Abstract

In this article, some features of wood waste as a fuel are investigated, and their influence on the gasification process is assessed. Various thermal characteristics of prototype wood samples were studied and the composition of the working mass of fuel from wood waste (fuel chips and sawdust) was determined. The results of the research showed that wood waste differs from wood fuel only in an increased content of ash and moisture. A technique is proposed that determines the optimal value of the parameters of the combustion process and, first of all, the moisture content of the samples. This contributes to the production of high-calorific producer gas and reduces the cost of drying waste to a completely dry state.
 Conclusions are drawn about the environmental friendliness and prospects for the use of wood waste as an alternative, efficient and environmentally friendly fuel.

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