Working principle: The density difference between the production medium and the separated substance (i.e. the heavy difference in the gravitational field) is used to achieve separation. The heavier material sinks under gravity to the bottom of the container, while the lighter material floats up to the top of the container and is thus discharged through different outlets. 3. Gas-liquid separator :
Structure: usually includes inlet pipe, separation cavity, outlet pipe and discharge pipe and other parts.
Working principle: According to the specific gravity of gas and liquid, the use of gravity sedimentation, baffle separation, centrifugal separation or filling separation principle to separate the gas and liquid. The liquid adheres to the wall under the action of gravity or centrifugal force and gathers to discharge, while the gas is discharged through the outlet pipe. In addition, there are other types of separators such as three-phase separators, which are used to separate gas, liquid and solid substances at the same time. Its structure and working principle are also more complex, but the basic principle is still to use the differences in physical properties between different substances to achieve separation.
In general, the structure and working principle of the separator vary depending on the application needs and the separated substance, but the core idea is to use the physical principle to separate the mixed substance into pure components.
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