Core Insights - The article highlights the challenges faced by rapidly developing areas like Sanshan New City, particularly in public transportation and living facilities, and the efforts of the Foshan Testing Institute to address these issues through specialized elevator safety inspections [1][2] Group 1: Industry Support and Innovation - The Foshan Testing Institute has established a special inspection team to cater to the unique needs of emerging industries such as artificial intelligence and biomedicine in high-end innovation clusters [1] - A "green channel" and "off-peak inspection" system have been implemented to facilitate the inspection of heavy-load equipment and specialized elevators, ensuring safety and production efficiency [1] - The institute is assisting biomedicine companies in establishing high cleanliness standards for elevator usage to maintain production environment compliance [1] Group 2: Public Service Enhancement - The institute is extending its services to key public projects like schools, commercial centers, tram stations, and subway stations to address the lack of public transportation and living facilities [1] - In public transportation hub construction, the inspection process for escalators has been optimized to ensure they are operational in sync with line openings [1] - The institute is providing technical consulting for commercial complexes to enhance elevator operation plans, improving the shopping and leisure experience for citizens [1] Group 3: Service Mechanism Innovation - A "project leader system" and "user unit liaison system" have been established to enhance service efficiency in regional development [2] - The institute employs a "inspection-correction-review" full-process service model, with dedicated teams providing one-on-one tracking and guidance [2] - The Foshan Testing Institute aims to deepen the "inspection + service" model to contribute more specialized testing wisdom to the Guangdong-Hong Kong-Macao Greater Bay Area development [2]

Core Viewpoint - The recent breakthrough in electromagnetic ultrasonic high-temperature flaw detection imaging technology by the China Special Equipment Inspection and Research Institute is significant for enhancing the safety assurance capabilities of major equipment in the country [1] Group 1 - The technology addresses the challenges of detecting "sick" pressure vessels and pipelines under high-temperature operating conditions [1] - This advancement is crucial for improving the safety standards of critical infrastructure and equipment in various industries [1]

Group 1 - The project "Key Technologies and Equipment for Clean and Resource-based Incineration of Saline Organic Waste Liquids" won the first prize at the 4th China Boiler Science and Technology Awards, led by Hubei Special Equipment Inspection and Testing Research Institute, in collaboration with Wuhan Wubo Energy Engineering Co., Ltd. and Tsinghua University [1] - The project integrates the entire chain of "production, learning, research, and inspection" to address high-pollution, high-emission, and high-salinity organic waste liquids from various industries, developing an industrial-scale integrated resource recovery incineration system with advanced safety and intelligent operation control strategies [1] - The evaluation by the expert group, led by Chinese Academy of Engineering academician Lv Junfu, rated the project as internationally advanced, with the system achieving a leading operational cycle for complex high-salinity organic waste liquids [1] Group 2 - Hubei Special Equipment Inspection and Testing Research Institute proposed innovative testing methods for organic waste liquids and developed a monitoring system for the safe and stable operation of high-salinity organic waste incineration devices, filling a domestic gap [1] - The new incineration system demonstrated over a 100% increase in continuous stable operation time compared to traditional systems that did not utilize the new technology [1] - The project resulted in over 10 research achievements, including patents, software copyrights, and SCI papers, contributing valuable research experience towards the "dual carbon" scientific direction [1][2]

Group 1 - The core initiative involves the safety assessment of 26,000 old residential elevators in Beijing as part of the city's 2025 important livelihood projects, with 5,360 assessments completed in the first quarter [1][3] - The assessment focuses on 18 key components, including speed limiters and brakes, to enhance efficiency by reducing unnecessary evaluation items based on past experiences and resident concerns [2] - A total of 45,000 old residential elevators are expected to be assessed by the end of 2024, with 5,000 already completed and an additional 26,000 planned for this year, ensuring comprehensive evaluation [3] Group 2 - The assessment process utilizes a "one elevator, one code" system that integrates all elevator information, allowing for real-time data access and reducing the need for on-site inspections [1][2] - Residents will receive safety assessment reports through property management, and a supplementary manual will be created to help interpret the findings, with technical experts available for clarification in case of disputes [2] - Elevators over 15 years old are required to undergo annual mandatory inspections, while those over 20 years old are recommended for replacement rather than assessment [3]