questions or comments concerning the topics,
please do not hesitate to email  info@i-MEEP.com

  • 1. Biocatalyts & Reaction Cascades

    1.1 Genetic/metabolic engineering of microbes
    1.2 Steered & tailored interaction of enzymes & organisms with electrode surfaces
    1.3 Characterisation and optimization of biofilms for BES
    1.4 Integration of (bio-)electrochemical reactions in multistep process cascades

  • 2. New materials, Biohybrids & Surfaces

    2.1 Advanced anode & cathode materials
    2.2 Electrode surfaces & surface catalysis
    2.3 Membranes - electrode assemblies

  • 3. Reactor Engineering

    3.1 Reactor architecture & geometries
    3.2 Engineering studies
    3.3 Resilience & stability of reactor systems

  • 4. Scale- up, Application, Sustainability & Economics

    4.1 Scalability, Applications & Real-life installation
    4.2 Life cycle assessment & Economic Boundary Conditions
    4.3 Social perception/acceptability studies of BES
    4.4 Others

    If you have questions or comments concerning the topics,
    please do not hesitate to email