Protector for penetrating through sensitive area pipeline

Abstract

The invention discloses a protector for penetrating through a sensitive area pipeline, belonging to the technical fields of petrochemical industry and natural gas. As the economy develops, the urban expansion becomes a certainty, and the condition of crossing or short distance between the urban pipe network and oil pipeline can occur in the urban expansion process. The influence of the urban pipe network on the oil pipeline is not taken into consideration in the design of the oil pipeline at that time, and heat, vapor, salt ions and the like in the urban pipe network can generate severe influence on the oil pipeline and aggravate the corrosion of the pipeline, so people are required to take new protective measures on the original oil pipeline so as to lower the accident occurrence probability when the urban pipe network and oil pipeline are crossed.

Description

technical field [0001] The invention belongs to the fields of petrochemical industry and natural gas, and specifically relates to reducing the corrosion of oil pipelines by adding a layer of casing and protective gas to the outside of long-distance pipelines passing through sensitive facilities (such as municipal drainage ditches, other pipelines, cables, etc.) , and use the SCADA system to closely monitor all crossing oil pipelines in the city. Background technique [0002] In the process of using metal pipelines for oil and gas, because the influence of the surrounding environment on the pipelines cannot be fully considered in the design, the moisture and salt ions in the soil will corrode the pipelines, and the pipelines are buried underground. The monitoring and corrosion detection cannot accurately describe the status of the pipeline, so that accidents such as oil leakage or even pipeline explosion occur. [0003] At the same time, with the development of the economy, ...

AI Technical Summary

Problems solved by technology

[0002] In the process of using metal pipelines for oil and gas, because the influence of the surrounding environment on the pipelines cannot be fully considered in the design, the moisture and salt ions in the soil will corrode the pipelines, and the pipelines are buried underground. The monitoring and corrosion detection cannot accurately describe the status of the pipeline, so that accidents such as oil leakage or even pipeline explosion occur

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