Assessment of the use of wood pyrolysis technology to reduce CO2 emissions at wood waste landfills

The processing of wood waste is becoming an increasingly urgent problem in connection with the growth of the consumption of wood materials and an increase in waste volumes that are formed as a result of logging, woodworking and furniture industry. Traditional methods of disposal of wood waste, such as burning and burial, cause significant environmental problems, including greenhouse gas emissions and soil and water pollution. In this context, wood pyrolysis is a promising processing method, which allows not only to reduce waste volume, but also to obtain valuable products, such as biodegor, biomers and synthesis gas. This article considers the effectiveness of the use of wood pyrolysis technology as a technology for reducing emissions from storage of murders (KDO). The work contains the results of calculating the reduction of the specific emissions of CO2 during the processing of dense mobile waste into a biodegal, as well as a potential effect when processing a KDO with a volume of 100 thousand m3 per year, including the accumulated effect with a planning horizon of 15 years.