Phase 0: Space Resource Processing Explained
A deep dive into the first phase of Dyson swarm construction: establishing space-based resource extraction and processing capabilities.
Engineering Team
Project Dyson
Phase 0: Space Resource Processing
Before we can build millions of solar collector satellites, we need raw materials. Earth-based resources are expensive to launch into orbit, making space-based resource extraction essential for any megastructure project.
Why Start with Mining?
The economics are simple: launching materials from Earth costs approximately $2,500-10,000 per kilogram. At these prices, a single solar collector satellite would be economically unfeasible. Asteroid mining changes this equation entirely.
Target Asteroids
We've identified several categories of near-Earth asteroids suitable for initial mining operations:
- C-type asteroids: Rich in water and organic compounds
- M-type asteroids: Metallic composition, ideal for structural materials
- S-type asteroids: Silicate-rich, useful for various applications
Key Technologies
Phase 0 requires development in several areas:
- Autonomous mining robots
- In-situ resource utilization (ISRU) systems
- Orbital processing facilities
- Material transport systems
See our detailed Bill of Materials for cost estimates.
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