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The role of spiral plate heat exchangers in oil refining systems includes thermal energy recovery, temperature control, phase change treatment and prevention of scaling and clogging. It plays an important role in improving energy utilization efficiency and ensuring the stability and efficiency of the oil refining process.

Thermal energy recovery

A large amount of thermal energy is generated in the oil refining process, and the spiral plate heat exchanger can achieve thermal energy recovery and reuse by transferring thermal energy from the high-temperature fluid to the low-temperature fluid. . This helps to improve energy efficiency and reduce energy consumption and costs.

Temperature adjustment

In the oil refining process, different processes require different temperature conditions. The spiral plate heat exchanger can achieve precise fluid temperature control by adjusting the heat exchange between the fluids. This is very important to ensure the stability and efficiency of the oil refining process.

Phase change treatment

In the oil refining process, the phase change process between liquid and gas may be involved, such as distillation, condensation, etc. The spiral plate heat exchanger can achieve effective treatment and control of the phase change process by providing a sufficient heat exchange area and an efficient heat transfer effect.

Prevent scaling and clogging

Oil contains various impurities and sediments, which are easy to form and clog inside the heat exchanger. The design of the spiral plate heat exchanger can reduce the risk of fouling and blockage, and improve system stability and reliability.