XGEN 2023 - International Conference of Scientific Communications

This paper addresses critical thermal management challenges in space settlements and stations, focusing on effective insulation and heat rejection strategies. It examines Aerogel and Multi-Layer Insulation (MLI) for their exceptional insulating properties in the harsh vacuum of space. Further, the study delves into heat rejection techniques essential for maintaining stable environmental conditions. Emphasis is placed on radiative heat rejection methods, highlighting advanced Carbon-Carbon Composite heat pipes with potassium as an efficient working fluid. These technologies are pivotal for ensuring habitable environments in space settlements, underlining their importance in current space exploration and future long-duration missions.