Articles

The possible place of heat exchanger installation should be selected in a proper manner. Energy efficiency of the heat exchanger is provided by placing in conditions that provide the most efficient heat transfer, and also due to increase in the area of heat transfer surfaces.

To provide the certain conditions for technological processes in production and industry, recuperators of various types are used. They have their own advantages and disadvantages; therefore, when choosing a suitable heat exchanger, their features should be taken into account.

Industrial high-temperature OPT recuperators allow to increase efficiency of technological processes and energy savings due to the reuse of thermal energy. The working principle is based on the heat transfer between the medium and through the ribbed panels, which divide the heating and heated medium.

Installation of heat exchangers is carried out in order to save heat energy discharged with exhaust gases or other medium. Heat recovery can significantly save on energy and create optimal temperature conditions in industrial premises or optimize technological processes.

The use of heat exchangers in industry and manufacturing can significantly reduce the cost of energy through the reuse of thermal energy. Due to its economy, the demand for recuperators is constantly growing, however, to ensure the required temperature of the incoming medium, it is necessary to select equipment with sufficient power.

The high-temperature recuperator has many advantages includingenergy independence and durability. The efficiency of the recuperator is not inferior to other devices for heating the incoming medium, however, it is necessary to choose the right option.

A heat exchanger is a device in which heat transfer occurs between inlet and outlet medium. Medium are separated by plates or walls of pipes (depending on the type of heat exchanger).

The heat exchanger is a working unit with heat transferring from one to another medium. They can be separated by plates or walls of pipes, if one of the medium moves through the pipes. The larger the area of the separating surface, the more efficient the heat exchange is.

In case of direct flow schemethe medium move in one direction. Otherwise, heating and heated mediummove towards each other. Cross-flow direction is provided by the design of the heat exchanger: the mediummove perpendicularly and heat transfer occurs when they cross in the module of the apparatus.

Heat recovery is a heat transfer process, which involves heat collected from used air and transferred to the injected air. To recover heat a recuperative heat exchanger is installed in industrial systems.

The task of creating efficient and inexpensive heat exchangers, in particular recuperators, is currently relevant throughout the world. Existing designs of heat exchangers have serious drawbacks, which often determine the absence of these devices in technological processes.