The ElectroSAnMBR project brings together expertise from environmental engineering, chemical analysis, and electrochemical technologies to address pressing challenges in wastewater treatment. By integrating anaerobic submerged membrane bioreactors with electrolysis, the research team aims to develop innovative solutions that improve water quality while recovering energy from organic pollutants. This multidisciplinary approach combines fundamental laboratory studies with real-world applications, ensuring that the technologies developed are both scientifically robust and practically viable for deployment in various settings.

At the heart of the project's methodology is the development and application of advanced analytical methods for determining organic pollutants in water samples. These techniques enable precise monitoring of treatment performance and provide critical data for optimizing system operation. The research explores how electrochemical processes within the bioreactor can enhance the breakdown of contaminants while simultaneously reducing energy consumption. Such integrated approaches represent a significant step forward in sustainable water treatment technology, offering potential benefits for both municipal and industrial applications.

The project consortium comprises researchers with diverse backgrounds in microbiology, electrochemistry, chemical engineering, and environmental science. This collaborative structure allows for comprehensive investigation of the biological and electrochemical mechanisms driving the treatment process. Laboratory-scale experiments are complemented by pilot studies that examine system behavior under conditions relevant to real wastewater streams. Through this coordinated effort, the team seeks to establish design parameters and operational guidelines that will facilitate future scaling and commercial adoption of the technology.

Receiving funding from the European Union's Marie Sklodowska-Curie program underscores the project's commitment to excellence in research training and international collaboration. The initiative supports knowledge exchange between academic institutions and fosters the development of early-career researchers in the field of environmental technology. By advancing scientific understanding of integrated electrochemical and biological treatment systems, the ElectroSAnMBR project contributes to the broader goal of protecting water resources and promoting circular economy principles in water management.