Lunar Dust into Oxygen

Lunar regolith holds more than dust. It contains oxygen and valuable metals that could support the infrastructure of a future space economy. In this article, Dr. Ian Mellor of Metalysis explains how a solid-state electrochemical process can extract oxygen from simulated lunar rock while producing metal powders suitable for construction and additive manufacturing.

By generating two critical resources at once, oxygen for life support and propulsion, and metals for manufacturing, this approach supports the development of in-situ capabilities that reduce reliance on Earth-based supply chains. As research with the European Space Agency advances, technologies like these are helping transform lunar resources into the building blocks of sustained activity on the Moon.

Liquid Gold

Water is the quiet catalyst of space expansion. Found in lunar craters, Martian ice deposits, and hydrated asteroids, it offers fuel, air, and survival. Mining water in space unlocks refueling networks, permanent habitats, and a self-sustaining space economy that supports science, industry, and life beyond Earth.

Redwater to Regolith

The path to off-world resource use starts beneath the surface. Through missions on Mars, recent lunar payloads, and upcoming systems bound for Phobos and Titan, Honeybee Robotics, now part of Blue Origin, is advancing the drills, pneumatic samplers, and autonomous subsurface systems that make space resource development possible. Exploration hardware today is laying the groundwork for tomorrow’s space infrastructure.