Power plant steam and water system comprehensive corrosion monitoring system and method

Abstract

The present invention belongs to the field of power plant equipment life assessment and safety and particularly relates to a power plant steam and water system comprehensive corrosion monitoring system and method. The monitoring system is formed by a power plant steam and water system comprehensive corrosion management platform, a management personnel function module, a basic information function module, a working medium corrosion product monitoring module, a water chemical treatment module, and a corrosion expert function module. According to the system and the method, the corrosion data management of the aspects of a steam and water system pipeline metal side and a working medium side is provided, with power plant steam and water system state monitoring and life management as an overall target, a technical evaluation and analysis system is complete, all corrosion information of a power plant steam and water system is shared, the information exchange amount is improved, and a theoretical basis is provided to ensure the safe and reliable operation of the power plant steam and water system.

Description

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AI Technical Summary

Benefits of technology

This technology helps manage corrosive damage from different parts of an industrial facility's equipment by sharing important information about its components during their lifespan. It also includes advanced analyzer that can monitor any signs or changes caused by this process. Overall, it enhances safety and reliability over time while reducing costs associated with maintenance work.

Problems solved by technology

This patented describes different aspects involved with prevention or detection of damage from corrosive substances that may occur during use of industrial plants' (power) steam/hydrogen cycles. These include issues like insufficient maintenance due to erosion over long periods of time, poor quality control due to incorrect choice of materials used at various locations within the facility, incomplete documentation regarding failure modes associated with corrodes themselves, limited accessibility through physical manholins, difficulty in identifying potential sources of contamination when selecting suitable metals for construction purposes, and difficulties in coordinating management efforts.

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