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Scientists Outline Circular Space Economy to Curb Debris and Launch Pollution

The new commentary urges a system-wide shift that prioritizes repairability, recovery, and reuse across spacecraft lifecycles.

Overview

  • Published December 1 in Chem Circularity and led by Jin Xuan of the University of Surrey, the roadmap consolidates technical and policy steps for sustainable space operations.
  • Recommendations include designing spacecraft for durability and modular repair, with space stations serving as hubs for refueling, servicing, and in-orbit manufacturing to reduce replacement launches.
  • The authors call for soft-landing systems such as parachutes and airbags to enable safe return, inspection, refurbishment, and material recovery of hardware.
  • Active debris mitigation features prominently, with proposals to capture objects using nets or robotic arms to reclaim materials and lower collision risk.
  • Data-driven tools and AI are highlighted to guide design, reduce physical testing through simulations, monitor hardware aging, and help avoid debris, with adoption requiring international collaboration and new regulatory frameworks.