Bin Liang

TL;DR: Investigation of the conversion of NB to aniline (AN), a less toxic endproduct that can easily be mineralized, using a fed-batch bioelectrochemical system with microbially catalyzed cathode indicated that the cathode was dominated by an Enterococcus species closely related toEnterococcus aquimarinus.

TL;DR: With the biocathode BES, antibacterial activity of CAP was completely removed and nitro group reduction combined with dechlorination reaction enhanced detoxication efficiency of CAP.

TL;DR: The current study suggests that the electrochemical reduction could serve as a potential pretreatment or advanced treatment unit for the treatment of antibiotics containing wastewaters.

TL;DR: This study reported the significantly improved 2,4,6-trichlorophenol dechlorination activity through the weak electro-stimulation (cathode potential of -0.36 V vs. SHE) and gave suggestions for the enhanced bioremediation of chlorinated aromatics, in views of the electro- Stimulation capacity, efficiency and microbial interrelations related microbial mechanism.

TL;DR: Dominant nitroaromatics-reducing or electrochemically active bacteria and diverse functional genes related to electrons transfer and nitroAromatics reduction were associated with nitrobenzene reduction efficiency of biocathode communities in response to carbon source switchover.