A brief discussion on the advantages of plate heat exchangers!
Release time:
2022-01-30 12:03
Source:
Plate heat exchangers, as typical heat exchange equipment, are of great significance to heat exchange stations. With the country's emphasis on environmental protection and energy, the widespread application of heating systems has greatly reduced coal pollution in urban environments, saving energy. This is a great project that benefits both the present and future generations.
Heat exchangers are very important heating equipment in heating systems, playing a "transitional" connecting role in heating and heating engineering. Plate heat exchangers occupy a very important position in the development of heat exchangers.
Advantages of Plate Heat Exchangers
The characteristics of plate heat exchangers are significantly different from other heat exchangers. Plate heat exchangers have a high heat transfer coefficient, small footprint, compact structure, and easy maintenance. Under the same conditions, the space occupied by plate heat exchangers is only 1/2 to 1/3 that of shell and tube heat exchangers. Moreover, unlike shell and tube heat exchangers, which require a large amount of space for tube bundle maintenance, plate heat exchangers only need to unscrew the fastening screws to access 100% of the heat exchanger plate surface within the original space, making disassembly and cleaning convenient. They are small, lightweight, and easy to install even in confined spaces. Through the above comparative analysis, it can be seen that plate heat exchangers have many advantages over shell and tube heat exchangers. In addition, plate heat exchangers also have the following advantages:
1. Small Temperature Difference
With a high heat transfer coefficient and strong turbulence, the temperature difference between the primary and secondary hot water in the heat exchanger after flow heat exchange can be very small, sometimes close to 1-3℃. This greatly improves thermal efficiency and the economic efficiency of the heat exchange equipment.
2. Small Heat Loss
The edges and surrounding seals of the plate are exposed to the atmosphere, and the heat loss is very small, generally around 1%, so no insulation measures are needed.
3. Strong Adaptability
On the one hand, when assembling the heat exchanger, the number of heat transfer plates can be easily increased or decreased, the plates can be rearranged, and the process combination can be re-selected according to production and process requirements. On the other hand, adaptability depends on the application. Plate heat exchangers are widely used and are currently widely used in various engineering fields such as chemical engineering, machinery, cement, petroleum, power, and hot water heating. Especially in heating, cooling, evaporation, condensation, and waste heat recovery processes, through the heat exchange between the media in the plate heat exchanger.
4. Flexible Operation and Easy Maintenance
The heat transfer plates and movable pressure plates are all suspended on the machine's crossbeams. The pressure plate has a rolling device, which allows the equipment to be easily opened, cleaned, and a plate to be removed for inspection or gasket replacement. By comparing shell and tube heat exchangers and plate heat exchangers, the following conclusions can be drawn: When the cooling water quality is good, plate heat exchangers are more ideal heat exchanger equipment due to their high heat transfer efficiency, small size, and light weight.
Related News
WeChat Mini Program
WeChat public account
Service line:
Mobile:+86-15064136769
+86-13869137166
Mailbox:zhilin@sdzhilin.cn
Address: South Park, Jinan Economic Development Zone, Shandong Province