Role of heterogeneity of counter-diffusional biofilm on microaeration-assisted for nitrophenol degradation: Metabolic pathways and microbial mechanisms
Key Points
Degradation of nitrophenol was significantly enhanced in the presence of a counter-diffusional biofilm.
Microaeration created an optimal environment, leading to a 40% increase in degradation rate.
Analysis of the metabolic pathways indicated diverse microbial mechanisms at play under variable oxygen conditions.
This work highlights the importance of biofilm structure on pollutant degradation, suggesting ways to optimize bioremediation strategies.
Role of heterogeneity of counter-diffusional biofilm on microaeration-assisted for nitrophenol degradation: Metabolic pathways and microbial mechanisms | Synapse