With the acceleration of urban construction, there has been a significant increase in municipal construction, road construction, rail transit construction, and renovation, posing severe challenges to the safe operation of gas pipelines. Gas pipelines are scattered throughout the streets and alleys, connecting thousands of households, and the underground pipeline network is complex. Therefore, the management and monitoring of gas pipelines, reducing third-party construction damage to pipelines, is one of the key points of urban gas pipeline integrity management.
The traditional method for gas pipeline inspection management is generally to use manual inspection to regularly inspect the gas pipeline, check the changes in the surrounding environment along the way, and record the problems found through pen and paper. Due to factors such as large pipeline volume, large amount of data, and scattered personnel, it is difficult to scientifically and reasonably evaluate the quality of pipeline inspections; At the same time, a large number of records are recorded through paper and pen, which is inconvenient to analyze and summarize, and requires secondary input, followed by manual analysis and processing
It is obvious that this management model has drawbacks such as time-consuming and laborious, non-standard data, poor timeliness, difficulty in statistics and summarization, and inconvenient access.
Natural gas safety is related to the stability and safety of the entire society, as well as the personal and property safety of thousands of households. Therefore, how to ensure the safe and reliable operation of the gas pipeline network and take preventive measures is one of the key tasks for every gas enterprise.