Gas separator. Part 4 Pulsed corona discharge for hydrogen decomposition

Mekonnen, Amanuel, Attalah, Elias and Kiss, Endre (2020) Gas separator. Part 4 Pulsed corona discharge for hydrogen decomposition. In: Termeljünk együtt a természettel - az agrárerdészet mint új kitörési lehetőség. Dunakavics könyvek (ISSN: 2064-3837), 2 (17). DUE Press, Dunaújváros, pp. 31-36. ISBN 978-615-6142-06-1ö, 978-615-6142-08-5

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Abstract

The Separation of different mixture of gases in different power plants and particular environments are key activities nowadays. Even though the removal of particulate matter from flue and exhaust gases using electrostatic field is a very widely investigated and very successfully applied in daily industrial practice; The separation of gases using electrostatic field is less researched and not really applied in the industrial practice. The charging of gas molecules and atoms can be executed rather easily in some cases, but to generate unipolar charged particle cloud is rather difficult process. For this research at first a mono-polarly charged gas cloud is needed. For that, a so called boxer charger equipment is developed and built using a technology similar to that developed by professor Masuda of the University of Tokyo. After that step a gas is selected which can be mono-polarly charged, and mixed with some carbon dioxides or methane to start the separation process. The process’ mathematical model is also under development.

Item Type:	Book Section
Additional Information:	Pulsed corona discharge; hydrogen sulfide decomposition; energy efficiency
Divisions:	Műszaki Intézet > Természettudományi és Környezetvédelmi Tanszék
Depositing User:	Gergely Beregi
Date Deposited:	08 Jul 2025 12:52
Last Modified:	08 Jul 2025 12:52
URI:	https://publication.repo.uniduna.hu/id/eprint/1249
MTMT:	31730946

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