Matches in SemOpenAlex for { <https://semopenalex.org/work/W2350722889> ?p ?o ?g. }
- W2350722889 abstract "High-voltage(HV) discharges induce high-intensity electrical field that generates large quantities of electrons and radicals. Hence they are employed to control and remove pollutants. In this paper, we introduce several environmental applications of high-voltage discharge, such as removal of SO2, NOx, particles, VOCs and pollutants in water, ozone generation, sterilization and collection of micro-organism. For desulfuration and denitration using streamer corona discharges, heterogeneous oxidation of S(IV) is quicker than homogeneous oxidation, and increasing AC/DC, pulse power and energy density is the key for improving the removal efficiency. Electrostatic precipitator(ESP) has been developed for a long time, yet its improvement is impeded due to the inadequate development of device design and power technology, and reentrainment. Using ESP index instead of Deutsch Equation to guide ESP sizing and power optimization is conducive to improve ESP efficiency. When using HV discharge to produce ozone, the emphasis is on short-pulse power supply, additives and cooling. HV discharge is also employed to treat VOCs and waste water in various structures. The former one usually combines discharge with catalysis, while the latter includes discharge under or over liquid surface. However, both ——of them need to be improved in energy efficiency. HV discharge could deactivate micro-organism through radicals, UV or electrical field, yet it could also be used to collect micro-organisms while keeping their high activities. Nevertheless for environmental applications, the non-thermal plasma technology needs further development in pilot demonstration and integrated process." @default.
- W2350722889 created "2016-06-24" @default.
- W2350722889 creator A5014173856 @default.
- W2350722889 date "2015-01-01" @default.
- W2350722889 modified "2023-09-25" @default.
- W2350722889 title "Analysis and Prospect on Key Technology of High-voltage Discharge for Environmental Engineering Study and Application" @default.
- W2350722889 cites W100409267 @default.
- W2350722889 cites W1561385610 @default.
- W2350722889 cites W1895506454 @default.
- W2350722889 cites W1965173018 @default.
- W2350722889 cites W1965311507 @default.
- W2350722889 cites W1967418394 @default.
- W2350722889 cites W1968688337 @default.
- W2350722889 cites W1970356136 @default.
- W2350722889 cites W1972713274 @default.
- W2350722889 cites W1982603481 @default.
- W2350722889 cites W1984506173 @default.
- W2350722889 cites W1984733793 @default.
- W2350722889 cites W1986151640 @default.
- W2350722889 cites W1987996561 @default.
- W2350722889 cites W1988830378 @default.
- W2350722889 cites W1995354961 @default.
- W2350722889 cites W1996220949 @default.
- W2350722889 cites W1998729434 @default.
- W2350722889 cites W2001131863 @default.
- W2350722889 cites W2001588185 @default.
- W2350722889 cites W2007383927 @default.
- W2350722889 cites W2008663889 @default.
- W2350722889 cites W2010044245 @default.
- W2350722889 cites W2010289522 @default.
- W2350722889 cites W2011695092 @default.
- W2350722889 cites W2015056496 @default.
- W2350722889 cites W2015155135 @default.
- W2350722889 cites W2019012163 @default.
- W2350722889 cites W2021780331 @default.
- W2350722889 cites W2028200288 @default.
- W2350722889 cites W2030531316 @default.
- W2350722889 cites W2032032244 @default.
- W2350722889 cites W2032612338 @default.
- W2350722889 cites W2036147381 @default.
- W2350722889 cites W2047873203 @default.
- W2350722889 cites W2049263005 @default.
- W2350722889 cites W2051617912 @default.
- W2350722889 cites W2051820380 @default.
- W2350722889 cites W2051971806 @default.
- W2350722889 cites W2055154742 @default.
- W2350722889 cites W2057192963 @default.
- W2350722889 cites W2058912153 @default.
- W2350722889 cites W2069528385 @default.
- W2350722889 cites W2070403146 @default.
- W2350722889 cites W2070915853 @default.
- W2350722889 cites W2071953638 @default.
- W2350722889 cites W2076643751 @default.
- W2350722889 cites W2076734060 @default.
- W2350722889 cites W2080243837 @default.
- W2350722889 cites W2082840172 @default.
- W2350722889 cites W2083508524 @default.
- W2350722889 cites W2087010888 @default.
- W2350722889 cites W2089881685 @default.
- W2350722889 cites W2096649532 @default.
- W2350722889 cites W2101554815 @default.
- W2350722889 cites W2104838746 @default.
- W2350722889 cites W2105364286 @default.
- W2350722889 cites W2109011065 @default.
- W2350722889 cites W2112928298 @default.
- W2350722889 cites W2116038327 @default.
- W2350722889 cites W2117124528 @default.
- W2350722889 cites W2119249849 @default.
- W2350722889 cites W2121281325 @default.
- W2350722889 cites W2122116378 @default.
- W2350722889 cites W2122388953 @default.
- W2350722889 cites W2123601246 @default.
- W2350722889 cites W2127466038 @default.
- W2350722889 cites W2127590494 @default.
- W2350722889 cites W2132198698 @default.
- W2350722889 cites W2136154455 @default.
- W2350722889 cites W2140934525 @default.
- W2350722889 cites W2150485850 @default.
- W2350722889 cites W2151663744 @default.
- W2350722889 cites W2158099254 @default.
- W2350722889 cites W2162769213 @default.
- W2350722889 cites W2167753583 @default.
- W2350722889 cites W2171264720 @default.
- W2350722889 cites W2308151168 @default.
- W2350722889 cites W2376132400 @default.
- W2350722889 cites W2382998895 @default.
- W2350722889 cites W2388633204 @default.
- W2350722889 cites W2390020982 @default.
- W2350722889 cites W2515041072 @default.
- W2350722889 cites W2535111256 @default.
- W2350722889 cites W2104625974 @default.
- W2350722889 hasPublicationYear "2015" @default.
- W2350722889 type Work @default.
- W2350722889 sameAs 2350722889 @default.
- W2350722889 citedByCount "0" @default.
- W2350722889 crossrefType "journal-article" @default.
- W2350722889 hasAuthorship W2350722889A5014173856 @default.
- W2350722889 hasConcept C105923489 @default.
- W2350722889 hasConcept C119599485 @default.
- W2350722889 hasConcept C121332964 @default.