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中南空管局参展2025国际机场博览会暨第十届中国机场服务大会
Core Viewpoint - The 2025 International Airport Expo and the 10th China Airport Service Conference opened in Guangzhou, showcasing innovations and achievements in air traffic management and engineering construction [1] Group 1: Company Innovations and Achievements - The company highlighted its strengths in engineering construction, showcasing projects in communication navigation, system integration, and Building Information Modeling (BIM) technology [2] - The company presented innovative achievements in flight services, including the near-landing flight procedure design at Baiyun Airport, point merging technology, and simplified departure and arrival codes [3] - The company demonstrated its experience in implementing air traffic control projects at 42 airports nationwide, emphasizing the advantages of BIM technology in modern air traffic control infrastructure [2] Group 2: Technological Advancements - The near-landing flight procedure at Baiyun Airport is the first systematic solution in the domestic air traffic control industry, addressing operational challenges [3] - The point merging technology has been tested in regional control sectors, making it the first of its kind in Asia, paving the way for its broader application [3] - The self-developed integrated monitoring system by the company attracted significant attention, featuring capabilities for seamless integration of various equipment into a unified platform [3] Group 3: Future Directions - The company plans to continue focusing on practical work and innovation, enhancing technical capabilities and service quality to contribute to the high-quality development of civil aviation and world-class air traffic management [5]
首航启新程 温州机场进离场航线分离飞行程序今日正式启用
Core Viewpoint - The successful implementation of the airspace optimization project at Wenzhou Longwan International Airport marks a significant milestone in enhancing operational efficiency and capacity, following eight years of development and collaboration among various stakeholders [1][2][3]. Group 1: Project Overview - The airspace optimization project was officially launched on July 10, with the first flight operating under the new departure route, indicating the project's transition into practical application [1]. - This project is the first increase in airspace resources since the airport's opening in 1990, having received formal approval from the Civil Aviation Administration of China [1]. - The new plan introduces six additional open routes, increasing the total number of departure and arrival routes to twelve, which is expected to alleviate operational pressure and enhance airspace efficiency by over 30% [1]. Group 2: Challenges and Collaboration - The project faced numerous challenges, including complex military-civilian airspace coordination, stringent technical standards, and the impact of the COVID-19 pandemic [2]. - The successful execution of the project was supported by the Wenzhou municipal government, Zhejiang Airport Group, and relevant civil aviation authorities, highlighting a collaborative approach to overcoming obstacles [2]. Group 3: Technological Innovations - Wenzhou Airport has innovatively introduced "point merging" technology, becoming the first hub airport in the province to implement this system, which enhances flight path predictability and improves traditional radar guidance issues [3]. - The new procedures are designed to reduce flight times and variability, improve air traffic order, and decrease control workload, thereby enhancing operational efficiency [3]. - The project has established a practical benchmark for the industry, demonstrating the applicability and value of these technologies in complex airspace environments [3]. Group 4: Future Developments - The implementation of the airspace optimization project has expedited the preliminary approval process for the airport's third-phase expansion, which includes the planning of a second runway [4]. - The expanded airspace will effectively support the coordinated operation of dual runways once they are operational [4].