Core Viewpoint - The Shengli Petroleum Engineering Company's Tool Technology Service Center is driving innovation to address the challenges of complex well conditions and cost reduction, achieving breakthroughs in drilling tool manufacturing, intelligent well control management, and the regeneration of old resources, thereby strengthening national energy security [1] Group 1: Innovation in Drilling Tools - The technical team is conducting 3D modeling analysis on the thickened transition zone of drill pipes to reduce stress concentration and prevent leakage accidents [3] - New large-diameter high-torsion drill tools have been developed, significantly improving torsional performance and reducing drilling fluid flow resistance, leading to lower surface pump pressure and increased rock-breaking efficiency [3] - The new drill tools have completed operations on 14 wells, reducing casing pressure by 1 to 1.5 MPa per kilometer and saving over 2000 kWh of electricity per day during drilling [3] Group 2: Enhancing Exploration Efficiency - The Tool Technology Service Center has established a collaborative innovation system to enhance energy security, promoting over 10 innovative projects for safe and efficient drilling operations [4] - The intelligent well control system integrates various control methods, improving emergency response speed by over 65% [4] - A new high-flow pressure testing vehicle has been developed to address issues related to pressure testing efficiency and ease of operation [4][5] Group 3: Resource Optimization - The center focuses on the entire lifecycle management of drilling tools, utilizing laser cladding and friction welding technologies to extend the service life of old drilling tools [6] - Over 100 heavy drill pipe joints have been remanufactured using friction welding, effectively prolonging their service life [6] - The introduction of laser cladding technology has successfully repaired worn-out non-magnetic drilling tools, enhancing their performance and reliability [7]

Core Insights - The successful installation of the oil collection box at the Feiyan Beach section of the Keku Oil Management Area marks a significant achievement in the collaboration between the Keku Maintenance Service Department and the management area, aimed at establishing a "zero leakage" and "zero fire" demonstration zone [1][2] - The Feiyan Beach oil area, located in an ecologically sensitive coastal zone, is critical for both ecological protection and energy supply, emphasizing the importance of safe and stable operations [1] - A deepened cooperation agreement focusing on "party building" was signed in early March to enhance collaboration in business areas [1] Technology and Innovation - The service department prepared dozens of samples of new materials such as carbon fiber and heavy anti-corrosion for on-site demonstrations, promoting the advantages of these new technologies [1] - The introduction of pipeline detection technology allows for early identification of pipeline fault risks, providing strong support for preventive maintenance [1] - The recent application of pipeline detection technology has covered 20 kilometers of pipeline, leading to the repair of 13 potential hazards, thereby significantly improving the safety and reliability of the pipeline network [1] Lifecycle Management - A full lifecycle guarantee model has been established, consisting of "pre-protection, mid-term maintenance, and post-operation" to ensure the smooth progress of the demonstration zone construction [2] - A regional pipeline database of nearly 60 kilometers has been created based on preliminary detection data, allowing for precise control of frequently occurring fault points and timely elimination of potential hazards [2] - The number of emergency repair incidents in the management area has decreased by one-third compared to the previous year, indicating significant effectiveness in the construction of the demonstration zone [2]

近日，胜利油田地面工程维修中心胜北维修服务部与甲方建立隐患治理协同机制，应用管道剩余寿命分 析预测模型，精准摸排胜利采油管理六区5公里老化管道，定位防腐薄弱点，采取常态化监测、应用"碳 纤维修复加强技术+金属表面重防腐防护技术"进行预防性加固和更换治理等方案，降低安全环保风 险。 事实上，采取"计划性维修+预防性维保"方式，推动"应急抢修"向"超前维保"转变，是地面工程维修中 心打造"零泄漏""零动火"示范区的有力举措。 与此同时，该中心持续加大新技术新工艺推广应用力度，聚焦打造长寿命工程，应用卡箍连接与螺纹补 偿器等动火作业替代技术，改变站内阀组、井口流程连接方式，避免焊接动火作业；对深埋地下难修复 管线，应用高强度抗腐蚀单流阀、抗冲刷陶瓷弯头等部件，降低腐蚀风险，延长管线使用寿命和维修周 期；应用管道检测、碳纤维修复加强、法兰密封防护、管线清洗、储罐外壁自动除锈等新技术，以及水 力切割、冷焊粘接等非动火工艺，实现源头减量、风险降级。(大众新闻记者顾松通讯员崔洪颖王芳) 今年，地面工程维修中心组织技术中心人员以孤东采油厂KD521接转站为试点，应用三维激光扫描技术 重建地面流程三维模型，建立阀组流程数据库， ...

事实上，管具技术服务中心利用"双平台"协同，破解了传统培训的时空限制，构建起覆盖全员、全流 程、全场景的数字化培训生态，为培养智能化人才培养新标杆。 下一步，他们将持续完善平台功能，强化数据驱动能力，推动培训资源与生产需求深度融合，为打造行 业领先的管具技术先导型公司提供有力人才支撑。 目前，该中心已整理上线管子修理工、抓管机司机、无损探伤工、井控装置等核心岗位练兵题目1162 道，内容涵盖安全规范、设备操作、应急处置等关键领域，员工可灵活利用碎片化时间进行阶梯式训 练，推动培训从"大水漫灌"向"精准滴灌"转变。 在强化日常练兵的基础上，他们深化"铁军在线e学平台"与中石化网络学院"管具培训专区"的功能融 合，构建"学练考评"一体化闭环机制。"管具培训专区"依据日常练习数据，组织开展靶向性HSE应知应 会、岗位技能达标等在线考核，实现培训效果可量化、可追踪；"铁军在线e学平台"对比分析员工专区 考核系统结果，动态调整日常题库练习内容，为员工培训提供科学依据。 同时，该中心探索以"铁军在线e学平台"为支点，拓展数字化培训生态。围绕"兵头将尾"能力提升目 标，开发安全履职、风险防控等管理类培训课程，增加班组长、基 ...

Group 1 - The State Intellectual Property Office of China has published a patent application by Sinopec Petroleum Engineering Technology Service Co., Ltd. for a method of designing controllable seismic source point layout and travel routes, with publication number CN 119863129 A and application date of October 2023 [1] - The patent outlines a method that includes establishing a GIS geographic information database, theoretical point layout, buffer zone generation, hazard point elimination, line feature creation, and field verification of preset points, aimed at reducing redundant field verification work and shortening exploration cycles [1] - The method is expected to lower exploration costs and improve efficiency in the design and implementation of seismic source points, replacing traditional well blasting methods with controllable seismic sources [1] Group 2 - Sinopec Petroleum Engineering Technology Service Co., Ltd. was established in 1994 and is based in Beijing, primarily engaged in civil engineering construction [2] - The company has a registered capital of approximately 1.898 billion RMB and has made investments in 14 enterprises, participated in 97 bidding projects, and holds 1 trademark and 1,435 patents [2] - Additionally, the company possesses 2 administrative licenses, indicating a robust operational framework and a significant presence in the industry [2]

传统的管理模式不仅加重基层负担，更制约生产效率提升。为此，北疆项目部以"轻量化、低成本"为原 则，整合数据资源，将核心流程归纳为《基本信息表》《出入库表》《检修表》，员工仅需一次录入， 系统即可自动关联生成探伤报告、生产报表等8类文档，填报错误率从5%降至0.5%。 据了解，系统为每件工具赋予"身份证明"，形成全生命周期"电子档案"，输入识别号即可一键查询工具 位置、检修记录及使用历史，检索效率提升90%。同时，优化供井流程，自动提取数据生成供井单，现 场核对后10分钟即可完成发井，与过去发井前需现场抄录工具信息并反复核对的做法相比，效率提升 66%。 本报4月27日讯(大众新闻记者顾松通讯员杨冬玲)面对钻井工具管理中长期存在的填表繁琐、数据分 散、追溯低效等问题，胜利石油工程公司管具技术服务中心以"基层减负"为突破口，在北疆项目部率先 试点数字化管理新模式。 该中心引入WPS智能表格搭建钻井工具全过程管理系统，把20余类手工报表精简至3张基础表，填报效 率提升51%，工具全流程实现"一码贯通、数据共享"，年节约人工成本812小时，为基层管理数字化转 型提供了可复制的"样板经验"。 北疆项目部工具班长期受困于 ...

中油工程（600339）公告，2024年营业收入为859.17亿元，同比增长6.94%。归属于上市公司股东的净 利润为6.35亿元，同比下降14.80%。公司拟向全体股东每10股派发现金红利0.35元(含税)，共计派发现 金红利1.95亿元，剩余未分配利润结转下年。公司2024年度不进行资本公积金转增股本，也不进行送 股。 ...