Scientists have developed space fuel with the potential to extend astronauts’ stays on the moon, addressing the challenge posed by the moon’s extreme temperatures that make surface life untenable.
Led by Dr. Phylis Makurunje, a team of scientists is actively working on nuclear power solutions for space rockets, aiming to establish a moon base by 2030.
Researchers from Bangor University have engineered nuclear fuel cells to tackle the lunar life-support problem, offering astronauts a means to generate clean energy on-site. Professor Middleburgh of the Nuclear Futures Institute heralded this development as a cleaner and more efficient method of producing energy and heat to sustain life on the moon.
The team, including scientists from Bangor University, recently dispatched a nuclear fuel cell named Trisofuel for further testing by their partners. This Trisofuel cell is designed to power a micro nuclear generator developed by Rolls Royce, presenting a promising solution for future lunar missions. The scientists anticipate that this advancement will play a crucial role in establishing a moon base by 2030.