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From November 21st to 22nd, the national key research and development program "Research on the Causes and Control Technology of Air Pollution" led by Professor Chen Jianmeng of Zhejiang University of Technology-"The Demonstration of Air Pollution Whole Process Control and Technology Integration Demonstration in Fine Chemical Industry Park" was launched.
Cum Implementation Plan Demonstration Meeting was held in Hangzhou.
Experts and scholars including academicians of the Chinese Academy of Engineering and foreign academicians of the National Academy of Engineering participated in the demonstration.
More than 70 people in charge of each topic and representatives of participating units attended the meeting.
The "Fine Chemical Industry Park Air Pollution Whole Process Control and Technology Integration Demonstration" project is led by Zhejiang University of Technology, combined with Tsinghua University, Zhejiang University, Nanjing University of Technology, Environmental Planning Institute of Ministry of Ecology and Environment, Hefei Institute of Material Science, Chinese Academy of Sciences, and People's Liberation Army Relevant superior units such as the Chemical Defense Research Institute and Hangzhou Bay Construction and Development Group Co.
, Ltd.
will jointly undertake.
The total project funding is 89.
03 million yuan, including 29.
03 million yuan from the central government, and the implementation period is 3 years.
The project is oriented to the major scientific and technological needs of the entire process of air pollution control in chemical parks in China.
In response to the difficulties in monitoring and traceability, high governance costs, and low control efficiency in air pollution control in fine chemical parks, the project focuses on high-precision gridded three-dimensional monitoring and high resolution Research on key technologies such as dynamic emission inventory, small-scale early warning and forecasting, rapid and accurate traceability, efficient pollution control, and intelligent decision-making systems, aiming to establish a technical system with independent intellectual property rights that integrates monitoring, traceability, early warning, emission reduction, and prevention and control , Formulate technical specifications for pollution control and risk prevention and control, provide scientific and technological support for the prevention and control of air pollution in the park, significantly improve air quality, and have important strategic significance for winning the "Blue Sky Defense".
Cai Yuanqiang, Secretary of the Party Committee of Zhejiang University of Technology, said that as the project leader, Zhejiang University of Technology will strictly follow the requirements of the Ministry of Science and Technology and the National Key R&D Program Management Measures, implement relevant responsibilities and obligations, and do its best to organize the implementation and management of the project.
Provide strong support in terms of project management, financial management, human resources and laboratory conditions to ensure the smooth implementation and completion of the project.
Wang Lei, director of the Resources and Environment Division of the Agenda 21 Management Center of the Ministry of Science and Technology, said that the project will provide a good model for the comprehensive management of chemical parks, and will play a good role in demonstrating and promoting air pollution control in Zhejiang and the country.
The meeting focused on a detailed demonstration of the project and the implementation plan of the subject.
After listening to the project and topic reports, the participating experts conducted discussions and comments, fully affirmed the research significance of the project and the research plan of each topic, and put forward specific guidance and suggestions on the difficulties and problems that may arise in the implementation process.
The project advisory expert group hopes that the project team will take this kick-off meeting as an opportunity to further clarify and refine the implementation plan, optimize the project organization and management mechanism, strengthen the collaboration among project participants, effectively advance the work progress, and strive for key technologies and demonstrations.
In terms of engineering, fruitful results have been achieved to promote the overall improvement of the air pollution monitoring, traceability, early warning, emission reduction and prevention and control capabilities of my country's chemical parks.
Source: Ai Tubang Public Account
Cum Implementation Plan Demonstration Meeting was held in Hangzhou.
Experts and scholars including academicians of the Chinese Academy of Engineering and foreign academicians of the National Academy of Engineering participated in the demonstration.
More than 70 people in charge of each topic and representatives of participating units attended the meeting.
The "Fine Chemical Industry Park Air Pollution Whole Process Control and Technology Integration Demonstration" project is led by Zhejiang University of Technology, combined with Tsinghua University, Zhejiang University, Nanjing University of Technology, Environmental Planning Institute of Ministry of Ecology and Environment, Hefei Institute of Material Science, Chinese Academy of Sciences, and People's Liberation Army Relevant superior units such as the Chemical Defense Research Institute and Hangzhou Bay Construction and Development Group Co.
, Ltd.
will jointly undertake.
The total project funding is 89.
03 million yuan, including 29.
03 million yuan from the central government, and the implementation period is 3 years.
The project is oriented to the major scientific and technological needs of the entire process of air pollution control in chemical parks in China.
In response to the difficulties in monitoring and traceability, high governance costs, and low control efficiency in air pollution control in fine chemical parks, the project focuses on high-precision gridded three-dimensional monitoring and high resolution Research on key technologies such as dynamic emission inventory, small-scale early warning and forecasting, rapid and accurate traceability, efficient pollution control, and intelligent decision-making systems, aiming to establish a technical system with independent intellectual property rights that integrates monitoring, traceability, early warning, emission reduction, and prevention and control , Formulate technical specifications for pollution control and risk prevention and control, provide scientific and technological support for the prevention and control of air pollution in the park, significantly improve air quality, and have important strategic significance for winning the "Blue Sky Defense".
Cai Yuanqiang, Secretary of the Party Committee of Zhejiang University of Technology, said that as the project leader, Zhejiang University of Technology will strictly follow the requirements of the Ministry of Science and Technology and the National Key R&D Program Management Measures, implement relevant responsibilities and obligations, and do its best to organize the implementation and management of the project.
Provide strong support in terms of project management, financial management, human resources and laboratory conditions to ensure the smooth implementation and completion of the project.
Wang Lei, director of the Resources and Environment Division of the Agenda 21 Management Center of the Ministry of Science and Technology, said that the project will provide a good model for the comprehensive management of chemical parks, and will play a good role in demonstrating and promoting air pollution control in Zhejiang and the country.
The meeting focused on a detailed demonstration of the project and the implementation plan of the subject.
After listening to the project and topic reports, the participating experts conducted discussions and comments, fully affirmed the research significance of the project and the research plan of each topic, and put forward specific guidance and suggestions on the difficulties and problems that may arise in the implementation process.
The project advisory expert group hopes that the project team will take this kick-off meeting as an opportunity to further clarify and refine the implementation plan, optimize the project organization and management mechanism, strengthen the collaboration among project participants, effectively advance the work progress, and strive for key technologies and demonstrations.
In terms of engineering, fruitful results have been achieved to promote the overall improvement of the air pollution monitoring, traceability, early warning, emission reduction and prevention and control capabilities of my country's chemical parks.
Source: Ai Tubang Public Account
