A steam-water separator for a magnetic suspension turbo-vacuum pump

Abstract

This utility model discloses a gas-water separator for a magnetic levitation turbine vacuum pump, relating to the field of gas-water separation technology. It includes a cylindrical body with an inlet pipe around its periphery. An outlet is located at the upper end of the cylindrical body, and a demister and filter are installed inside the body. An inlet component is positioned between the inlet pipe and the periphery of the cylindrical body. The inlet component includes an annular pipe and at least three branch pipes. The inlet pipe communicates with the annular pipe, and the inner side of the annular pipe is connected to the cylindrical body via the annularly distributed branch pipes. A baffle is located at the lower end of the outlet, comprising a baffle cylinder, an arc-shaped plate, and an elastic layer. In this utility model, the gas-water mixture is divided into three directions by the branch pipes and enters the cylindrical body in multiple directions, colliding with the baffle cylinders at different locations. This achieves a more uniform and multi-directional entry of the gas-water mixture into the cylindrical body, preventing airflow concentration in a single area and ensuring that all parts of the baffle cylinder function effectively, thus improving separation efficiency.

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