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Bioelectrochemical systems exhibit high resistance to starvation periods when operated under specific conditions, such as low organic loading rates and high hydraulic retention times.

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Abstract

Key findings

  • Low organic loading rates enhance the resilience of bioelectrochemical systems to starvation periods.
  • High hydraulic retention times improve the recovery of bioelectrochemical systems after starvation periods.
  • The presence of a mixed microbial community contributes to the stability of bioelectrochemical systems during starvation periods.

Keywords

StarvationMicrobial fuel cellMicrobial electrolysis cellCathodeAnodeElectrolysis

Identifiers

DOI
10.1016/j.bioelechem.2015.06.010
Journal
Bioelectrochemistry
Year
2015