Modeling of Thermal Protection of Pipelines from Destruction in Technological Corridors

Abstract

The fuel and energy complex is an important part of the real sector of the economy. It plays a key role not only in the energy supply of the country, but also generates state budget revenues. An important role in the fuel and energy security of the country is played by the pipeline transport of liquid and gaseous hydrocarbons, without which it is difficult to imagine the life support of the population and the normal functioning of the national economic complex. In this paper is analyzed annual.The obtained solution of the problem of thermal conductivity in combination with the approach to determining the radiation effect of the heat flow q(x, y) and the thermophysical characteristics of the pipe material and heat-resistant bandage allow us to develop the optimal design of protection against thermal radiation from a fire according to the “fire in the pit” scenario, and on this basis, technological measures to minimize the consequences on the environment.