Fluid migration researching device

Abstract

The invention discloses a fluid attribute parameter detecting device comprising a power system, a pipe flow system, a supporting system and a data collecting system, wherein the power system is used for supplying fluid and power to be detected; an input hole and an output hole of the pipe flow system are connected with the power system, and the fluid is subjected to parameter detection after flowing through the pipe flow system; the supporting system is positioned under the pipe flow system and is used for supporting the pipe flow system and regulating the multi-angle transformation of the supported pipe flow system; and the data collecting system is used for detecting the fluid in the pipe flow system and collecting and arranging attribute parameter detecting data. The fluid migration researching device provided by the invention is capable of detecting multiphase fluid attribute parameters with solids and realizing multi-angle fluid migration research and fluid migration research under the condition of coupling a horizontal pipe and a vertical pipe.

Description

technical field [0001] The invention relates to a detection device, in particular to a research device for the law of fluid migration. Background technique [0002] In technical fields such as laboratories and industrial applications, it is often necessary to study the migration law of a certain fluid, that is, to detect the property parameters of the fluid, so that it can exert greater effectiveness in actual production applications. The above property parameters It is the conventional parameters such as the flow rate and pressure of the fluid that are well known to the technicians. Generally, when the fluid is detected, the attribute parameters such as the flow rate, pressure and particle size percentage of the fluid are detected and data collected. [0003] Fluids also include single-phase fluids and multi-phase fluids. It is often difficult to measure the property parameters of multi-phase fluids containing solids. For example, there is no systematic research on the mig...

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Problems solved by technology

[0003] Fluids also include single-phase fluids and multi-phase fluids. It is often difficult to measure the property parameters of multi-phase fluids containing solids. For example, there is no systematic research on the migration of multiphase fluids containing pulverized coal and corresponding property parameter detection devices. The existing fluid property parameter detection devices mainly have the following technical defects:

[0004] 1. At present, most multi-phase fluid detection devices only study horizontal multi-phase fluids, but there are very few studies on multi-angle fluid migration laws, and the corresponding experimental devices are also very imperfect

[0005] 2. In the prior art, the migration law of the fluid in the horizontal pipe is studied, but there is no corresponding research device for the coupling of the horizontal pipe and the vertical pipe

[0006] These above-mentioned technical deficiencies have just resulted in the research field of the migration law of multiphase fluids, especially the research on the migration laws of multiphase fluids containing solids. To a certain extent, there are still technical gaps, which cannot further understand and Master the characteristics of the fluid so that it can be in the best state and maximize its effectiveness in actual production or use

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