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A new synergistic method was proposed to remove Escherichia coli by using high-gradient magnetic separation (HGMS)-ultraviolet titanium oxide photocatalysis (UV/TiO2). Compared with sole HGMS, UV radiation, UV/TiO2, and HGMS-UV, the combined HGMS-UV/TiO2 significantly increased the bacterial removal rate. After treatment of 6 min, bacterial removal rate for HGMS-UV/TiO2 was 5.25 log, and E. coli was...
This study aims to develop an optimal recipe of amendment (nutrients and electron acceptors) for anaerobic benzene bioremediation and identify the dominant indigenous benzene-degrading microorganisms in soil and groundwater collected from a fuel service station. Lessons learned in developing and optimizing the amendment recipe follow: (1) salinity and a high initial concentration of benzene were detrimental...
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