Sustainable operation system for space debris management

Abstract

Space debris poses an escalating threat to sustainable space operations due to the accumulation of junk from decades of exploration and engineering. The orbital debris management system is explored, utilizing autonomous lasers, robotics, and AI techniques for integrated debris mitigation. Emphasis is placed on the critical need for international standards for sustainable space stewardship. Repurposing commonly observed debris as an in-situ renewable energy source is suggested by collecting and reusing existing junk. A case study is explored, evaluating the potential to reduce Earth resource launches. While promising technologies are emerging, international cooperation remains imperative to ensure the longevity of the space environment through coordinated and responsible debris prevention and mitigation practices. This paper examines the proposed integrated space debris management design for renewable energy generation. It highlights the importance of dual technology and policy efforts for sustainable space operations.

Keywords: Axiomatic Design, Sustainable Manufacturing, Space Energy

DOI: 10.54941/ahfe1004342