Hydrogen: Difference between revisions
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{{Infobox gas | {{Infobox gas | ||
| gas_name = | | gas_name = Hydrogen | ||
| image = Icon- | | image = Icon-Hydrogen.png | ||
| heat = 20.4 J/mol*K <!-- Atmospherics.Mole::GetSpecificHeat --> | | heat = 20.4 J/mol*K <!-- Atmospherics.Mole::GetSpecificHeat --> | ||
| latent_heat = 200 J/mol <!-- Atmospherics.Mole::LatentHeatOfVaporization --> | | latent_heat = 200 J/mol <!-- Atmospherics.Mole::LatentHeatOfVaporization --> | ||
| Line 13: | Line 13: | ||
| liquid_volume = 28 L/kmol | | liquid_volume = 28 L/kmol | ||
| molar_mass = 2 g/mol | | molar_mass = 2 g/mol | ||
| heat_capacity_ratio = 1.4 <!--unchecked, but H2 | | heat_capacity_ratio = 1.4 <!--unchecked, but H2 should be 7/5 as other diatomics--> | ||
}} | }} | ||
== Description == | == Description == | ||
<blockquote><q>Hydrogen is the most efficient fuel by weight for rocketry. When mixed with [[Oxygen]] it will cleanly combust into [[Water|Steam]].</q><br> | <blockquote><q>Hydrogen is the most efficient fuel by weight for [[rocketry]]. When mixed with [[Oxygen]] it will cleanly combust into [[Water|Steam]].</q><br> | ||
'''- Stationpedia'''</blockquote> | '''- [[Stationpedia]]'''</blockquote> | ||
'''Hydrogen''' or '''H<sub>2</sub>''' is a combustible gas. The main source of Hydrogen on most planets is in the form of [[Ice (Volatiles)]] that can be mined on the surface. Hydrogen will autoignite at 300°C or above in the presence of [[Oxygen]], autoignite at 150°C in the presence of [[Ozone]] and autoignite at 50°C in the presence of [[Nitrous Oxide]]. | '''Hydrogen''' or '''H<sub>2</sub>''' is a combustible gas. The main source of Hydrogen on most [[planets]] is in the form of [[Ice (Volatiles)]] that can be mined on the surface. Hydrogen will autoignite at 300°C or above in the presence of [[Oxygen]], autoignite at 150°C in the presence of [[Ozone]] and autoignite at 50°C in the presence of [[Nitrous Oxide]]. | ||
=== Combustion === | === Combustion === | ||
* 2 | * {{Combustion|Fuel=Hydrogen, 2|Oxidizer=Oxygen, 1|OutputA=Steam, 3|ShowAutoignition=true}} | ||
* 1 | * {{Combustion|Fuel=Hydrogen, 1|Oxidizer=Nitrous Oxide, 1|OutputA=Steam, 1|OutputB=Nitrogen, 1|ShowAutoignition=true}} | ||
* 3 | * {{Combustion|Fuel=Hydrogen, 3|Oxidizer=Ozone, 1|OutputA=Steam, 4|ShowAutoignition=true}} | ||
== Usage == | == Usage == | ||
''See also: [[Fuel]]'' | ''See also: [[Fuel]]'' | ||
| Line 32: | Line 31: | ||
While Hydrogen is a superior fuel for rocketry, there is currently no way to refine it from [[Methane]], limiting its available supply. As such, it is recommended to combine it with [[Nitrous Oxide]] or [[Ozone]] in rocketry applications to maximize its effectiveness. | While Hydrogen is a superior fuel for rocketry, there is currently no way to refine it from [[Methane]], limiting its available supply. As such, it is recommended to combine it with [[Nitrous Oxide]] or [[Ozone]] in rocketry applications to maximize its effectiveness. | ||
A suggested alternative use is as a working gas for a [[Stirling Engine]], where it can achieve a conversion efficiency of 18%, surpassing the efficiency of [[Methane]]. | A suggested alternative use is as a working gas for a [[Stirling Engine]], where it can achieve a conversion efficiency of 18%, surpassing the efficiency of [[Methane]] and tying it with [[Helium]]. | ||
Hydrogen also has the lowest freezing point of all gases capable of phase change, making it the only choice for extreme cryocooling applications. However, its limited latent heat capacity hinders its performance in that task. | Hydrogen also has the lowest freezing point of all gases capable of phase change, making it the only choice for extreme cryocooling applications. However, its limited latent heat capacity hinders its performance in that task. | ||
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* The Specific heat of 20.4 Joule / mol is in-between the specific heat of Hydrogen and Methane in real-life. | * The Specific heat of 20.4 Joule / mol is in-between the specific heat of Hydrogen and Methane in real-life. | ||
* The actual Autoignition temperature of Hydrogen in Oxygen is approximately 570 °C at 1 atm, decreasing to 414°C at 7.4 MPa. | * The actual Autoignition temperature of Hydrogen in Oxygen is approximately 570 °C at 1 atm, decreasing to 414°C at 7.4 MPa. | ||
* Unlike [[Methane]], Hydrogen is not toxic to most plants in-game. | * Unlike [[Methane]], Hydrogen is not toxic to most [[plants]] in-game. | ||
* As far as rocketry is concerned, Volatiles have a mass of 500 mol/kg. | * As far as rocketry is concerned, [[Volatiles]] have a mass of 500 mol/kg. | ||
==Sources== | ==Sources== | ||
Hydrogen can be obtained by processing [[Water]] in an [[Electrolyzer]] or acquired from [[traders]]. | |||
<br>Additionally, Hydrogen can be collected from the following sources: | |||
{| class="wikitable" | {| class="wikitable" | ||
Latest revision as of 22:44, 16 March 2026
 | |
| Phase Change Information | |
|---|---|
| Specific Heat | 20.4 J/mol*K |
| Latent Heat | 200 J/mol |
| Min Condensation Pressure | 6.3 kPa at 15.1767057463 K |
| Max Liquid Temperature | 6000 kPa at 70.0551551908 K |
| Freezes at | 15.1767057463 K |
| Liquid Volume | 28 L/kmol |
| Molar Mass | 2 g/mol |
Description
Hydrogen is the most efficient fuel by weight for rocketry. When mixed with Oxygen it will cleanly combust into Steam.
- Stationpedia
Hydrogen or H2 is a combustible gas. The main source of Hydrogen on most planets is in the form of Ice (Volatiles) that can be mined on the surface. Hydrogen will autoignite at 300°C or above in the presence of Oxygen, autoignite at 150°C in the presence of Ozone and autoignite at 50°C in the presence of Nitrous Oxide.
Combustion
- 2x
+ 1x 
= 3x 
+ 612 kJ (Autoignites at 573.15 K (300.0 °C)) - 1x + 1x
= 1x + 1x 
+ 612 kJ (Autoignites at 323.15 K (50.0 °C)) - 3x + 1x
= 4x + 1836 kJ (Autoignites at 423.15 K (150.0 °C))
Usage
See also: Fuel
While Hydrogen is a superior fuel for rocketry, there is currently no way to refine it from Methane, limiting its available supply. As such, it is recommended to combine it with Nitrous Oxide or Ozone in rocketry applications to maximize its effectiveness.
A suggested alternative use is as a working gas for a Stirling Engine, where it can achieve a conversion efficiency of 18%, surpassing the efficiency of Methane and tying it with Helium.
Hydrogen also has the lowest freezing point of all gases capable of phase change, making it the only choice for extreme cryocooling applications. However, its limited latent heat capacity hinders its performance in that task.
Notes
- The Specific heat of 20.4 Joule / mol is in-between the specific heat of Hydrogen and Methane in real-life.
- The actual Autoignition temperature of Hydrogen in Oxygen is approximately 570 °C at 1 atm, decreasing to 414°C at 7.4 MPa.
- Unlike Methane, Hydrogen is not toxic to most plants in-game.
- As far as rocketry is concerned, Volatiles have a mass of 500 mol/kg.
Sources
Hydrogen can be obtained by processing Water in an Electrolyzer or acquired from traders.
Additionally, Hydrogen can be collected from the following sources:
| Source | Amount |
|---|---|
| Ice (Volatiles) | 2 mol |
References
Gases and Liquids
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| Elements | Compounds | Mixtures | Other |
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