Parameters of heat exchange during the operation of the biogas complexes flare stack

Abstract

An experimental stand simulating a closed-type flare installation was developed and manufactured in order to study the temperature regime when it enters a stable mode of operation. Data on the distribution of temperatures at the points of the casing of the experimental stand during its start-up and transition to a stable mode were obtained. It was concluded that it is necessary to set the parameters of thermal radiation during the operation of the flare device. Based on the equations of the theory of thermal conductivity, the calculation of the specific values of the heat-transfer coefficient of the flare device casing wall to the surrounding environment was carried out.