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    • Description
    •    Overview

        The liquid-ring compressor is characterized by its simple structure, ease of manufacturing, straightforward operation, minimal number of wear-prone parts, and low pulsation and noise levels in the discharged gas. Additionally, the liquid provides excellent cooling, keeping the final temperature of the compressed gas remarkably low. This makes the liquid-ring compressor ideal for compressing gases that tend to decompose at high temperatures—such as ozone, acetylene, carbon disulfide, and hydrogen sulfide. Moreover, since the compression medium does not come into direct contact with the pump chamber, the liquid-ring compressor is particularly well-suited for handling highly corrosive gases. In such cases, a liquid that does not react with the gas being compressed can be used as the sealing fluid—for instance, concentrated sulfuric acid when compressing chlorine gas.

        The liquid-ring compressor unit is a closed-loop system composed of one or more compressors (e.g., one running with one standby, two running with one standby), a gas-liquid separator, a working fluid heat exchanger, a common base frame, control cabinets, and various instruments such as pressure gauges, temperature meters, and level indicators. The medium being pumped enters the compressor, where it mixes with the working fluid before being sent to the gas-liquid separator for phase separation. The gas is discharged into the system, while the working fluid flows into the heat exchanger, where it is cooled by circulating water before returning to the compressor.

         Product features:

        For compressors with the same specifications and speed, different power motors can be selected based on the working pressure and discharge pressure range, allowing for more targeted model selection.

        Equipped with a heat exchanger to enable a closed-loop circulation of the working fluid; no need to replenish the working fluid during operation, thus conserving resources.

        Equipped with a gas-liquid separator, it effectively separates the gas-liquid mixture discharged from the vacuum pump. After the liquid is cooled by the heat exchanger, it returns to the vacuum pump via the pump's self-priming capability, serving as the pump's circulating working fluid. Meanwhile, the separated gas is vented through the separator's exhaust port to a designated location. If the medium being evacuated contains no liquid, no working fluid will be discharged, thereby minimizing contamination.

        Suitable for extracting flammable, explosive, and toxic gases;

        The separator's liquid level can be controlled manually, automatically, or by other methods. When set to automatic control, it can be interlocked with the automatic liquid-supply solenoid valve to achieve seamless, automated level management.

        Pressure, temperature, and liquid level can be integrated into PLC or DCS systems, enabling a high degree of automation.

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