50+ Application Solution

The application of plate heat exchangers in the coating industry mainly includes steam heating and heat exchange of process media. ‌

In the painting workshop, the pre-treatment processes such as pre degreasing, degreasing, phosphating, and paint cycling all require the use of steam to heat the process medium. Plate heat exchangers achieve the purpose of steam heating the process medium by passing steam and process medium through their respective inlets and outlets, and exchanging heat at both ends of the heat exchange plate. This application method is not only efficient and easy to control, but also enables precise control of the heating process to ensure coating quality. In addition, the design of plate heat exchangers allows for high-speed fluid flow and provides a large area of heat exchange surface, thereby improving heat exchange efficiency, making them particularly widely used in the coating industry.

The application of plate heat exchangers in the petrochemical industry is mainly reflected in the following aspects:

1  Cooling high-temperature fluid:In the process of oil production, plate heat exchangers can effectively cool high-temperature fluids, ensuring the stability and reliability of the production process. Through its plate structure, plate heat exchangers can achieve a larger heat exchange surface in a relatively small volume, thereby improving thermal conductivity efficiency. ‌

2. Regulating the temperature between different media: In processes such as cracking and refining, plate heat exchangers achieve the separation and purification of different components of crude oil by regulating the temperature between different media. Its efficient heat transfer performance makes the production process more economical and efficient, while reducing energy waste, which meets the requirements of the petroleum industry for energy conservation and consumption reduction.

3 Separation and Purification: Plate heat exchangers help achieve the separation and purification of different components of crude oil through their efficient heat transfer performance, which is crucial for improving the quality and purity of petroleum products.

Application of Plate Heat Exchanger in Food Processing

Plate heat exchangers are widely used in food processing, mainly including sterilization and sterilization, heating and cooling, insulation and cooling, concentration and dehydration, as well as preheating and cooling. ‌

Sterilization and sterilization: In the food processing process, plate heat exchangers heat liquid food to sterilization or sterilization temperature by transferring heat, and then maintain it for a certain period of time for processing, thereby achieving the purpose of sterilization or sterilization and ensuring the safety and stability of the product.

Heating and cooling: Plate heat exchangers can be used for heating or cooling food to promote processing and preservation. By transferring heat, food can be heated or cooled to the desired temperature to meet different process requirements.

The application of plate heat exchangers in the power industry mainly includes the cooling system of generator sets. ‌

The application of plate heat exchangers in the power industry is mainly reflected in the cooling system of generator sets. This device can effectively transfer the heat generated by the generator set to the cooling water, thereby ensuring the normal operation of the generator set. In this way, plate heat exchangers play a crucial role in the power industry, especially in improving power generation efficiency and ensuring safe equipment operation. In addition, plate heat exchangers are widely used in high-voltage transformer oil cooling, generator bearing oil cooling and other scenarios, further proving their wide application and importance in the power industry.

Plate heat exchangers are widely used in the metallurgical industry, covering multiple aspects from cooling to heating. ‌

The application of plate heat exchangers in the metallurgical industry mainly includes:

Direct or indirect primary cooler for coke oven: used in the cooling system of coke oven to ensure the smooth progress of coking process.

Cooling of the furnace body and water-cooled cover plate of the electric arc furnace: The electric arc furnace is cooled by a plate heat exchanger to ensure the safe operation of the equipment.

Cooling of the furnace body, electric plate support, and transformer of the ferroalloy furnace: used as a cooling system for high-temperature equipment such as ferroalloy furnaces to prevent equipment overheating.

Oxygen top blown converter chest, converter cooling, and hood cooler: used in equipment such as oxygen top blown converters to ensure the normal operation and safe production of the converter.