Abstract
The physical scheme and mathematical model of the processes of thermal recovery of carbon-containing waste are presented. As a basis for modeling combustion processes, a kinetic multi-reactor model is used that includes equations for changing composition, enthalpy and mass, equations for calculating temperature and parameters of associated processes. The change in the state of the reacting mixture is due to convective and diffusive heat and mass transfer, chemical interaction between the components of the reacting mixture. The results of numerical studies of the parameters of combustion products during combustion of methane-air mixture, pyrolytic conversion products of litter and sewage sludge are presented.
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