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Difference between revisions of "Nitrogen"

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Using the [[Nitrolyzer]] you can create [[Nitrous Oxide]] from Nitrogen and Oxygen.
 
Using the [[Nitrolyzer]] you can create [[Nitrous Oxide]] from Nitrogen and Oxygen.
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Due to its high molar density, low heat capacity, and generally inert nature, Nitrogen is an excellent pressure agent for condensing other gases into liquids and keeping the [[Water]] from evaporating passively.
  
 
==Sources==
 
==Sources==

Revision as of 00:32, 28 August 2025

Nitrogen
Icon-nitrogen.png
Specific heat 20.6 Joule / mol

Description

Nitrogen can be mixed with Oxygen to stabilize its flammability and avoid Oxygen toxicity, and is a resource in its own right, useful for creating, a breathable atmosphere (at roughly 3:1 Nitrogen and Oxygen). The most efficient source of Nitrogen is from Ice (Nitrice) deposites found around the Solar System. You can Condense Nitrogen into Liquid Nitrogen by lowering its temperature below its boiling point.
- Stationpedia

Nitrogen has a specific heat of 20.6 J/K.

Boiling Temperature: 75K (-198°C) at 100kPa

Usage

Required alongside Oxygen for Air as pure O2 is highly flammable at low temperatures. A good concentration is 70-80% N2 and 20-30% O2.

Soybeans require Nitrogen to grow.

Using the Nitrolyzer you can create Nitrous Oxide from Nitrogen and Oxygen.

Due to its high molar density, low heat capacity, and generally inert nature, Nitrogen is an excellent pressure agent for condensing other gases into liquids and keeping the Water from evaporating passively.

Sources

You can collect Nitrogen from the following sources:

Source Amount
Ice (Nitrice) 22.5 mol
Ice (Water) 5 mol
Ice (Oxite) 2.5 mol
Lead Ore 1 mol
Silicon Ore 1 mol
Nickel Ore 0.5 mol
Gold Ore 0.5 mol
Copper Ore 0.5 mol
Silver Ore 0.4 mol
Advanced Composter
Gases and Liquids
Elements Compounds Mixtures Other

Oxygen Nitrogen Volatiles Pollutant

Carbon Dioxide Water Nitrous Oxide Polluted Water

Icon-fuel.pngFuel (66.6% H2 + 33.3% O2)
Icon-nitro.pngSuperfuel (50% H2 + 50% N2O)
Icon-air.pngAir (75% N2 + 25% O2)

Icon-atmosphere.png Atmosphere
Icon-coolant.png Coolant