ena-STUDY-XIAMEN UNIVERSITY-27-01-2015-02:59:48:690-778
The studies presented here aim to gain evaluate the potential of an anaerobic microbial consortium to biologically translate Cr(VI) from sediments amended with NPs (i.e., Fe2O3 and Fe3O4).
Chromium has been listed as one of the top 20 contaminants on the superfund priority list of hazardous substances for the past few years due to its tremendous toxicity. In general, chromium mainly exists in trivalent (Cr(III)) and hexavalent (Cr(VI)) species. Carbon sources and electron shuttles compounds, some novel materials, like nanoparticls (NPs), would play an important role in Cr(VI) reduction in anaerobic condition. Thus, the studies presented here aim to gain evaluate the potential of an anaerobic microbial consortium to biologically translate Cr(VI) from sediments amended with NPs (i.e., Fe2O3 and Fe3O4).
Chromium has been listed as one of the top 20 contaminants on the superfund priority list of hazardous substances for the past few years due to its tremendous toxicity. In general, chromium mainly exists in trivalent (Cr(III)) and hexavalent (Cr(VI)) species. Carbon sources and electron shuttles compounds, some novel materials, like nanoparticls (NPs), would play an important role in Cr(VI) reduction in anaerobic condition. Thus, the studies presented here aim to gain evaluate the potential of an anaerobic microbial consortium to biologically translate Cr(VI) from sediments amended with NPs (i.e., Fe2O3 and Fe3O4).