Atmospheric Environment Monitoring and Pollution Controlling
HFIPS has established a new interdisciplinary of environmental science and technology by integrating and merging subjects of nano and biology science and technology into the original preponderant discipline of atmospheric environmental optics.
After more than four decades of development, HFIPS has built the Integrated Ground-to-Space System for monitoring and early-warning to respond to nation’s challenge in environment issues through its scientific excellence in diversified branches in the field of environmental science and technology, including fundamental research, equipment development, and industrialization.
Nano-material Research
For environment protect, HFIPS takes its role by using nano-material research to detect and remove pollutants as well; fabricating catalyst to treat hard-to-degrade and high concentration industrial waste water; building monitoring and early-warning network based on nano-sensor and satellite positioning technology.
The satellite, Gaofen-5 01A, a hyperspectral satellite left the planet into space with liftoff of the Long March-2D rocket from the Taiyuan Satellite Launch Center in Shanxi Province, north China, earlier this morning.
Atmospheric conditions vary significantly in terms of the temporal and spatial scales. The purpose of atmospheric correction based on radiative transfer model is to remove the atmospheric radiative effect on remote sensing images, but it is always limited by the difficulty in obtaining atmospheric parameters that match image in terms of the temporal and spatial scale.
On October 17, the Mid-term Symposium of the fifth phase of the European Space Agency (ESA) and National Remote Sensing Center of China (NRSCC) / Ministry of Science and Technology of China (MOST) Cooperation "Dragon Programme" was successfully held in the form of a video conference.