863 project "Advanced Environmental Monitoring Technology Equipment" major project was accepted

[ China Instrument Network Instrument Development ] On June 29th, the National 863 Program "Advanced Environmental Monitoring Technology and Equipment" major project (2014AA06A500) undertaken by the Anhui Institute of Material Science and Technology of Hefei Institute of Material Science, Chinese Academy of Sciences, passed the Ministry of Science and Technology in Beijing. Experts accepted by the Office of the 863 Program Resources, Environment and Technology.

The picture shows the acceptance meeting

Director Wang Lei of the Resource and Environment Department of China 21st Century Agenda Management Center, the overall expert group of the project, Liu Jianguo, deputy dean of the Hefei Institute of Material Science, Chinese Academy of Sciences, and the chief expert of the project, Academician Liu Wenqing, and the Anhui Institute of Optics and Mechanics, Chinese Academy of Sciences, Peking University, Tsinghua University, Jilin University Thirteen research project leaders and some key members of 12 universities including the Institute of Remote Sensing of the Chinese Academy of Sciences, the Institute of Remote Sensing of the Chinese Academy of Sciences, the Institute of Remote Sensing of the Chinese Academy of Sciences, the Institute of Atmospheric Sciences of the Chinese Academy of Sciences, the Institute of Geography of the Chinese Academy of Sciences, Hangzhou Concentration, and Guangzhou Hexin. The meeting.

At the acceptance meeting, Academician Liu Wenqing, the chief scientist of the major project, introduced the research background, organization and implementation of the project. Researcher Liu Jianguo reported the project technical development report and project results. The participating experts listened to the report, reviewed the relevant materials, and questioned and discussed the project implementation and application demonstration. The acceptance expert group agreed that the project completed the research content specified in the task book, reached the assessment objectives and technical indicators specified in the task book, fully realized the overall objectives of the project proposed in the project approval, and agreed to pass the project technology acceptance.

The expert group agreed that the project has developed a series of in-situ on-site monitoring of environmental quality and pollution sources, water source water quality safety monitoring and early warning, environmental pollution time-space distribution monitoring technology and equipment, rapid on-line monitoring of mass spectrometry/spectral of atmospheric pollutants, and water pollution. Innovative results have been achieved in biological monitoring of satellites, satellite remote sensing, and rapid monitoring of heavy metal pollutants in soils. Low-cost high-performance environmental mass spectrometers with independent intellectual property rights and real-time monitoring equipment for urban road network exhaust emissions have been developed. Multi-parameter high-integration optoelectronic environmental monitor, low-cost intelligent environmental gas sensor, water quality safety biological early warning monitoring system, airborne atmospheric and water environmental pollution monitoring equipment, lake-type drinking water source eutrophication monitoring and early warning system, High-efficiency enrichment separation and detection system for toxic gases, satellite-machine-ground ecological environment quality remote sensing monitoring system, mega-city boundary layer physical and chemical structure detection and simulation system, soil heavy metal pollution on-site monitoring equipment, bio-fluorescence detection of lead, mercury and cadmium in water Equipment, key technical indicators The international advanced level. The project has applied for more than 200 national invention patents, obtained more than 60 software copyrights, and published 237 SCI/EI papers, forming a strong R&D team of advanced environmental monitoring technology equipment, establishing and developing low-cost high. Performance environment mass spectrometer, gasoline and diesel integrated vehicle exhaust telemetry equipment, water and soil heavy metal monitoring equipment and other research and development platforms, industrial bases and series of technical products, the project results have achieved good social and economic benefits, and has a broad Market application prospects.

The “Advanced Environmental Monitoring Technology Equipment” major project is aimed at the national short-term and medium-term environmental quality improvement, pollutant emission reduction control, environmental change monitoring technology and equipment requirements, comprehensive, three-dimensional environmental monitoring technology and automatic, online, on-site environment Monitoring technology research and development as the core, carry out key common technology research and development, system integration, technical verification, form corresponding environmental monitoring support technology, research and development of related equipment and equipment, and cultivate large-scale scientific research projects established by environmental monitoring strategic industries. The completion of this project marks the formation of a series of environmental monitoring technologies, systems and products with independent intellectual property rights, such as point, surface, network, stereo remote sensing and comprehensive multi-parameters. It has comprehensively improved the level of environmental monitoring technology in China and promoted advanced environmental monitoring in China. The leapfrog development of the technology industry.

(Original title: National 863 Program "Advanced Environmental Monitoring Technology Equipment" major project passed the acceptance)