High-efficiency plate heat exchanger for soft drinks
A carbonated water high-efficiency plate heat exchanger uses steam to heat water. A high-temperature carbonated water heat exchanger uses steam as both a heat source and a power source, achieving water pressure and temperature increase through carbonated water mixing. It combines the advantages of a water pump and a heat exchanger, is an energy-saving plate heat exchanger, and can be used in various hot water and heating systems.
Classification:
High-temperature plate heat exchanger
Details
A steam-water high-efficiency plate heat exchanger uses steam to heat water. A high-temperature steam-water heat exchanger uses steam as both a heat and power source, achieving water pressure and temperature increase through steam-water mixing. It combines the advantages of a water pump and a heat exchanger, making it an energy-saving plate heat exchanger applicable to various hot water and heating systems.
The steam-water high-efficiency plate heat exchanger is a highly efficient and energy-saving heat exchanger. It also inherits the advantages of plate heat exchangers: easy disassembly, easy cleaning, high heat transfer efficiency, small footprint, low investment cost, and more.
Overview
When the heat source is steam, traditional shell-and-tube heat exchangers are used. These heat exchangers have low heat transfer coefficients (1000W/m2.C), large volume, and difficult-to-remove scaling. Plate heat exchangers, however, can achieve heat transfer coefficients of up to 7000W/m•C, but because the sealing gaskets cannot withstand high temperatures, they are not suitable for direct use with steam media. To address this, our company has developed a steam-water direct heat exchanger (desuperheater) combined with a plate heat exchanger, the steam-water high-efficiency plate heat exchanger. It fully utilizes the advantages of both types of heat exchangers to achieve reliable operation and energy savings.
Introduction of the New Heat Exchange Plate
1) The plate corrugations are divided into two sides by the plate centerline, thus reducing the resistance difference between different flow channels and achieving the principle of thermal mixing. This allows for a perfect match between heat transfer, flow rate, and allowable pressure drop, significantly saving heat transfer area.
2) The heat exchanger plate is double-sided sealed, and the four corner holes of the plate can be sealed in any way according to the actual process conditions.
3) The unique design of the heat exchange plate allows for the assembly of different structural forms according to different processes. It can be assembled into both equal and unequal cross-sections, completely breaking away from the traditional unequal cross-section heat exchanger which is constituted by two different so-called A and B plates. The equipment precision is almost perfect. Even non-professionals can quickly disassemble and assemble it during cleaning.
4) The distribution and positioning use an internationally advanced grid-like distribution and dovetail slot hanging positioning system.
Steam-water high-efficiency plate heat exchangers are commonly used in industrial production. Enterprises require hot water quickly, and many devices cannot meet the requirement of rapid water temperature increase. In particular, for boiler deoxygenation and water treatment processes, steam-water plate heat exchangers are very useful.
Steam-water plate heat exchangers are also common in thermal power plants. As a shared device connecting a water pump and a plate heat exchanger, it can provide auxiliary heating and is widely used in hot water and heating systems.
Common applications for steam-water high-efficiency plate heat exchangers are mainly in industrial and building sectors. Residential applications include: residential communities, hotels, restaurants, swimming pools, military bases, apartment buildings, etc. Industrial applications include: pharmaceuticals, air conditioning, chemicals, textiles, petroleum, beverages, and many other fields.
Steam-water plate heat exchangers can be used as components in heat exchange stations, and this application is very widespread. They are commonly used in furnace systems, central air conditioning, underfloor heating, and other systems.
Shandong Zhilin Environmental Protection Technology Co., Ltd. is a professional heat exchanger manufacturer in China that focuses on the research, development, production, and sales of plate heat exchangers, steam-water high-efficiency plate heat exchangers, detachable heat exchangers, high-efficiency plate heat exchangers, high-efficiency intelligent heat exchanger units, and plate heat exchanger units. As a heat exchanger manufacturer, Zhilin Environmental Protection Technology's main products include plate heat exchangers, intelligent heat exchanger units, detachable heat exchangers, water-water plate heat exchangers, high-efficiency plate heat exchangers, gasket-type plate heat exchangers, detachable plate heat exchangers, and high-efficiency intelligent heat exchanger units. These products are widely used in chemical, chemical fertilizer, pharmaceutical, petroleum, steel, alcohol, food, beverage, printing and dyeing, power, coating, rubber, heating, and hotel industries, and can meet the heating, cooling, condensation, heat recovery, and various process requirements.
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