Author:
Gorokhovsky A G,Shishkina E E,Tikhonov E A,Drabkina E V,Marinchenko T E,Kalimullin M N,Romanyuk N N
Abstract
Abstract
The problems of energy saving are one of the most urgent problems of modern industry and timber processing is no exception in this. In all wood processing, wood drying stands out for its energy consumption. A possible direction for significantly reducing the energy intensity of wood drying is the use of modes based on the phenomenon of thermal and moisture conductivity in chambers with a natural circulation of the drying agent. The theoretical and experimental studies carried out by the authors made it possible to create a wood drying technology that reduces the energy consumption of the process by 40-45% with a certain (15-17 %) loss in the productivity of drying equipment compared to chambers operating with forced circulation of the drying agent.
Subject
General Physics and Astronomy
Reference13 articles.
1. Generalized System of Heat and Mass Transfer Equations under Variable Environmental Conditions and Its Implementation on a Computer for Calculating the Drying Processes of Wood;Shubin;Lesnoy Zhurnal Russian Forestry Journal,1988
2. Mass Diffusivity of Different Species of Wood in Convective Drying;Azzouz;European Journal of Wood and Wood Products,2018
3. Optimization and Simulation of Drying Processes Using Diffusion Models: Application to Wood Drying Using Forced Air at Low Temperature;Da Silva;Wood Science and Technology,2011