Thruster oxidizer: Difference between revisions
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{{:Infobox:Thruster oxidizer}} | {{:Infobox:Thruster oxidizer}} | ||
{{About/Space age}} | {{About/Space age}} | ||
'''Thruster oxidizer''' is a [[fluid system|liquid]] and is one of the two main ingredients, along with [[thruster fuel]], for running the [[thruster]] to allow a [[space platform]] to move from planet to planet. | |||
Because thruster oxidizer cannot be [[barrel]]ed, each platform must produce its own oxidizer. | |||
Thrusters have a maximum consumption of 120 oxidizer per second. It requires 3.2 [[chemical plant]]s producing oxidizer to keep a single thruster operating at maximum consumption. It also requires nearly the full output of a single chemical plant executing [[ice melting]] to supply this amount of oxidizer production. | |||
== Alternative recipes == | |||
{|class="wikitable" | |||
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! Process !! Input !! Output !! Made in !! Required technology | |||
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| {{icon|Advanced thruster oxidizer||}} Advanced thruster oxidizer | |||
| {{Icon|Time|10}} + {{Icon|Iron ore|2}} + {{Icon|Calcite|1}} + {{Icon|Water|100}} | |||
| {{Icon|Thruster oxidizer|1500}} | |||
| {{Icon|Chemical plant}} | |||
| {{icontech|Advanced asteroid processing (research)|}} [[Advanced asteroid processing (research)]] | |||
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It requires less than one [[chemical plant]] producing oxidizer with this recipe to keep a single thruster operating at maximum consumption. Half the output of a chemical plant melting ice can keep up with this chemical plant. | |||
== History == | == History == | ||
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* Introduced in [[Space Age]]{{SA}} expansion. | * Introduced in [[Space Age]]{{SA}} expansion. | ||
}} | }} | ||
== See also == | |||
* [[Space platform]]{{SA}} | |||
* [[Thruster]]{{SA}} | |||
* [[Thruster fuel]]{{SA}} | |||
* [[Fluid system]] | |||
{{IntermediateNav}} | |||
{{C|Fluids}} | |||
Latest revision as of 06:00, 29 August 2025
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Thruster oxidizer |
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thruster-oxidizer |
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Space Age expansion exclusive feature.
Thruster oxidizer is a liquid and is one of the two main ingredients, along with thruster fuel, for running the thruster to allow a space platform to move from planet to planet.
Because thruster oxidizer cannot be barreled, each platform must produce its own oxidizer.
Thrusters have a maximum consumption of 120 oxidizer per second. It requires 3.2 chemical plants producing oxidizer to keep a single thruster operating at maximum consumption. It also requires nearly the full output of a single chemical plant executing ice melting to supply this amount of oxidizer production.
Alternative recipes
| Process | Input | Output | Made in | Required technology |
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It requires less than one chemical plant producing oxidizer with this recipe to keep a single thruster operating at maximum consumption. Half the output of a chemical plant melting ice can keep up with this chemical plant.
History
See also
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Materials |
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Crafting components |
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Uranium processing |
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