OPTIMIZING THE NUMBER OF FIRE-FIGHTING EQUIPMENT INDOOR PLANTS WOODWORKING ENTERPRISE

Abstract

Developed a mathematical model and optimization methodology for determining the required number of fire-fighting equipment for the workshop premises woodworking enterprises, taking into account the allowable values for the plant fire risk. To support the mathematical model of fire risk obtained using the main provisions of the reliability theory, mathematical models of fire risks basic fire-fighting equipment, which can be equipped with facilities departments. The developed methodology allows predicting the value of fire risk for the implementation of fire safety facilities
of protection and its effects on people and property, which is very important to allow for quick response in case of fire.