Abstract
The article sets the task of developing a method for increasing the overhaul period during operation of laminate heat exchangers. To solve this problem, the use of a thermoelectric module is proposed. The article presents experimental studies of the nature of heat transfer between two streams in a laboratory setup simulating a process on a plate heat exchanger. The experimentally substantiated dependences of the deposition value on the thermopower voltage indicators are obtained. Based on the obtained dependences, the possibility of developing a program for maintenance and repair of laminate heat exchangers is shown.
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