March 2017
Observe the Earth More Clearly
Return to Homeland More Safely
Introduction of BISME
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International Cooperation
Innovation & Development
Company Profile
BISME
• Founded in 1958, key member of CAST, CASC
• 1st institute in China engaged in the development of space
optical remote sensors
• Only institute in China engaged in research of spacecraft
return and landing technology
• 1814 employees
Fields of Research
Optical
Remote
Sensing
Technology
Spacecraft
Return and
Landing
Technology
Aviation
camera
technology
Space laser
Detection
Technology
Space
Pyrotechnic
Technology
Composite
Material
Technology
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Spacecraft Return & Landing Technology
BISME has been dedicated to providing various kinds
of spacecrafts with turn-key solutions for return and
landing system.
• Return & landing system for manned spacecrafts
from SZ-1 to SZ-11
• Return & landing system for Lunar Exploration
Missions
• Return & landing system for Mars Exploration
Missions
Space Optical Remote Sensing
BISME has provided 144 Space Optical
Remote sensors for Chinese satellites with
100% success rate, accounting for about
82% of all the in-orbit optical remote
sensors in China.
Application
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Land observation
Ocean observation
Land mapping
Atmosphere sounding
Space science exploration
Disaster/environment monitoring
Space Optical Remote Sensing
GF-1
GF-2
GF-4
GF-5
GF-7
2m PAN/8m MS Imager
16m Wide-swath Imager
Meter-level Imager
Geostationary Imager
Spectral Imager
IR Spectrograph
Mapping Imager
CHINA ‘s High-Resolution Earth Observation System
Space Optical Remote Sensing
HY-1A/B Coastal Zone Imager
ZY-3 Mapping Imager
FY-4 Lightening Imaging Sensor
FY-3 Greenhouse Gasses Sensor
Contribution to the worldwide
atmospheric environment protection
& climate change monitoring
Lightening monitoring of a
thunderstorm in Western Australia
Introduction of BISME
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International Cooperation
Innovation & Development
Sino-Belgium Cooperation
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Exchange visits for 6 times
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Strategic Cooperation Agreement between CASC &
AMOS
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BISME – AMOS Joint-Laboratory Agreement signed
in 2015
Sino-Belgium Cooperation
Fields of Cooperation
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R&D of opto-mechanical structure
Optical manufacture and optical
precise measurement
Design of space environment
experiment simulation system
Cooperation Projects
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Environment Testing System
Straylight Measurement System
Sino-Belgium Cooperation
Collaborative Development
of Instruments
•Straylight test system
•Vacuum simulator system
•High precision collimator
Academic Exchange
•Joint conferences
•Visiting Scholar
•Collaborative cultivation of talents
Collaborative
Research
•Low temperature optical
testing
•Free-form surface inspection
•Vacuum simulating
technology
•Large aperture optical
manufacture
Sino-Holland Joint Laboratory
Sino-Holland Joint Laboratory of Space Optical Instrument
Founded on 7 March 2014
 Fields of Cooperation
 Cooperation Projects
• Earth Spectrum Detection
• Space and Planet
Exploration
• Optical Calibration
• On-board calibration unit of
hyperspectral payload (FY-3 02)
• Optical design for
hyperspectral payload (FY-3 03)
• Collaborative design for Mars
Exploration Mission
 Academic Exchange
• Annual Symposium
• Conference Proceedings
• Visiting Scholars
Introduction of BISME
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International Cooperation
Innovation & Development
Innovation Platform
BISME’S National Center for
International Research on Space
Optical Instrument was recognized
by Ministry of Science & Technology
in October, 2015
To Promote
Technological
Innovation
Capacity
International
Cooperation
To Jointly
Incubate
Projects
To Jointly
Cultivate
Talents
Innovation Platform
International
Joint Research
Center
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Space Spectral Detection Technology
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Advanced Optical Manufacturing Technology
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Space Optical Precision Measurement Technology
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Space Optical Instrument Calibration Technology
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Application of Space Optical Instrument
Conclusions
Welcome Belgian aerospace
companies to work together
with BISME.
Let us joint our talent and make
efforts to promote the development
of earth understanding, and to
improve the well-being of mankind.
Thanks for Your Attention!
2017 ©
2016