Summary

This paper discusses the classification of end-of-life lunar equipment for recycling, focusing on sustainable lunar missions. It outlines challenges in terrestrial recycling processes for lunar operations and proposes a framework for prioritizing recycling feedstock based on composition, mass, and available lunar resources. No lunar regolith simulants are explicitly mentioned or characterized in the text. This paper discusses the challenges and opportunities in establishing a sustainable lunar base, focusing on resource utilization, habitat design, and international collaboration. It highlights the importance of in-situ resource utilization (ISRU) for long-term sustainability and the role of robotic and human exploration in advancing lunar science and technology. This paper discusses the classification and potential applications of end-of-life (EOL) equipment on the Moon, focusing on material composition and recycling strategies. It outlines the types of materials found in lunar equipment, their potential uses, and the feasibility of reusing these materials for future lunar missions. The paper discusses end-of-life equipment on the Moon and its potential reuse for lunar habitat con

Methods and applications