会议提出，明年和"十五五"时期，各地要在巩固前期工作成果基础上，全面提升生命线工程建设质效， 以高水平安全保障城市高质量发展。要在"统"上下功夫，科学谋划"十五五"时期生命线工程工作任务， 充分发挥"一委一办一平台"统筹协调作用，并将生命线工程与城市更新、新型城市基础设施建设等工作 协同推进。要在"建"上下功夫，全面准确开展基础设施风险普查，科学精准布设物联感知设备，优化完 善监管平台功能，在覆盖重点领域基础上逐步扩大监测覆盖范围。要在"用"上下功夫，充分发挥生命线 工程作用，精准识别风险隐患，快速处置预警事件，完善处置闭环，健全长效机制，推动源头治理。要 在"保"上下功夫，加强要素投入，以持续稳定的资金保障建设运维，以科技创新驱动效能升级，以人才 队伍强化发展支撑，为生命线工程建设提供坚实保障。 本报讯(记者李刚)12月18日，住房和城乡建设部在徐州市召开推进城市基础设施生命线安全工程现场 会，总结交流城市基础设施生命线安全工程(以下简称"生命线工程")建设进展和成效，研究部署明年 和"十五五"时期生命线工程建设工作。 ...

Core Viewpoint - The city of Tongchuan has conducted a comprehensive survey of its underground pipeline network and is actively improving urban infrastructure to address issues such as urban flooding, sewage discharge, and pipeline leakage [1] Group 1: Infrastructure Development - Tongchuan has completed a survey of its urban underground pipeline network using radar detection technology [1] - The city has established a total of 1,200 kilometers of gas pipelines, 576 kilometers of drainage pipelines, 476.6 kilometers of water supply pipelines, 85 kilometers of heating pipelines, and 42.3 kilometers of comprehensive utility corridors [1] Group 2: Policy Implementation - Based on the collected data, Tongchuan has introduced a series of policy documents for the renovation and upgrading of aging gas, water, drainage, and heating pipelines [1] - During the 14th Five-Year Plan period, the total scale of the renovation of old gas pipelines in Tongchuan is set to reach 652.8 kilometers, with 430.3 kilometers already completed [1] Group 3: Future Plans - The city plans to focus on monitoring older pipelines that frequently encounter issues based on the initial survey [1] - Tongchuan aims to continue updating and renovating its underground pipeline network in line with national policy support, enhancing urban safety and resilience [1]

Group 1: Urban Renewal and Historical Building Protection - The article discusses the integration of urban renewal with the protection of historical buildings, emphasizing the need to excavate valuable urban space while improving the functionality of old structures [2][5] - Innovative technologies, such as the "step-by-step walking" displacement technology, have been developed to safely relocate historical buildings without damage, allowing for urban development and preservation to coexist [5][6] - The successful relocation of the 90-year-old Huayanli building in Shanghai demonstrates the effectiveness of these technologies, which enhance safety, efficiency, and reduce costs compared to traditional methods [5][6] Group 2: Technological Applications in Historical Preservation - The use of 3D scanning and drone photography in the preservation of the Barkhor Ancient City in Lhasa exemplifies how technology can provide precise data for the restoration of ancient buildings while maintaining their traditional appearance [7][9] - The integration of modern amenities, such as cafes and bookstores, into the ancient city reflects a balance between preserving cultural heritage and enhancing the living environment for residents and visitors [9] Group 3: Urban Safety and Infrastructure - The article highlights the implementation of safety measures in urban infrastructure, such as the installation of gas leak alarms in commercial establishments, which automatically shut off gas valves and alert owners in case of leaks [10][11] - The establishment of a comprehensive monitoring network for urban infrastructure safety in Hefei aims to address safety risks associated with rapid urban development and population growth [11] - The Hefei Public Safety Research Institute is focused on enhancing urban resilience through advanced monitoring and early warning systems, utilizing new technologies like artificial intelligence [11]

Core Viewpoint - Shandong Province is advancing the construction of urban infrastructure safety projects to enhance urban resilience, with significant government support and a focus on integrating technology for better monitoring and management [1][3][5]. Group 1: Policy Implementation - The Shandong government has issued the "Implementation Opinions on Promoting Urban Infrastructure Lifeline Safety Projects," which outlines a step-by-step approach to construction based on urgency and feasibility [5]. - A total of 114 urban underground pipeline projects have received 8.208 billion yuan in special long-term bond funding since 2025, ranking third nationally [3][6]. - The construction plans include specific areas such as gas, heating, water supply, drainage, and bridges, with clear annual goals and risk management strategies [5][6]. Group 2: Technological Integration - The province is establishing a comprehensive urban lifeline safety monitoring platform that integrates data from various sectors to enhance safety oversight [6]. - Over 210,000 IoT sensing devices have been installed across cities to improve real-time monitoring capabilities [3][6]. - The government aims to break down data barriers between enterprises and regulatory platforms to facilitate real-time data sharing and enhance safety management [6]. Group 3: Pilot Projects and Outcomes - Eight pilot cities, including Jinan and Qingdao, are leading the initiative, effectively covering key areas such as gas, drainage, and bridges [6]. - The pilot projects have successfully integrated urban management data resources, connecting extensive pipeline information and IoT data for better oversight [6]. - The focus is on transitioning to a proactive safety governance model, enhancing the resilience of urban infrastructure [6].

Core Points - The Central Urban Work Conference was held in Beijing, emphasizing the construction of safe and resilient cities [1] - The meeting proposed advancing the safety engineering of urban infrastructure lifelines and accelerating the renovation and upgrading of old pipelines [1] - There is a strict limitation on the construction of super-tall buildings to enhance housing safety guarantees [1] - The conference highlighted the need to strengthen natural disaster prevention in cities, coordinating flood prevention systems and urban waterlogging management [1] - It also called for enhanced overall social security prevention to effectively maintain urban public safety [1]

Core Viewpoint - The document outlines the Chinese government's initiative to strengthen urban infrastructure construction and renovation, emphasizing the need for comprehensive risk assessment and the development of new urban infrastructure models [1] Group 1: Urban Infrastructure Development - The government aims to enhance urban infrastructure by conducting thorough risk assessments of existing facilities [1] - There is a focus on the integrated development and utilization of underground space, including the construction and renovation of underground pipelines and comprehensive utility tunnels [1] - The initiative includes upgrading urban water supply facilities and improving the collection, treatment, and recycling of urban wastewater [1] Group 2: Flood Control and Emergency Response - The plan emphasizes the need for a robust urban flood control and drainage system, including the establishment of a coordinated management model for urban water systems and surrounding water bodies [1] - It aims to accelerate the construction and renovation of drainage and flood prevention facilities to enhance emergency response capabilities [1] Group 3: Waste Management and Fire Safety - The government is pushing for the upgrade of municipal solid waste treatment facilities and the enhancement of public fire safety infrastructure [1] - There is a call for proactive construction of disaster prevention projects to ensure urban safety [1] Group 4: Transportation Infrastructure - The initiative includes improving urban transportation infrastructure by developing rapid transit lines, community transport systems, and green transportation options [1] - It also focuses on optimizing urban freight network planning and establishing a tiered distribution facility system [1] Group 5: Technological Integration - The plan promotes the application of Building Information Modeling (BIM) technology in urban infrastructure projects [1] - It includes the implementation of safety engineering for urban infrastructure lifelines [1]