Electricity generation by biocathode coupled photoelectrochemical cells
Biocathode coupled photoelectrochemical cells (Bio-PEC) have the potential for electricity
generation and pollutant removal, with the simultaneous utilization of both solar energy and
bioenergy. However, their performance is influenced by many factors. In this work, crucial
parameters, including the pollutant type, electrolyte concentration and gas atmosphere of
the photoanode, were investigated to optimize the operation of the Bio-PEC in terms of
electricity generation.
generation and pollutant removal, with the simultaneous utilization of both solar energy and
bioenergy. However, their performance is influenced by many factors. In this work, crucial
parameters, including the pollutant type, electrolyte concentration and gas atmosphere of
the photoanode, were investigated to optimize the operation of the Bio-PEC in terms of
electricity generation.
Biocathode coupled photoelectrochemical cells (Bio-PEC) have the potential for electricity generation and pollutant removal, with the simultaneous utilization of both solar energy and bioenergy. However, their performance is influenced by many factors. In this work, crucial parameters, including the pollutant type, electrolyte concentration and gas atmosphere of the photoanode, were investigated to optimize the operation of the Bio-PEC in terms of electricity generation.
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