The effect of thermal camera and pyrometer usage in industrial tempering furnaces on optimum combustion performance

Abstract

The decrease of energy sources, the increase of energy need and energy costs, competitive conditions in industry and environmental sensitivity require the effective usage of energy sources. In this study, optimum combustion study by using thermal camera and pyrometer in the correct heat furnace of an industry plant for the effective usage of energy in industry. For this reason, in tempering furnace of a milling roll workshop, in order to control the efficiency of tempering, detect the flame length and color and control the homogeneous tempering, 4 thermal cameras and 4 pyrometers have been assembled to the appropriate locations of the furnace. In the study, the tempering furnace has been observed and the results of observations have been evaluated. The contribution of the changes made to the production has been calculated by the information obtained from thermal camera and pyrometer and has been examined with the date of reimbursement. Possible spare part and production saving has been established as 364,460 $ annually and back-payment time as 3 months. Accident risk that is caused by the hot air and sometimes occurs during the controls has also been reduced so that the workers have been forced to work more safely according to WHS (workers’ health and security).

CO2 emission during the combustion of Orhaneli lignite coal

“…Ozkaymak et al (2015) studied the optimum combustion levels by using a thermal camera and a pyrometer in the correct heat furnace of an industry plant to test for the effective use of energy in industry. For this reason, in the tempering furnace of a milling roll workshop, to control the efficiency of the tempering, to detect the flame length and its color and to control the homogeneous tempering, four thermal cameras and four pyrometers were assembled in appropriate locations in the furnace.…”