A Century of Discovery
From Potter's accidental observation in 1911 to today's AI-optimized systems, trace the remarkable journey of microbial electrochemistry.
First Microbial Electricity Discovery
M.C. Potter
Observed electrical current generated by bacterial cultures in sterile solutions.
Bacterial Fuel Cell Demonstration
Barnett Cohen
Created the first practical bacterial fuel cell using a series of connected cells.
Direct Electron Transfer Discovery
P.D. Tender
Discovered bacteria could transfer electrons directly to electrodes without mediators.
Term "Microbial Fuel Cell" Coined
Kim et al.
Formally established the terminology and framework for microbial fuel cell research.
First Commercial MFC Application
Derek Lovley & team
Demonstrated practical wastewater treatment using microbial fuel cells.
Geobacter Genome Sequenced
Derek Lovley & team
Complete genome sequencing of Geobacter sulfurreducens revealed electron transfer mechanisms.
Scale-Up Breakthrough
Bruce Logan & team
Demonstrated large-scale MFC systems for municipal wastewater treatment.
Microbial Electrolysis Cells (MECs)
Rabaey & team
Developed reverse MFC operation to produce hydrogen gas from organic waste.
Biofilm Engineering
Multiple research groups
Advanced understanding of biofilm architecture for optimized electron transfer.
AI-Optimized MES Systems
MESSAI Platform
Machine learning algorithms optimize MES design and operation in real-time.