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Information × Registration Number 0216U003386, 0115U000261 , R & D reports Title Development of dynamic plasma-liquid systems in order to increase the efficiency of natural energy resources using popup.stage_title Head Nedybaliuk Oleg A., Registration Date 27-01-2016 Organization Taras Shevchenko Kiev university popup.description2 The plasma injectors for the reaction (pyrolytic) chamber based on the discharge with "tornado"-type reverse vortex airflow with one liquid electrode (TORNADO-LE) and on the rotating gliding discharge with two metal electrodes were improved. The dynamic plasma-liquid systems with two metal and one liquid electrode were developed based on the improved plasma injectors. The mechanism of influencing the average electron energy in the plasma of dynamic plasma-liquid systems by changing the composition of plasma-generating gas was discovered. Research has shown that the gas that is generated in water during electrolysis influences the parameters of a discharge when introduced directly into a discharge gap. Complex two-stage systems for the partial oxidation reforming of hydrocarbons into synthesis gas, which used non-equilibrium plasma as a catalyst for the activation of oxidant or water before their introduction into the reaction chamber, were investigated. The major part of the energy required for the conduction of endothermal reforming of liquid hydrocarbons into synthesis gas was provided via the plasma-assisted combustion of the part of initial hydrocarbon. The process of the reforming of the hydrocarbons of plant (sunflower oil, ethanol) and petroleum (diesel fuel) origin into synthesis gas was studied; the system's electrical energy transformation coefficient and reforming efficiency were determined. The efficient combustion of synthesis gas was conducted in a household water boiler. The recommendation for the development of new energy- and resource-saving technologies were developed based on the created laboratory model for the plasma-catalytic reforming of hydrocarbons into synthesis gas. Product Description popup.authors Веремій Юлія Петрівна Гамазін Денис Костянтинович Колган Володимир Владиславович Недибалюк Олег Анатолійович Соломенко Олена Василівна Файзулін Артем Олександрович Федірчик Ігор Ігорович Цимбалюк Олександр Миколайович Юхименко Віталій Васильович Якимов Максим Олегович popup.nrat_date 2020-04-02 Close