Abstract
The paper presents the results of computational and experimental studies of plasma gasification of industrial organic waste with the aim of obtaining a combustible (high-calorific) synthesis gas (H2 + CO) for power generating devices. Experimental results on the fuel composition, obtained in the process of organic waste gasification, are presented. The change in the composition of the fuel gas depending on the time of gasification of organic waste has been studied. Alteration of the calorific value of synthesis gas in the process of gasification of organic waste is shown.
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