THERMAL PROCESSES IN INDUSTRIAL PREMISES WITH USING INFRARED HEATING SYSTEMS

Saving issues are important for any country with an appropriate level of economic development; taking into account the modern conditions of development of Ukraine. This problem is very important, especially considering incremental resource constraints in all areas of the national economy’s development. The component of quality of such a process requires certain conditions in which there are a need to develop innovative approaches to training and maintenance of production, one of which is to ensure a comfortable temperature conditions in production facilities. The article presents the results of experimental research of thermal processes in industrial premises with energy-saving technologies of heating and their analysis by geometric modeling tools and graphic computer technologies. The effectiveness of using the method of forced feeding of air heated by infrared emitter involving compromise graphical optimization was analyzed by geometric way. As a result of research of thermal processes in industrial premises the problem of establishing a comfortable way of heating of the working zone combining the use of infrared heaters with forced ventilation was formulated and solved. On the basis of use dependences obtained experimentally of three parameters of thermal process – air temperature, heat flow power and height of installation of infrared heater – graphical tools were proposed and approved in processing experimental data. This made it possible to apply the dependence of these parameters by second order surface of three-dimensional parameter space of the thermal process.

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