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EUCHEMBIOJ

MFC-chapter-3

Digital Book

Page: 1-123

eISBN: 978-625-00-6393-4

Language: English

Microbial Electrochemical Cell Technology with Lab Notes

Chapter 3 - Bioelectrochemical Principles

Author: Prof. Dr. Tunc Catal 

Publication Date: 10.01.2026

Publisher: EUCHEMBIOJ Publishing Platform

DOI:

10.62063/2026-mfc-c3

Type:

Applied Handbook

Field:

Biotechnology, Bioelectrochemistry

ABSTRACT

The basic bioelectrochemical concepts that characterize the production of electricity in microbial fuel cells are described in this chap ter. Effective electron transfer from electroactive microorganisms to the anode and subsequent transport via an external circuit controls these systems’ performance. The effectiveness of the system is evaluated by looking at important operational parameters, such as voltage, current density, power density, substrate utilization, and coulombic efficiency. The chapter also emphasizes how environmental factors, microbial community structure, electrode configuration, and substrate concentration affect the production of electricity. The significance of anode–cathode gradients is examined, along with redox potentials and how they affect cell voltage. Lastly, key electrochemical methods like impedance spectroscopy and cyclic voltammetry are presented as crucial instruments for describing internal resistance and electron transfer mechanisms in microbial electrochemical systems.

Keywords

Bioelectrochemical performance; Coulombic efficiency; Redox potential; Electrochemical characterization; Redox thermodynamics

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