ADVANCED TECHNOLOGIES OF COMPOSITE FUELS PRODUCTION AND COMBUSTION ON THE BASIS OF ACTIVATION METHODS
Abstract
The paper presents the theoretical foundations and principles of new technologies development for production and combustion of composite fuels using the activation methods. During production of the composite fuels the hydrocavitation activation method is used, and the combustion stage of technology use the unique hydrovortex nozzles for composite fuels ultradispersed atomization, and optionally a microwave plasmatron. The energy-technological complex for testing process procedures of composite fuels production and combustion with different component composition is created. Using the developed complex the series of tests for the production of various composite fuels on the basis of tanker washes, pyrolysis fuels, coal, phenolic wastewater, biosilt et al. are conducted. Experimental studies have shown the effectiveness of the proposed approaches and the possibility of created fuels using in the energy sector.Keywords: composite fuels, hydrocavitation activation, hydrovortex nozzle, energy-technological complex.
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