| Summary: | In order to develop ways to improve the efficiency of an energy use in thermal reactors, a thermal analysis of the municipal solid waste (MSW) mixture average morphological structure and its components was spent. Experimental studies performed on synchronous termoanalizatore NETZSCH STA 449 F3 Jupiter, combined with a quadrupole mass spectrometer QMC 403. According to the results of the experiments, the temperature ranges of the pyrolysis process and the speed of the mass loss of the sample during solid waste drying and oxidative pyrolysis, thermal effects that accompany these processes, as well as the composition and volume of gases produced in the oxidative pyrolysis of solid waste and its components in the environment oxygen content of 1% and 10% were determined.
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