Regolith
elementIdRegolithlocalizationIDSTRINGS.ELEMENTS.REGOLITH.NAMERegolith is a filtration medium that is primarily found in Space Biome and
Regolith Biome of Regolith Asteroid and in small amounts around Crashed Satellites and on the Moo Asteroid. It is also brought by Meteor Showers.
Properties
When Regolith is heated to 1412.85 °C2575.13 °F (melting point +3 °C+5.4 °F), it will turn into Magma.
Usage
Water Sieve uses Regolith to filter Polluted Water into Water:
- 5 kg/s Polluted Water + 1 kg/s Regolith = 5 kg/s Water + 200 g/s Polluted Dirt
Deodorizer uses Regolith to filter Polluted Oxygen into Oxygen:
- 100 g/s Polluted Oxygen + 133.33 g/s Regolith = 90 g/s Oxygen + 143.33 g/s Clay
Shove Voles eat Regolith and excrete Regolith tile with half the original mass.
Production
It can be harvested on rocket missions to renewable Space POIs:
- In Gilded Asteroid Fields at a rate of 30 kg – 90 kg per cycle.
Tips
- Meteor Showers bring Regolith of high temperature.
- These Regolith can overheat the buildings such as Telescope. It is recommended to place Telescope on top of automated, horizontal Mechanized Airlock so that Regolith can fall through it after Meteor Shower ends. For the accumulated Regolith in lower levels, a well placed Robo-Miner can dig them clean.
- Heated regolith can be collected and used to boil water into steam. It is not particularly effective, but will be enough to fuel the first Steam Rockets. If you construct steam chamber right under the rocket, it is even possible to recycle some of the exhaust heat.
Regolith Melter
The excess of Regolith can be flash-melted by either volcanic or core Magma. Magma has five times the heat capacity of Regolith at the same temperature, so the transition creates an enormous amount of heat gain, which can be used to easily preheat incoming Regolith, power an array of Steam Turbines, or cook Petroleum. Cooling the Magma gives Igneous Rock, which can be fed to Hatches, producing even more power.
Regolith is one of a few materials that have a specific heat change during phase change.
