From May 10 to 12, the third Academic Conference on Atmospheric Environment Remote Sensing and Collaborative Analysis was successfully held in Lanzhou, Gansu Province. The conference was co-sponsored by Lanzhou University, Environmental Information System and Remote Sensing Committee of Chinese Society for Environmental Sciences and Huaibei Normal University. It was specifically organized by College of Atmospheric Sciences, Lanzhou University, Key Laboratory of Semi-Arid Climate Change of the Ministry of Education, and the Provincial and Ministerial Co-Innovation Center for Ecological Security in Western China.
Hangzhou Repulse Technology Co., LTD. (hereinafter referred to as: Repulse Technology) was invited to participate in the conference as a co-organizer. In this conference, Repulse Technology focused on showing the ground-based remote sensing microwave radiometer SMR-100 and the meter scattering aerosol Lidar MPL-5000 to the guests.
During the exhibition, many leaders and experts from Lanzhou University, Xi 'an University of Technology, Northwest Institute of Resources and Environment, Chinese Academy of Sciences, Urumqi Institute of Desert Meteorology, China Meteorological Administration and other institutions attended the exhibition booth. The technical problems of ground-based microwave radiometer and meterscatter aerosol lidar in remote sensing application were discussed and communicated with the field representatives of the company.
As the common challenge of mankind in the 21st century, the atmospheric environment has been attached great importance in the whole world, and a wide range of comprehensive atmospheric environment management practices have been carried out in all countries of the world. At present, Chinese air environment governance is entering a new stage of pollution reduction and carbon reduction. Remote sensing technology, with its unique advantages of a wide range of time and space and low cost, has become an important means to quantitatively monitor atmospheric composition, reveal pollution mechanism and calculate carbon emissions.
Shallow Sea Technology has more than 10 years of knowledge, experience and technical reserves in atmospheric remote sensing, ground-based vertical profile detection, aerosol/cloud/rain and fog monitoring, with accurate measurement and advanced hardware equipment as well as a large number of technical personnel with professional knowledge background. Shallow Sea Technology will give full play to its innate advantages and acquired reserves. It will contribute its strength to the high-quality development of the comprehensive management of air environment.