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Atmospheric fine particles and ozone spatiotemporal distribution rapid online monitoring system was accepted
[China Instrument Network Instrument R&D] Recently, the project “Development and Application of Atmospheric Fine Particles and Ozone Spatio-Temporal Detection Laser Radar System†undertaken by Anhui Optical Machinery Co., Ltd. was approved by experts organized by the Chinese Academy of Sciences.
The project “R&D and Application of Atmospheric Fine Particles and Ozone Spatio-Temporal Detection Lidar System†successfully developed a rapid on-line monitoring system of atmospheric fine particles and ozone temporal and spatial distribution with independent intellectual property rights, which broke through many common key technologies and improved China’s Lidar. The independent innovation capability and core competitiveness of the industry provide reliable technical means for the construction of real-time monitoring and analysis of atmospheric environment in China.
The system also integrates several key technologies, developed multiple sets of prototypes, formed a mature and stable laser radar core technology under long-term operation and multiple rounds of optimization, established an industrialization base through technology transfer and production process development, and formed a laser radar. The production capacity of core components and system machines has increased the localization rate of laser radar, cultivated a new emerging industry of competitive environmental monitoring and analysis instruments, broke the monopoly of developed countries on the core technology of laser radar, and reversed the high-end laser radar equipment in China. Dependence on imported products.
Since 2013, the Atmospheric Fine Particles and Ozone Lidar have established a stereoscopic monitoring network in the Jing-Jin-Ji region, which has maintained a good working status for several years, providing important means and high-end equipment for the study of ashes and photochemical pollution. The equipment developed by the project also provides air quality assurance and emission reduction effect assessments for major events such as the Nanjing Youth Olympic Games, the Beijing APEC Summit, the Beijing September 3 Victory Day Parade, and the Hangzhou G20 Summit, providing environmental decision-making and management. An important scientific basis.
(Original Title: Anhui Institute of Optics and Lasers Research and Development Laser Radar System)