Strategic Objectives
• Master the science of converting organic waste directly into electricity.
• Understand the unique biology of electrogenic microorganisms.
• Explore scalable designs for sustainable micro-power systems.
• Discover how to integrate biological fuel cells into modern waste management.
The Core Challenge
Traditional energy production relies on finite fossils or inefficient chemical processes that leave a heavy environmental footprint.
01
The Dawn of Bio-Electricity
02
Nature’s Electric Architects
03
The Physics of the Anode
04
Closing the Circuit
05
Extracellular Electron Transfer
06
The Power of Shewanella
07
Geobacter and the Soil Matrix
08
The Proton Exchange Membrane
09
Biofilm Dynamics
10
Metabolic Engineering
11
Wastewater as Fuel
12
Electrochemical Impedance
13
The Benthic Fuel Cell
14
Oxidation-Reduction Potentials
15
Bioelectrosynthesis
16
Nanotechnology in MFCs
17
Plant-MFCs
18
Scaling Up the Technology
19
Energy Storage Systems
20
The Circular Economy
21
The Future of Electromicrobiology
Explore Research Ecosystem
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