Yanyan Liu

TL;DR: Coding resistance genes of efflux pump, ribosome protective protein and modifying or passivating were all found in O-GM-BE, and this explained the OTC removal mechanisms from gene level.

TL;DR: Bacteria related with OTC biodegradation were enriched, which contributed to the high removal efficiency of OTC, and electricity generation in O-D-GM-BE MFC was explored.

TL;DR: The bacterial community shift in response to the treatment process of ozone oyster shell fixed-bed bioreactor (OFBR-MBR) is discussed, which would also provide an alternative and promising technology for other kinds of tail wastewater recycling in future.

TL;DR: A novel macro-architectures material Fe3O4-N-GO@sodium alginate (SA) gel film was successfully produced, which was used to remove series azo dye wastewater and would provide theoretical basis for the application of macro- Architecture material in environment.

TL;DR: In this paper, the authors analyzed bacterial community structure for large-scale brewery wastewater treatment at different heights in internal circulation (IC) reactor and found that Proteobacteria, Bacteroidetes and Chloroflexi were dominant bacteria, which accounted for 64.17%, 64.04%, 59.87% and 55.79% in phylum level, respectively.