The European Space Agency Wants to Clean Up Low-Earth Orbit
Rahul Kalvapalle — January 20, 2015 — Tech
The European Space Agency is putting together an international workshop that will focus on how best to clean up low-Earth orbit, which is filled with all kinds of man-made debri that pose clear and present danger to the various satellites and other man-made assets floating around in low-earth orbit, at altitudes of around 2,000 km above the earth.
While the probability of space debri colliding with a satellite or space station is small, it's still big enough to demand attention. In late 2014, debri contact forced the International Space Station to fire special thrusters to avoid catastrophe.
The workshop will give companies the opportunity to showcase innovative solutions for low-Earth orbit debri removal and disposal. It will be hosted at the European Space Agency's technical center in Noordwicjk in the Netherlands on March 17 and 18.
While the probability of space debri colliding with a satellite or space station is small, it's still big enough to demand attention. In late 2014, debri contact forced the International Space Station to fire special thrusters to avoid catastrophe.
The workshop will give companies the opportunity to showcase innovative solutions for low-Earth orbit debri removal and disposal. It will be hosted at the European Space Agency's technical center in Noordwicjk in the Netherlands on March 17 and 18.
Trend Themes
1. Low-earth Orbit Cleanup - Opportunity for companies to develop innovative solutions for removing and disposing of debris in low-Earth orbit.
2. Space Debris Mitigation - Growing concern about the presence of space debris leads to increased demand for technologies and strategies to reduce the risk of collisions.
3. Orbital Maintenance Technology - Emerging technologies and techniques for preserving the integrity of satellites and space assets in low-Earth orbit.
Industry Implications
1. Space Technology - Space companies have the opportunity to develop and commercialize new technologies for cleaning up low-Earth orbit and mitigating space debris.
2. Satellite Manufacturing - Manufacturers can explore innovative designs and materials to enhance the durability and resistance of satellites against space debris.
3. Aerospace Engineering - Engineers can contribute to the development of advanced orbital maintenance technologies and systems to ensure long-term sustainability of space operations.
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