Anti-scaling efficient liquid delivery pipe

Abstract

The invention discloses an anti-scaling efficient liquid delivery pipe. The anti-scaling efficient liquid delivery pipe comprises a pipe body, a spiral flow guide plate, a pipe wall coating, a vibrator fixing base, a vibrator, a base plate, a solar electricity collecting panel, storage batteries, a small vibrating motor and flange bases. The spiral flow guide plate is a spiral blade which is coaxially arranged on the inner wall of the pipe body in the axis direction of the pipe body. According to the wall attachment effect of fluid, when liquid flows in the inner wall of the pipe body, the liquid is guided by the spiral flow guide plate to flow forward in a spiral rotation mode, the water flow continuously conducts friction with the surface of the inner wall of the pipe body and has an impact on the pipe wall, and therefore the amount of dirt which accumulates on the pipe wall is reduced. The vibrator slides into the vibrator fixing base, the storage batteries can drive the small vibrating motor to vibrate, the vibration is transmitted to the pipe body, and therefore the dirt is further prevented from being attached to the inner wall of the pipe body. The solar electricity collecting panel is used for charging the storage batteries when it is sunny, and therefore operation of the vibrator is guaranteed.

Description

technical field [0001] The invention relates to the field of industrial infusion pipelines, in particular to an anti-scaling and high-efficiency liquid delivery pipeline. Background technique [0002] In the oil and gas or phosphoric acid industry, pipelines are often used to transport crude oil or phosphoric acid. The transported substances often contain impurities such as organic matter, H2S, CO2, bacteria, and sediment. When the surface of the object is subjected to chemical, physical, or biological effects, it will form dirt. After the pipeline is scaled, the diameter of the pipeline will be reduced, and the flow cross-sectional area will be reduced, resulting in pressure damage, reduced displacement and pipeline blockage. Pipeline blockage and scaling will also induce local corrosion of the pipeline, resulting in frequent leakage or even perforation of the pipeline, resulting in destructive accidents. Therefore, chemical descaling, high-pressure water jet descaling, mec...

AI Technical Summary

Problems solved by technology

After the pipeline is scaled, the diameter of the pipeline will be reduced, and the flow cross-sectional area will be reduced, resulting in pressure damage, reduced displacement and pipeline blockage. Pipeline blockage and scaling will also induce local corrosion of the pipeline, resulting in frequent leakage or even perforation of the pipeline, resulting in destructive accidents. Therefore, chemical descaling, high-pressure water jet descaling, mechanical descaling, ultrasonic descaling, etc. are commonly used in industrial production, but the effects of these descaling methods are not ideal

Therefore, the practice of many enterprises is to use manual descaling after the pipeline is disassembled for a period of time, which not only increases the labor intensity, but also causes great damage to the pipeline after long-term disassembly, and the shutdown affects production and causes indirect economic losses.

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