Výbuchové charakteristiky syntetického plynu vyrobeného využitím plazmových technologií
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Vysoká škola báňská - Technická univerzita Ostrava
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The diploma thesis aimed on the prediction and experimental determination of the explosion characteristics of synthetic gas produced by using plasma technologies in waste management of gasification generator with fixed bed and thermal output up to 100 kW. In the first chapter, there is an overview of selected previous studies dealing with the problems of the synthetic gas explosion characteristics. The second chapter deals with the description of individual explosion characteristics and possibilities of their mathematical-physical calculations. In the third chapter, the experimental equipment, the measurement procedure and the substances used for all experiments have been described. In the next part the results of experimental measurements have been presented and compared with the values calculated and values reported in previous studies have been discussed based on its comparison. The last part of the thesis is focused on the possible practical use of synthetic gas explosion parameters. The most significant result of the work is the determination of the explosion characteristics of synthetic gas sampled from the real technology under real industrial conditions and all its pure gas components.
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Synthetic gas, explosion pressure, maximum adiabatic explosion pressure, maximum rate of pressure rise, deflagration index, time to reach the maximum explosion pressure, laminar burning velocity.