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A new approach to the study and description of the process of thermal destruction of wood when heated in an inert environment (torrefication and pyrolysis) is presented. Dependencies for determining the sequence of changes in the ultimate analysis of wood at the destruction process are proposed. Dependencies for determining the calorific value and volatile matter for the solid phase as a function of the ultimate analysis, as well as for determining the ultimate analysis and calorific value of volatile matter are proposed. A possibility of extending the method to other fuels of plant origin (straw, peat, coal) is shown. It has been suggested that standard methods do not accurately determine the moisture content of wood.

Changes of ultimate analysis and properties of solid and gas phases at the heating wood in an inert medium. A new view