Ice

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Ice
Icon Item Ice.png

Category: Ore
Status: Functional

Function:
Can be broken down into gasses

Mass: 1 kg
Volume: 0.37 L

Data Controls: [edit] [purge] (?)
EUROPA surface.png

Icon Item Ice.png Ice is frozen water (H2O) found in asteroids or frozen lakes on terrestrial planets. If oxygen is enabled in the World Settings, or if you want to use Hydrogen Thrusters, Hydrogen Engines, Air Vents, or the Jetpack, then Ice is an essential source of Hydrogen and Oxygen.

Usage

You mine Ice chunks with a drill or Hand Drill and then insert them into a powered Icon Block O2 H2 Generator.png O2/H2 Generator. The Generator will convert Ice into Oxygen and Hydrogen gas. Regarding the storage of the processed gas, see Hydrogen Tanks and Oxygen Tanks, Hydrogen and Oxygen Bottles.

Ice functions with identically mechanics to metal ores as far as Inventory, Sorters and cargo storage is concerned. One difference to ore is that in a powered Conveyor system, a connected O2/H2 Generator pulls the raw Ice chunks to be processed, analogous to powered Icon Block Refinery.png refineries automatically pulling raw ore from the connected conveyor system.

Yield

1000 kg (or 370 L) of ice convert to ~20000 L of hydrogen, or ~10000 L oxygen, or ~10000 L hydrogen and ~5000 L oxygen, depending on the amount of storage or consumption for either gas available on the connected grid.[1][2]

Gallery

Trivia: Ice color

Most ice is shades of blueish white. Ice on the Alien planet has a reddish tint outside the polar regions and is more cyan towards the poles. Ice similarly has a cyan tint on Titan. The colour change is visible in lakes and also when ice is mined or dropped in world on the respective planet.

In the engines, generators, player inventory, and cargo, all ice chunks stack and are treated the same. The ice color is purely decorative and has no effect on gameplay. When you mix the chunks in your inventory and drop them, all stacked chunks take on the color of the first one you picked up.


Ores
Icon Item Cobalt Ore.png Cobalt Ore, Icon Item Gold Ore.png Gold Ore, Icon Item Ice.png Ice, Icon Item Iron Ore.png Iron Ore, Icon Item Magnesium Ore.png Magnesium Ore, Icon Item Nickel Ore.png Nickel Ore, Icon Item Platinum Ore.png Platinum Ore, Icon Item Silicon Ore.png Silicon Ore, Icon Item Silver Ore.png Silver Ore, Icon Item Stone.png Stone, Icon Item Uranium Ore.png Uranium Ore

References and notes

  1. Tested with 1.198.027
  2. On large grids, it's about 5-15 L less for either figure, presumably through internal rounding losses. On small grids, the figures are exact.