This book investigates the application of bioelectrochemical systems for the degradation of persistent environmental pollutants. It details the fundamental principles of bioelectrochemical systems, including the role of electron-respiring microorganisms, electron transfer mechanisms, and the selection of functional electrode materials. The work then explores the practical application of these systems in treating various contaminants such as toxic organic compounds, heavy metals, and nitrates found in wastewater, sediments, and wetlands. Furthermore, it discusses strategies for optimizing reactor configurations, integrating hybrid technologies, and enhancing pollutant removal efficiency.

This book is presented as a comprehensive review of recent advancements in bioelectrochemical degradation of environmental contaminants. The structure divides the content into foundational principles and applied remediation techniques, suggesting a thorough approach for professionals in the field. The inclusion of reactor optimization and hybrid technologies indicates a focus on practical engineering solutions. The target audience is clearly defined as researchers and professionals in environmental science, bioelectrochemistry, environmental microbiology, and biotechnology.