Accompanied by  Huapeng Qin, Dean of the School, the inspection team conducted a thorough review of laboratory safety protocols. The first stop was the Environmental Materials Chemistry Laboratory, a cutting-edge facility at the intersection of environmental science and materials science. The laboratory focuses on the development and application of functional environmental materials to address critical issues such as water and soil pollution remediation. The inspection team meticulously examined the laboratory's safety facilities, inquired about chemical storage, usage, and waste disposal procedures, and commended the laboratory's safety management practices.

Next, the team visited the Shenzhen Engineering Laboratory for Recycled Composite Environmental Materials. Funded by the Shenzhen Municipal Government, this laboratory specializes in the development and application of high-performance, low-cost, and low-pollution recycled materials. Dean Qin provided a detailed overview of the laboratory's research progress, equipment configuration, and team development. The inspection team praised the laboratory's significant achievements in the field of recycled composite environmental materials and encouraged researchers to continue their efforts in advancing China's environmental protection industry.

The final stop was the Shenzhen Blue Sky Project Atmospheric Observation Super Station. This state-of-the-art research platform is dedicated to building an internationally leading comprehensive atmospheric observation system. Utilizing full-process coverage, multi-dimensional observation, and high-precision measurement technologies, the station enables three-dimensional monitoring of atmospheric pollution phenomena. It provides robust scientific support for investigating the root causes of air pollution in Shenzhen, analyzing the mechanisms of photochemical pollution, and promoting continuous improvements in the city's air quality. The inspection team focused on reviewing the station's data collection systems, safety protection facilities, and emergency response mechanisms. They expressed full recognition of the station's contributions to environmental protection and encouraged further enhancement of safety monitoring and early warning capabilities to make greater contributions to atmospheric environmental protection in Shenzhen and beyond.

During the inspection, Jin Zhang emphasized the importance of laboratory safety. He stated that laboratory safety is the lifeline of scientific research and called for the establishment of a robust safety management system, strengthened safety education and training, and improved safety awareness and emergency response capabilities among researchers. He also highlighted the need to strengthen research team building, optimize resource allocation, and promote the transformation and application of research outcomes to contribute to the sustainable development of the nation and society.

This safety inspection not only provided a comprehensive review of the School's laboratory safety practices but also served as an important opportunity to drive scientific innovation and strengthen team building. The School will take this opportunity to further optimize laboratory safety management, refine relevant systems, and ensure continuous progress in safety initiatives.