Underground steel gas pipe network pipeline corrosion prediction system

Abstract

This invention provides a underground steel gas pipeline corrosion prediction system, including pipeline corrosion data management module, pipeline corrosion forecast management module, and system administration module. The pipeline corrosion data management module is installed with a database of basic data storage and pipeline corrosion data, and can realize the pipeline corrosion dynamic management. The above pipeline corrosion forecast management module estimates and forecasts the pipelines corrosion depth, pipeline corrosion remaining wall thickness and residual life of the pipeline corrosion parameter. The system management module can use the system user's management and the database's management to realize the management and maintenance of entire system. Aiming at city gas network buried underground steel pipeline corrosion data mixed diversity, which is difficult to manage achieve control of the key focus for a destination, such as supervision and testing, this invention can make effective data management and corrosion prediction, and provide the gas pipeline risk management effective technical support.

Description

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AI Technical Summary

Benefits of technology

This technology helps predict how well different parts of an underground metal structure will be affected by various factors like weather conditions or damage caused during construction work hours. It uses advanced techniques from computer science and statistics to estimate these variables based on their impact on structural integrity. By doing this, engineers can make informed decisions about maintaining structures that last longer than they were designed beforehand.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving the security measures used during petroleum-related accidents caused by leaks or other issues with underground pipe systems that are being built over time due to environmental factors like weather conditions (temperature) changes. This can lead to potential safety hazards if left untrusted after an accident occurs.

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