Abstract
In the course of the study, it was shown that the calorific value of non-traditional, including combined fuels, can be estimated by the method of complex (TGA+ gas) laboratory analysis. The dependence of the calorific value of gasification products of combined fuels on their composition and parameters of the technological process in the range of 6–12 MJ/m3 was obtained. This is due to the fact that the proposed method and installation has a number of features, including the possibility of maintaining the calorific value of non-traditional, in particular, combined fuels, at a given level. Achieving the effect is expected due to the selection of component concentrations corresponding to the given value of Q r