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Combined with the previous relevant background on the anti-corrosion program for nuclear power plant power reactors and strictly in accordance with GB/T 25314-2010 "Content Requirements for Corrosion Management Program for Mechanical Equipment in Nuclear Power Plants", the establishment of a compliant and implementable anti-corrosion program can be carried out according to the following steps: 1. The core basic requirements of anchoring standards clearly define the applicable boundaries.: This standard is applicable to the preparation of corrosion management programs for corrosion-sensitive key equipment in nuclear power plants, covering the entire life cycle of mechanical equipment from design and construction to decommissioning. Alignment programming principles: Follow the three major principles of scientificity, systematicness, and practicality to ensure that the content is consistent with the actual working conditions of the power reactor and can be directly implemented. Complete preliminary research: Comprehensively collect basic information such as power reactor equipment service conditions, anti-corrosion material selection, inspection and maintenance history, and feedback on corrosion experience of similar units. 2. Implement the core modules stipulated in the standard and carry out corrosion risk analysis: According to the standard requirements, the corrosion risk assessment of the entire plant's mechanical equipment was completed from the two dimensions of "corrosion occurrence probability" and "corrosion hazard". Screening of corrosion-sensitive critical equipment: Strictly matching the standard double screening conditions - related to unit safety/reliability/economy, high corrosion risk, sorting out the list of primary circuit main equipment, secondary circuit key pipelines, seawater system equipment, etc., and establishing an exclusive management database. Establish a preventive corrosion management system: Clarify the specific methods and execution cycles for regular corrosion inspection, defect treatment, and condition assessment, covering all high-risk equipment. Build supporting file system: According to standard requirements, the content and key points of various corrosion management documents are refined to form a complete document traceability chain. 3. Complete closed-loop iterative optimization and establish a regular review mechanism: In accordance with the requirements of the standards, the adaptability and effectiveness of the outline are evaluated regularly, and the content is dynamically revised based on on-site implementation effects and industry experience feedback. Connect with subsequent update requirements: Pay attention to the release of the 2026 revised version of the standard, and incorporate new requirements such as corrective corrosion management and surface stress reduction treatment into the outline in a timely manner to maintain compliance.