Energy saving plate heat exchanger

Energy saving plate heat exchanger is an energy-saving type of plate heat exchanger that can recycle and reuse heat sources such as liquid, vapor, and gas. Nowadays, many industrial enterprises produce wastewater, exhaust gas, or boiler steam that cannot be fully utilized, and most of the heat sources are wasted, adding a lot of fuel and energy costs to the enterprise. So the emergence of energy-saving heat exchangers has saved enterprises a considerable amount of costs. Therefore, more and more users are using energy-saving plate heat exchangers, which is becoming more and more common.Due to its high heat transfer efficiency, low heat loss, low cost, high heat recovery rate, and small footprint, plate heat exchangers have become representative heat exchange equipment for energy-saving plate heat exchangers. Adopting high heat transfer materials as heat exchange plates reduces flow resistance, reduces equipment footprint, and lowers costs.

1、 Working principle of energy-saving plate heat exchanger:
Energy saving plate heat exchangers have excellent corrosion resistance and high temperature resistance, and are mostly used in the chemical and industrial production industries. With their simple material and ability to be used for a long time in highly acidic processes, they are suitable for use in heat exchange systems and can effectively recover waste heat. The corrugated plate grooves of the equipment are deep, and the plate spacing is large, which can accommodate most of the large particle media turbulent flow, and scaling and wear conditions occur less frequently.

2、 Advantages of energy-saving plate heat exchangers:
The advantages of energy-saving plate heat exchangers mainly lie in the following four points:
1. The material has strong corrosion resistance and acid resistance, and can be used in most chemical industries.
2. The metal strength of the heat exchanger is high and the pressure resistance is strong. Even if the pressure during the process is high, it can be slowly corrected to return to its original shape.
3. The equipment has a long lifespan, and due to the high molecular density of the material, its activity is very strong. In general, the damage to the board is minimal in the process flow.
4. The cleaning cycle is long, and the flow rate and grooves of the equipment can fully adapt to turbulent processes. Impurities are not easily attached to the plate, forming automatic cleaning.

The above is a brief introduction to energy-saving plate heat exchangers. When choosing this type of heat exchanger, users should provide detailed explanations of their specific operating conditions, so that the heat exchanger manufacturer can select a practical and economical heat exchanger model for you.