Core Viewpoint - The application of the self-developed "Drilling Platform Stability Calculation Intelligent System" by Victory Oil Engineering Company enhances operational efficiency and safety in high-risk drilling operations [1] Group 1: Technological Advancements - The drilling platform achieved significant operational milestones by completing the positioning of the North 6FB well group five hours ahead of schedule [1] - The intelligent system utilizes DeepSeek artificial intelligence programming to create a visualized stability calculation model based on the platform's structural layout [1] Group 2: Safety and Efficiency - The system establishes a dynamic load distribution framework across the entire platform, dividing it into multiple areas for precise load input [1] - It features robust analytical capabilities, allowing for the comprehensive calculation of operational loads and displaying critical stability parameters such as draft and coordinate positions [1] Group 3: Operational Management - The system enables clear information management for the crew, facilitating specialized and efficient management of platform stability [1] - Key data such as pile stress and ground pressure are calculated, providing essential insights for operational decision-making [1]

Core Insights - The article highlights the successful implementation of a self-developed "Drilling Platform Stability Calculation Intelligent System" by Shengli Oil Engineering Company, which allows for significant operational efficiency in drilling activities [1] Group 1: Technological Advancements - The new system enables the drilling platform to position itself at the well site five hours earlier than previously possible, achieving simultaneous operations of pulling piles, towing, positioning, and ballasting on the same day [1] - The system utilizes digital and intelligent methods, relying on DeepSeek artificial intelligence programming to create a visualized stability calculation model based on the platform's structural layout [1] Group 2: Safety and Efficiency - The intelligent system constructs a dynamic load distribution framework across the entire platform, categorizing multiple areas based on structural layout and establishing three input modules with 68 load input units to accurately cover load positions [1] - It features robust analytical capabilities that allow for comprehensive calculations of operational loads, providing clear visibility of stability parameters such as draft at the four corners and platform coordinates, thus enhancing the management of platform stability [1]

Core Viewpoint - The company has implemented comprehensive safety management measures across its offshore drilling platforms, focusing on risk reduction and enhancing operational safety through innovative technologies and systematic processes [1][2][4][5]. Group 1: Safety Management Enhancements - The company has installed a central anti-slip cone and long edge cone on the new Victory Five platform to eliminate the risk of slippage during well positioning [1] - A total of 142 safety hazards were identified and addressed through a checklist management system, ensuring a closed-loop management approach [1] - The company has conducted 96 safety activities onshore and 656 offshore to reinforce safety responsibilities [2] Group 2: Technological Innovations - The company has upgraded its offshore personnel dynamic management system, utilizing facial recognition and automatic card issuance for real-time personnel tracking [2] - Development of a digital stability calculation system for drilling platforms aims to automate and enhance safety during high-risk operations [4] - The introduction of a video monitoring system for generator rooms and real-time draft monitoring is part of the company's strategy to improve operational safety [4] Group 3: Risk Reduction Strategies - The company has established a three-tier inspection checklist for mobile platform operations to ensure quality and effectiveness in safety checks [4] - A focus on reducing high-risk operations has led to the implementation of measures that limit personnel on-site during critical tasks, achieving over 50% reduction in lifting operations [5][6] - The company has developed specialized tools and techniques to minimize risks associated with lifting operations, including the use of adjustable height vehicles and hydraulic cutting devices [6]