High-efficiency Gas-liquid Separator Helps Industrial Production Upgrade

The gas-liquid separator is a kind of device that realizes the separation of gas and liquid by using many kinds of physical principles. Its main components include a cylinder, cyclone separator, high-efficiency foam-breaking net, and sewage valve. On the working principle, the gas-liquid separator separates the liquid components in the gas efficiently through the methods of gravity sedimentation, folding flow separation, centrifugal force separation, screen separation, ultrafiltration separation, and filling separation. Among them, centrifugal force separation and screen separation are the more common technical means. Liquid in the high-speed rotation due to the higher density of the centrifugal force is far greater than the gas, and can thus be thrown to the wall of the separator, and under the action of gravity to collect and discharge. The screen separation uses the screen structure to filter the gas and effectively capture the liquid droplets.

In the petrochemical industry, the role of gas-liquid separators is particularly prominent. Where self-produced saturated steam in the plant and into the corresponding pipeline network, as well as before the steam into the turbine, are required to set up a special steam gas-liquid separator. This not only protects the equipment but also ensures stable system operation. For example, a special gas-liquid separator for steam efficiently separates water droplets and solid particles from the steam by means of a five-stage separation - downsizing, centrifugation, collision, deflection, and coalescence - so that the steam equipment can function with maximum efficiency.