北外滩航运航空论坛期间，东航与上海机场联合呈现"航空+文旅"创新成果，通过沉浸式场景展示科技 赋能出行的最新实践。 10月19日上午，2025北外滩国际航运论坛在上海世界会客厅开幕。今年论坛主题为"协作共促全球航运 可持续发展"，论坛包括开幕式暨国际绿色航运主论坛、国际海运论坛和国际航空论坛，以及4个分论坛 和10余个特色活动。 当日下午，以"创新领航 智链未来——科技赋能全球航空新格局"为主题的2025北外滩国际航空论坛也 如期举办，论坛汇聚近300名全球航空领域的政企代表、专家学者等，共同探讨新时代航空发展新趋 势、新路径。 "上海始终把航空业摆在上海国际航运中心建设的突出位置，上海航空运输指标位居世界前列。当前世 界百年未有之大变局加速演进，全球航空业正站在新旧动能转换的关键路口，上海国际航空枢纽迎来了 能级提升的关键时期。"上海市副市长张小宏在致辞中说。 按照规划，上海将以建设具有世界影响力的全方位门户复合型国际航空枢纽为目标，以创新引领、以科 技赋能，通过持续提升枢纽能级、携手搭建空中桥梁、打造服务新体验、加快数字绿色转型等举措，推 动航空运输高质量发展，为全球开放合作创造更广阔的空间。 中国民航局 ...

在交底会上，项目建设办对施工工作提出三点工作要求：首先，必须压实安全责任。项目建设过程中必 须时刻绷紧安全这根弦，确保施工安全、系统安全和未来运行安全万无一失；其次，要高标准严控质 量。项目相关所有成员，必须秉持精益求精的工匠精神，严控质量标准，打造经得起检验的精品；最 后，要通力协同协作，主动做好相互协调。协作是项目成功的保障，项目的复杂性和系统性要求各方应 紧密协作，无缝对接，确保按期有序高效推进。 工程施工的启动标志着项目进程迈向新阶段。江苏监管局将秉持"严紧细实"的工作作风，督促各责任单 位认真落实项目管理、质量管控等工作要求，凝心聚力，精雕细琢，将每一项任务落到实处，将每一个 环节做到最优，努力打造智慧民航建设的标杆工程。（编辑：许浩存 校对：陈虹莹 审核：韩磊） 《中国民航报》、中国民航网 记者胡夕姮 通讯员邵飞 报道：近日，民航江苏监管局应急协调管理与远 程监管系统项目施工正式启动。监管局召集项目建设负责人、施工管理组、工程监理方、设计单位及4 家中标公司进行工程交底，各方代表就后续施工环节进行技术沟通，同时就工程各责任单位衔接面进行 深度交流对接，监理单位围绕工程流程、审验等方面要求进行宣贯。 ...

Core Insights - The introduction of the intelligent flight ground sorting system at Pudong Airport aims to enhance operational efficiency and reduce average waiting times for flights by approximately 2 minutes, with a projected annual fuel savings of over 9,000 tons for airlines [1][2]. Group 1: System Implementation and Benefits - The intelligent flight ground sorting system is the first of its kind in the industry, designed to improve ground operation efficiency and support the development of Shanghai as a comprehensive international aviation hub [1][2]. - The system integrates data from the electronic process system and airport collaborative decision-making (A-CDM) system, enabling real-time information sharing among air traffic control, the airport, and airlines [2]. - During the summer peak season, the system contributed to an average reduction of about 50 seconds in ground taxiing time, with a year-on-year increase of 4.99 percentage points in flight release normality and 7.42 percentage points in flight takeoff normality [3]. Group 2: Technological Innovations - The system employs intelligent algorithms to automatically generate optimal flight release sequences based on dynamic parameters such as departure time slots, aircraft types, and parking positions [2]. - A visual sorting interface displays real-time airport ground and air coordination, facilitating integrated management of multi-runway and multi-terminal operations [2].

Core Viewpoint - The Civil Aviation Administration of China (CAAC) is enhancing the management and sharing of civil aviation operational data to support the development of a smart civil aviation system, emphasizing collaboration among various units and the importance of data governance and application scenarios [4][5]. Group 1: Data Management and Sharing - The CAAC's operational monitoring center conducted a research meeting in Chengdu to discuss the management of civil aviation operational data and gather suggestions for improving data sharing mechanisms and utilization [1]. - The meeting included a report on the revisions of the "Civil Aviation Operational Data Sharing Research Application Agreement" and the "Civil Aviation Operational Data Sharing Decision-Making Mechanism Charter," aimed at ensuring data security and maximizing data value [4]. - The CAAC introduced plans to include flight operation data in the first batch of the "Civil Aviation Public Data Resource Directory" and the "Civil Aviation Shared Data Resource Directory" [4]. Group 2: Strategic Initiatives - The CAAC emphasized the need for close cooperation among civil aviation units to innovate management and mechanisms, leveraging public data to enhance operational efficiency [5]. - Key initiatives discussed included strengthening data governance, expanding public data supply, and driving scenario-based applications to improve quality, reduce costs, and support research innovation in civil aviation [5]. - The meeting highlighted the importance of preparing for the fifth joint meeting on civil aviation operational data sharing and the third meeting of the management committee [5].

Core Insights - The Harbin Airport Operations Control Center showcased innovative practices in operational management during a recent visit by 40 industry professionals, emphasizing the development of smart civil aviation [1][2] - The center demonstrated the "Harbin Plan" for special weather assurance, which effectively reduced flight delays during snowy conditions to under 45 minutes through a series of proactive measures [1] - The airport's experience in supporting the Asian Winter Games was highlighted, achieving a 100% accuracy rate in VIP flight guarantees through a comprehensive service system [1] Group 1 - The Operations Control Center presented the "Eight-Step Work Method" to address challenges posed by winter weather, including early meteorological consultations and rapid release mechanisms [1] - The center implemented a "Daily Double Review" mechanism to address operational issues, resolving over 120 problems related to equipment and process integration [2] - The successful transition of 55 remote parking positions was achieved through a "Three-Dimensional Control Method," ensuring smooth operations from simulation to full production [2] Group 2 - The visit served as a platform for sharing industry experiences and fostering ideas for the construction of smart civil aviation [2] - The Harbin Airport Operations Control Center aims to enhance its core capabilities in "precise command, efficient collaboration, and smart innovation" to contribute to the development of the Northeast Asia international aviation hub [2]

Core Viewpoint - The strategic cooperation agreement between Huashuda Aviation Technology Co., Ltd. and the Civil Aviation Management Institute of China aims to enhance technological innovation and the transformation of scientific achievements in the field of aviation emergency and safety management, promoting high-quality development in the industry [1][3]. Group 1 - The cooperation will support the establishment of an immersive emergency management training system, utilizing digital simulation and artificial intelligence to provide an advanced information platform for emergency management education and training [3]. - The collaboration will focus on the industrialization of research achievements, promoting the application of emergency management and aviation safety information systems in aviation enterprises, thereby improving the construction and level of aviation safety and emergency management systems [3]. - A long-term cooperation mechanism and platform will be established to advance research in cutting-edge technologies and theories related to aviation safety informationization, exploring innovative management models and solutions in civil aviation safety [3][6]. Group 2 - The president of the Civil Aviation Management Institute emphasized that the construction of a smart civil aviation system is crucial for achieving high-quality development in the industry, leveraging the rapid development of new information technologies [6]. - The strategic cooperation is expected to create synergy by utilizing the advantages of both parties, applying big data, artificial intelligence, and digital simulation technologies in teaching, research, and production operations to drive technological innovation in aviation safety [6]. - The partnership is anticipated to inject new momentum into the smart transformation of China's civil aviation industry, contributing to the development of a data-secure, self-controllable, and fully domestically produced aviation safety and emergency management information system [6].