Boron transport and remediation performance in sediment microbial fuel cells via electromigration and synergistic ecosystem interactions

Key Points

• Boron transport improves remediation performance in microbial fuel cells and enhances ecosystem resilience.
• Key evidence includes a significant increase in remediation efficiency metrics and effective boron levels measured.
• Analysis focuses on the dynamic interactions within sediment microbial fuel cells using electromigration techniques.
• This indicates a need for external validation in broader environmental conditions beyond the initial settings.