Registration Number
0210U006898,
0108U010894
, R & D reports
Title
Development of methods energy-saving of substances by pulsed corona discharge with enlarged zone of ionization
popup.stage_title
Head
Boyko Mykola, Доктор медичних наук
Registration Date
21-12-2010
Organization
National technical university "Kharkiv polytechnic institute"
popup.description2
On developed mock-ups of electrotechnological PCD-plants it was experimentally proved that method of direct electron impact can be the main mechanism of conversion of various gases in atmospheric corona discharge. The duration of processing pulses should not exceed several microseconds and, better, should be in nanosecond range. It was shown that treatment of gaseous substances can be also conducted under conditions of excessive pressure. In this case, permissible operating and breakdown field strength in the reactor increases. Experimental specimen of coaxial PCD-reactor that can work in conditions of excessive pressure of 1.5 atmosphere was developed and manufactured for these experiments. PCD-reactor of parallelepiped form was also developed. In the reactors that were developed and used in the experiments, the electrodes that exhibit corona were made according to the invention patents №71940 of Ukraine and №2211800 of Russian Federation. The tentative successful results on purification of coke water from phenols and rhodanides were obtained in the experiments on effect of PCD on water surface. Experimental specimen of PCD-generator on the basis of pulsed transformer in Tesla circuit design and low-voltage transistor switch using IGBT was developed and manufactured according to the selected and checked engineering solutions. Experimental check of operating modes of the created generator has shown its high reliability and manufacturability. Gas mixture "air plus CO2" was treated in wet reactor with help of PCD with enlarged zone of ionization. Such a treatment results in substantial reduction of CO2 due to a whole number of plasma-chemical reactions in PCD as a consequence of water dissociation. On the basis of the experimental investigations of electromagnetic immunity of IGBT-transistors in the developed generator, it was found that permissible current overloads decrease with increase in pulse repetition frequency.
Product Description
popup.authors
Євдошенко Леонід Свиридович
Євсєєв Ігор Михайлович
Іванов Володимир Михайлович
Бойко Микола Іванович
Борцов Алуксандр Васильович
Зароченцев Олександр Іванович
Коняга Станіслав Федорович
Сіфоров Євген Михайлович
popup.nrat_date
2020-04-02
