Abstract
The research was carried out in the field of infrared drying of liquid materials. The problems in this area have been studied and a solution in the form of an infrared installation has been proposed. A low-temperature film electric heater has been selected as a heating element, which has a low operating temperature, which helps to preserve useful substances in the final product, as well as reduce the development of pathogenic microflora. The problem of adhesion and burning during drying of liquid materials has been discovered. Several types of substrate made of different materials have been studied. Studies have been conducted to determine the radiation flux. The dependences of the flow density on time for different heater locations are compiled. The most optimal material for the substrate has been identified. An automatic control system for the drying plant has been developed. An infrared drying unit has been developed. Studies have been conducted on the drying of liquid materials at the proposed installation. The analysis of the obtained results is carried out.
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