supported by the National Natural Science foundation of China(Nos.U1701243,51708184 and 51572089);Research Project of Guangdong Provincial Department of Science and Technology(No.2016B020240002)
This study for the first time proposed an efficient microbial electrolyte/UV system for Methyl Orange decomposition. With an external applied voltage of 0.2 V and cathode aeration of20 mL/min, H2O2 could be in-situ ge...
financially supported by the 2017 Shenzhen Science and Technology Program(No.JCYJ20170306144117642)
Various methods for shifting the optical response of TiO_2 into the visible(Vis) range have been reported. Herein, we reported the application of a TiO_2/H_2O_2/Vis process and the effects of TiO_2 crystalline structu...
supported by the International Cooperation Project of MOST(No.2012DFG90290);the National Natural Science Foundation of China(No.4225001046);National Department Public Benefit Research Foundation(No.201509014);the Basic Foundation for Public Benefit-Research Academies from Centre Government(No.2010KYYW02)
Gaseous peroxides play important roles in atmospheric chemistry. To understand the pathways of the formation and removal of peroxides, atmospheric peroxide concentrations and their controlling factors were measured fr...
U.G.C New Delhi for the financial support through JRF(No.116459)
The present study highlights the potential application of zinc peroxide (ZnO2) nanomaterial as an efficient material for the decontamination of cyanide from contaminated water. A process patent for ZnO2 synthesis ha...
Nearly 97% of organic chemicals in Hong Kong leachate could be effectively removed by the UASB(upflow anaerobic sludge blanket) process followed by the fenton coagulation. The COD of leachate was lowered from an avera...