Volatile organic pollution control technology and equipment national engineering laboratory was established

January 10, 2017, the National Engineering Laboratory for Volatile Organic Pollution Control Technology and Equipment was unveiled in Guangzhou and held the first meeting of the First Technical Committee and Council. Gu Pei, Director of the Innovation Capability Department of the High-Tech Industry Division of the National Development and Reform Commission, Chen Glorious, Secretary of the Party Group of the Guangdong Provincial Environmental Protection Department, Peng Xinyi, Executive Vice President of South China University of Technology, and other experts and scholars, including Yan Jiming, a member of the Chinese Academy of Engineering, Tang Benzhong, a member of the Chinese Academy of Engineering, and representatives of outstanding environmental protection enterprises attended the meeting.
Volatile Organic Pollution Control Technology and Equipment National Engineering Laboratory was established
It is understood that volatile organic matter pollution control technology and equipment National Engineering Laboratory led by South China University of Technology, jointly in-line advantages of scientific research institutes and enterprises to jointly build. The total investment of the project is 11.283 million yuan. Professor Ye Daiqi, Dean of the School of Environment and Energy of South China University of Technology, is the head of the laboratory, and Yan Jiming, a member of the Chinese Academy of Engineering, is the director of the laboratory technical committee.according to
, the laboratory for China's volatile organic matter (VOCs) treatment technology is weak, key materials and equipment operating reliability is low, support the development of petrochemical, packaging printing, furniture, automotive and marine manufacturing, electronics, medicine and other key industries VOCs source and process control, new high-efficiency adsorption, catalysis, low concentration VOCs adsorption concentration, high-efficiency heat storage combustion, bio purification, low temperature plasma Body purification, ozone catalytic oxidation and combination control, VOCs leak detection and early warning and other technologies, materials, processes and complete sets of equipment research and development, integration and engineering, to solve the bottleneck of VOCs pollution technology and equipment development, improve independent innovation ability, develop basic supporting capacity, achieve the overall technical level and key performance indicators to reach the international advanced or leading level, promote the rapid development of environmental protection industry, improve China's VOCs pollution control technology and equipment level.
gu Pei of the Innovation Capability Department of the High-Tech Industry Division of the National Development and Reform Commission pointed out that the national engineering laboratory in the field of environmental protection is an important node in the construction of the national innovation system, and from 2011 to the beginning of 2016, the research direction was issued, and the establishment of a national engineering laboratory in the field of VOCs was finalized, reflecting the importance that the state attaches to the control of volatile organic matter pollution, marking the official entry of the national engineering laboratory in the field of environmental protection into the operational phase. It is hoped that the laboratory can speed up the pace of "production, research and development" of the project, so that our VOCs governance can occupy a higher position in the international community, to reach a higher level, so as to jointly promote innovation and development in the field of environmental protection.
Guangdong Provincial Environmental Protection Department Party Secretary Chen Glorious said that over the years, Guangdong Province, especially the Pearl River Delta air pollution control work is generally good, but the recent emergence of heavy air pollution, for Guangdong sounded the alarm, indicating that our air pollution situation is very serious, especially ozone pollution, need to be resolved urgently. Volatile organic pollution control technology and equipment National Engineering Laboratory settled in Guangzhou, Guangdong Province near the water floor first month, hope to contribute to the cause of environmental protection in Guangdong Province as soon as possible.
Professor Nie Jiming, a member of the Chinese Academy of Engineering, pointed out that the National Engineering Laboratory and the National Key Laboratory are different, the National Engineering Laboratory is more research on technology and equipment, and industry has closer links, the development of technology research and equipment to achieve real emission reduction capacity, in order to achieve this goal requires new technology and new materials and enterprise cooperation, shorten the process from technology research and development to industrialization, look forward to engineering laboratories to contribute to our national environmental governance.
, a member of the Chinese Academy of Sciences, pointed out that the establishment of the laboratory on behalf of the country's attention to VOCs pollution control, economic development must be meaningful at the expense of the environment, of course, the future development to protect the environment. Now the country attaches great importance to the cooperation between industry, science and research, the engineering laboratory can have so many business people as participating units is a good start, I hope in a few years can come up with a beautiful report card.
Professor Liu Wenqing, a member of the Chinese Academy of Engineering, pointed out that the VOCs National Engineering Laboratory for Pollution Control Technology and Equipment has set five major technological breakthrough directions: source/process control technology, core material technology, basic materials and components technology, process integration and equipment technology and online monitoring and system application.
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