Gas-liquid separator based on porous media board

Abstract

The invention discloses a gas-liquid separating device based on a porous dielectric-slab. The device is composed of a filter, a gas-liquid separation container, a pressure adjusting valve and a pipeline; the device is characterized in that the gas-liquid separation container is respectively connected with the filter and the pressure adjusting valve, the filter, the gas-liquid separation container, the pressure adjusting valve and the pipeline are connected by a pipe joint or welding, an inlet is arranged at one end of the filter, an exhausting pipeline is arranged at one end of the pressure adjusting valve, and the filter is used for filtering the solid in the gas-liquid mixed fluid. The gas-liquid separation container comprises a pressure container and a porous dielectric-slab, an exhausting pipeline is arranged at the upper end of the gas-liquid separation container, a lyosorpic phase porous dielectric-slab is arranged at the lower end thereof, and an exhausting pipeline is arrangedat one end of the lyosorpic phase porous dielectric-slab. The invention is simple in structure, and convenient in use, can continuously separate gas-liquid mixed fluid in wide loading scope in real time, and can be widely used in gas-liquid separation fields of various pressure and flow ranges.

Description

technical field [0001] The invention relates to a gas-liquid separation device, in particular to a gas-liquid separation device based on a porous medium plate. It can be widely used in various fields of gas-liquid separation, especially the field of gas-liquid separation with high precision and small flow rate and the real-time separation of gas-liquid mixed fluid with low liquid content. The gas-liquid separation device can be applied to the separation of gas-liquid mixed fluids such as oil gas, water gas, and gas-containing solution under high, medium and low pressure conditions. It is suitable for industries that require gas-liquid separation such as petroleum, chemical industry, water conservancy, electric power, medicine, and machinery. . [0002] Background technique [0003] There are many separation structures used in gas-liquid separators, and the principles of separation and utilization include: gravity sedimentation; baffle separation; centrifugal force separatio...

AI Technical Summary

Problems solved by technology

Gravity sedimentation is very bulky, and wire mesh separation is more suitable for gas-liquid separation, but the volume is too large, the separation load range is narrow, the equipment is complex, and it is difficult to miniaturize, especially not suitable for real-time gas-liquid separation under small flow conditions; microporous Filtration and separation work is extremely unstable, and it is easy to carry liquid. Separation methods such as centrifugal force separation also face the problem of narrow separation load range and poor separation effect for low flow rates.

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