Simulation of raw materials processing and utilization wood waste in solid biofuel flexible technologies

Abstract

Grounded structure interaction modeling of briquettes production lines, wood, gas and charcoal, depending on the size-quality characteristics of broken branches, formed during heavy snowfall and rain. Such a structure is proposed for the main process stream in the processing of raw materials and recycling of wood waste into a solid biofuel flexible technologies.

The methodological basis of the work is a systematic approach to the study and description of the functioning of the process of production cell in a flexible production system, processing of raw wood.

It is found that the process of modeling the structure of a solid biofuel production line usually
is a complex and extensive. In addition, the actual flow of biomaterials such lines are not simple, which makes it necessary to take into account the raw material entering the stochastics lines stochastics
and its overall handling. Therefore, the study of flexible manufacturing processes biologically workshops conducted by statistical modeling.

It is proved that the real-time simulation of the production system is carried out according
to the principles of the adaptive design of organizational and technological structure of flexible
production modules wood waste into a solid biofuel and improves the performance and reliability of the design to obtain reliable parameters.

For the first time analyzed the prerequisites of accounting ecological and economic contradictions
in the simulation for the processing of raw materials and recycling of wood waste into a solid
biofuel flexible technologies.

On the basis of generalizations, theoretical studies, and developed mathematical models developed complex of methodical maintenance of biologically treating the process of designing a flexible manufacturing cell structure. They are implemented in the planning of equipment for processing of raw materials and recycling of wood waste into a solid biofuel.