Stationeers Community Wiki - Recent changes [en]

Water Purifier

RA2lover — Fri, 03 Apr 2026 18:08:57 GMT

change mol processing to volume processing, add note on vacuum processing

Hydrazine

Jebadiha — Fri, 03 Apr 2026 05:08:21 GMT

Fixed incorrect description stating Hydrazine was hypergolic & added some links.

← Older revision		Revision as of 05:08, 3 April 2026
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	'''- [[Stationpedia]]'''</blockquote>		'''- [[Stationpedia]]'''</blockquote>

	'''Hydrazine''' or '''N<sub>2</sub>H<sub>4</sub>''' is a [[~~Hypergol~~]]~~. Hydrazine will spontaneously autoignite~~ at 520.8 K (247.7°C), or ~~at any temperature in the presence of [[Oxygen]], [[Ozone]] or [[Nitrous Oxide]]~~.~~<!--untested-->~~		'''Hydrazine''' or '''N<sub>2</sub>H<sub>4</sub>''' is a [[wikipedia:Monopropellant\|Monopropellant]] that ignites at 520.8 K (247.7°C), or when sparked.

	=== Combustion ===		=== Combustion ===
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	''See also: [[Fuel]]''		''See also: [[Fuel]]''

	Hydrazine has a low combustion enthalpy, making it suboptimal for [[rocketry]] applications that require high performance. However, ~~the fact it is~~ a monopropellant allows its use in a [[Pumped Gas Engine]] or [[Pressure-Fed Liquid Engine]] without requiring any premixing, simplifying rocket and/or launch pad design.		Hydrazine has a low [[wikipedia:Heat_of_combustion\|combustion enthalpy]], making it suboptimal for [[rocketry]] applications that require high performance. However, being a monopropellant allows its use in a [[Pumped Gas Engine]] or [[Pressure-Fed Liquid Engine]] without requiring any premixing, simplifying rocket and/or launch pad design.

	===Notes===		===Notes===

Nitrous Oxide

Jebadiha — Fri, 03 Apr 2026 03:53:39 GMT

Removed phase diagram (Generated with the wrong values - Will re-upload a corrected version soon)

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	}}		}}

	~~[[File:Phase Diagram of Nitrous Oxide.png\|thumb\|Phase Diagram of Nitrous Oxide]]~~

	= Description =		= Description =
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	== Notes ==		== Notes ==
	* For [[rocketry]], Nitrous Oxide has a mass of about 21.74 mol/kg, giving the 1:1 [[fuel]] mix an average molar mass of ~32.258 mol/kg compared to 62.5 for a [[Fuel#Gas_Fuel\|Fuel]] mix. <!--both oxygen and volatiles have a molar mass of 16g/mol, or 62.5 mol/kg-->		* For [[rocketry]], Nitrous Oxide has a mass of about 21.74 mol/kg, giving the 1:1 [[fuel]] mix an average molar mass of ~32.258 mol/kg compared to 62.5 for a [[Fuel#Gas_Fuel\|Fuel]] mix. <!--both oxygen and [[volatiles]] have a molar mass of 16g/mol, or 62.5 mol/kg-->
	* Many Nitrous Oxide storage builds will include a [[Phase Change guide#Heating_.2F_Cooling_with_phase_change_loops\|condensation trap]] to avoid [[pipe]] ruptures.		* Many Nitrous Oxide storage builds will include a [[Phase Change guide#Heating_.2F_Cooling_with_phase_change_loops\|condensation trap]] to avoid [[pipe]] ruptures.
	* [[Alien Mushroom]]s breathe Nitrous Oxide and exhale oxygen and nitrogen.		* [[Alien Mushroom]]s breathe Nitrous Oxide and exhale oxygen and nitrogen.

Autolathe/Internal Memory

Legolegs — Thu, 02 Apr 2026 18:35:22 GMT

+ic10 category

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	These are all of the [[Autolathe]] Internal Memory descriptions in the game.		These are all of the [[Autolathe]] Internal Memory descriptions in the game.
	</noinclude>		</noinclude>
			[[Category:IC10 Programming]]
	<div style="width:auto; overflow:auto;">		<div style="width:auto; overflow:auto;">
	=== Internal Memory ===		=== Internal Memory ===

Logic Sorter

Legolegs — Thu, 02 Apr 2026 18:28:24 GMT

added to IC10 category

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	[[Category:Machines]]		[[Category:Machines]]
	[[Category:Import/Export]]		[[Category:Import/Export]]
			[[Category:IC10 Programming]]
	{{Structurebox		{{Structurebox
	\| name = Logic Sorter		\| name = Logic Sorter

Oxidizer

RA2lover — Wed, 01 Apr 2026 21:40:37 GMT

remove dead link

← Older revision		Revision as of 21:40, 1 April 2026
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	== Description ==		== Description ==

	There are currently three oxidizers in the game, [[Oxygen]], [[Ozone]] and [[~~Nitrous\|~~Nitrous Oxide]]. All three are [[Gas\|Gases]] at standard temperature and [[pressure]]. Oxidizers are combined Fuels and burned to create [[energy]].		There are currently three oxidizers in the game, [[Oxygen]], [[Ozone]] and [[Nitrous Oxide]]. All three are [[Gas\|Gases]] at standard temperature and [[pressure]]. Oxidizers are combined Fuels and burned to create [[energy]].

Hydrochloric Acid

RA2lover — Wed, 01 Apr 2026 21:39:57 GMT

remove dead link

← Older revision		Revision as of 21:39, 1 April 2026
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	== Usage ==		== Usage ==
	Its moderately specific heat makes it a thermal buffer when [[Nitrous Oxide]], [[Water]] or [[Silanol]] aren't available in sufficient quantities. For phase change, [[Nitrous]] Oxide, Silanol and [[Pollutant]] are generally considered better options.		Its moderately specific heat makes it a thermal buffer when [[Nitrous Oxide]], [[Water]] or [[Silanol]] aren't available in sufficient quantities. For phase change, Nitrous Oxide, Silanol and [[Pollutant]] are generally considered better options.

	== Sources ==		== Sources ==
	Hydrochloric Acid can be found on the [[Atmosphere]] of [[Venus]], as well as acquired from [[traders]] as an impurity present on dirty [[volatiles]].{{:Gases and Liquids/Menu}}		Hydrochloric Acid can be found on the [[Atmosphere]] of [[Venus]], as well as acquired from [[traders]] as an impurity present on dirty [[volatiles]].{{:Gases and Liquids/Menu}}

Methane

RA2lover — Wed, 01 Apr 2026 21:39:31 GMT

remove dead link

← Older revision		Revision as of 21:39, 1 April 2026
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	{{Combustion\|Fuel=Methane, 3\|Oxidizer=Ozone, 2\|OutputA=Carbon Dioxide, 6\|OutputB=Pollutant, 3\|OutputC=Steam, 1\|ShowAutoignition=true}}		{{Combustion\|Fuel=Methane, 3\|Oxidizer=Ozone, 2\|OutputA=Carbon Dioxide, 6\|OutputB=Pollutant, 3\|OutputC=Steam, 1\|ShowAutoignition=true}}

	Since both reactions results in same amount of heat, but the one with [[Nitrous]] Oxide results with less moles, it produces much more heat per amount of matter (2.25 times more heat [[energy]] per mole of reaction products). Also, [[Nitrogen]] has lower heat capacity than [[pollutant]], which results in even higher temperature.		Since both reactions results in same amount of heat, but the one with Nitrous Oxide results with less moles, it produces much more heat per amount of matter (2.25 times more heat [[energy]] per mole of reaction products). Also, [[Nitrogen]] has lower heat capacity than [[pollutant]], which results in even higher temperature.

	The reaction rate by default (for example: in [[atmosphere]]) depends on temperature as clamp01(1 / (0.002 * (T<sub>C</sub> + 273.0)<sup>1.6</sup> + 0.05) / 5 for oxygen as an [[oxidizer]], and clamp01(1 / (0.0025 * (T<sub>C</sub> + 273.0)<sup>1.01</sup> + 0.05) / 5 for nitrous oxide or [[ozone]]. Thus, the maximum default reaction rate is 0.2 and is valid at temperatures below 211C when without nitrous oxide and 107C when enough nitrous oxide is present (>~5%). After that reaction rate decreases logarithmically. At temperatures above 460C, nitrous enriched fuel combusts faster (at approx. 2x rate) than oxygen only. At higher temperatures, the difference is even greater, thus making the reaction more efficient and violent. Some devices (like [[Combustor]] or [[Kit (Gas Fuel Generator)\|Gas Fuel Generator]]) increases rate of reaction (to 0.9 i.e. 90% in both cases).		The reaction rate by default (for example: in [[atmosphere]]) depends on temperature as clamp01(1 / (0.002 * (T<sub>C</sub> + 273.0)<sup>1.6</sup> + 0.05) / 5 for oxygen as an [[oxidizer]], and clamp01(1 / (0.0025 * (T<sub>C</sub> + 273.0)<sup>1.01</sup> + 0.05) / 5 for nitrous oxide or [[ozone]]. Thus, the maximum default reaction rate is 0.2 and is valid at temperatures below 211C when without nitrous oxide and 107C when enough nitrous oxide is present (>~5%). After that reaction rate decreases logarithmically. At temperatures above 460C, nitrous enriched fuel combusts faster (at approx. 2x rate) than oxygen only. At higher temperatures, the difference is even greater, thus making the reaction more efficient and violent. Some devices (like [[Combustor]] or [[Kit (Gas Fuel Generator)\|Gas Fuel Generator]]) increases rate of reaction (to 0.9 i.e. 90% in both cases).

Stirling Engine

RA2lover — Wed, 01 Apr 2026 21:39:03 GMT

remove dead link, add links to working gases

← Older revision		Revision as of 21:39, 1 April 2026
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	Different working gases achieve different efficiencies. Here are the efficiencies of several gasses:		Different working gases achieve different efficiencies. Here are the efficiencies of several gasses:
	* Steam: 5%		* [[Steam]]: 5%
	* ~~Pollutants~~: 5%		* [[Pollutant]]s: 5%
	* Carbon Dioxide: 8%		* [[Carbon Dioxide]]: 8%
	* Oxygen: 12%		* [[Oxygen]]: 12%
	* Nitrogen: 12%		* [[Nitrogen]]: 12%
	* [[Nitrous]] ~~Oxide~~: 12%		* [[Nitrous Oxide]]: 12%
	* [[Ozone]]: 12%		* [[Ozone]]: 12%
	* [[Methane]]: 15%		* [[Methane]]: 15%
	* Helium: 18% (Best)		* [[Helium]]: 18% (Best)
	* Hydrogen: 18% (Best)		* [[Hydrogen]]: 18% (Best)
	Mixed gases have their efficiencies weighed by their ratios in the mix. Liquids have a 0% working efficiency.<!-- but as of 0.2.6231.27064 can remain trapped inside the cold side, messing with its energy calculations and potentially providing a net energy gain. Not including this as i'm expecting it to get patched. -->		Mixed gases have their efficiencies weighed by their ratios in the mix. Liquids have a 0% working efficiency.<!-- but as of 0.2.6231.27064 can remain trapped inside the cold side, messing with its energy calculations and potentially providing a net energy gain. Not including this as i'm expecting it to get patched. -->

Ice Crusher

RA2lover — Wed, 01 Apr 2026 21:37:08 GMT

remove dead link

← Older revision		Revision as of 21:37, 1 April 2026
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	:[[Ice (Oxite)]] produces [[Oxygen]] and [[Nitrogen]] gas (22.5 mols Oxygen, 2.5 mols Nitrogen)		:[[Ice (Oxite)]] produces [[Oxygen]] and [[Nitrogen]] gas (22.5 mols Oxygen, 2.5 mols Nitrogen)
	:[[Ice (Volatiles)]] produces [[Methane]] and [[Hydrogen]] gas (20 mols Methane, 2 mols Hydrogen)		:[[Ice (Volatiles)]] produces [[Methane]] and [[Hydrogen]] gas (20 mols Methane, 2 mols Hydrogen)
	:[[Ice (Nitrice)]] produces [[Nitrogen]] and [[~~Nitrous_Oxide~~]] gas (22.5 mols Nitrogen, 2.5 mols [[Nitrous]] Oxide)		:[[Ice (Nitrice)]] produces [[Nitrogen]] and [[Nitrous Oxide]] gas (22.5 mols Nitrogen, 2.5 mols Nitrous Oxide)

	==Usage==		==Usage==

Advanced Furnace

RA2lover — Wed, 01 Apr 2026 21:35:47 GMT

rename dead link

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	* Prepare the gas mixture by pumping the indicated amount into a portable [[Gas Canister\|gas canister]], or directly into the furnace. Prepare the ores by splitting them into the the correct amounts and arranging them in you [[backpack]] or [[Mining Belt\|mining belt]].		* Prepare the gas mixture by pumping the indicated amount into a portable [[Gas Canister\|gas canister]], or directly into the furnace. Prepare the ores by splitting them into the the correct amounts and arranging them in you [[backpack]] or [[Mining Belt\|mining belt]].

	* Do not use degas the ores or use an ingot in place of an ore. [[Stellite]], [[Hastelloy]] and [[Waspaloy]] all rely on the [[~~nitrous\|nitrous oxide~~]] produced from the [[~~silver~~]] ~~ore~~ and [[~~lead~~]] ~~ore~~ used in their production.		* Do not use degas the ores or use an ingot in place of an ore. [[Stellite]], [[Hastelloy]] and [[Waspaloy]] all rely on the [[Nitrous Oxide]] produced from the [[Silver Ore]] and [[Lead Ore]] used in their production.

	* When all the components are ready load the first set of ice chunks into the furnace. If the the ice does not melt on it's own (the input slot stays closed) press the button on the furnace's face to melt the ice.		* When all the components are ready load the first set of ice chunks into the furnace. If the the ice does not melt on it's own (the input slot stays closed) press the button on the furnace's face to melt the ice.

IC10

RA2lover — Wed, 01 Apr 2026 21:32:02 GMT

Add FilterType return values for gases introduced in the Gas update

← Older revision		Revision as of 21:32, 1 April 2026
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	l r0 d0:0 Channel0}}		l r0 d0:0 Channel0}}

	For example: on an [[IC Housing]], the 0 connection is the data port and 1 is [[power]], so you could write out r0 to Channel0 of the power network of the Housing using <code>s db:1 Channel0 r0</code>		For example: on an [[IC Housing]], the 0 connection is the [[Data Port\|data port]] and 1 is [[power]], so you could write out r0 to Channel0 of the power network of the Housing using <code>s db:1 Channel0 r0</code>
	{{ICCode\|		{{ICCode\|
	#read all 8 channels with a loop and		#read all 8 channels with a loop and
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	Two practice scripts:		Two practice scripts:
	<br>Automatic Night [[Light]]: Load "Activate" from a Daylight sensor, flip the value with a NOT-gate, store the value to the "On" variable of one or more lights.		<br>Automatic Night [[Light]]: Load "Activate" from a [[Daylight Sensor\|Daylight sensor]], flip the value with a NOT-gate, store the value to the "On" variable of one or more lights.
	<br>Automatic [[Wall Cooler]]: Read "Temperature" from a [[Gas Sensor]]. Branch if the value is greater than X, turn on the cooler. Branch if the value is less than Y, turn off the cooler. (Wall coolers need a minimum of 12.5 kPa pressure in the connected pipe)		<br>Automatic [[Wall Cooler]]: Read "Temperature" from a [[Gas Sensor]]. Branch if the value is greater than X, turn on the cooler. Branch if the value is less than Y, turn off the cooler. (Wall coolers need a minimum of 12.5 kPa pressure in the connected pipe)

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	;FilterType		;FilterType
	Reports the type of [[filter]] installed in the slot (e.g. in a Filtration unit).		Reports the type of [[filter]] installed in the slot (e.g. in a Filtration unit).
	:Return Values: 1: Oxygen, 2: Nitrogen, 4: [[Carbon Dioxide]], 8: Volatiles, 16: Pollutants, 32: Water, 64: [[Nitrous]] ~~Oxide~~		:Return Values: 1: [[Oxygen]], 2: [[Nitrogen]], 4: [[Carbon Dioxide]], 8: [[Volatiles]], 16: [[Pollutants]], 32: [[Water]], 64: [[Nitrous Oxide]], 16384: [[Hydrogen]], 65536: [[Polluted Water]], 131072: [[Hydrazine]], 524288: [[Alcohol]], 1048576: [[Helium]], 2097152: [[Liquid Sodium Chloride]], 4194304: [[Silanol]], 16777216: [[Hydrochloric Acid]], 67108864: [[Ozone]]
	:<code>ls r0 db 0 FilterType</code>		:<code>ls r0 db 0 FilterType</code>
	<div id="Health"></div>		<div id="Health"></div>

Fuel

RA2lover — Wed, 01 Apr 2026 21:23:45 GMT

remove dead link

← Older revision		Revision as of 21:23, 1 April 2026
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	=== Mixing and storing Nitro ===		=== Mixing and storing Nitro ===
	Note that keeping [[Nitrous]] Oxide below autoignition temperature means condensation at pressures above 1MPa pressure, making it hard to store or mix fuel in large quantities without liquid management as the latent heat of condensation can result in enough heating for autoignition to occur. While this reaction releases the same amount of energy as the classic fuel combustion above, it does so using half the volatiles and heating waste gases with less thermal mass resulting in higher temperatures.		Note that keeping Nitrous Oxide below autoignition temperature means condensation at pressures above 1MPa pressure, making it hard to store or mix fuel in large quantities without liquid management as the latent heat of condensation can result in enough heating for autoignition to occur. While this reaction releases the same amount of energy as the classic fuel combustion above, it does so using half the volatiles and heating waste gases with less thermal mass resulting in higher temperatures.

Volatiles

RA2lover — Wed, 01 Apr 2026 21:23:07 GMT

remove dead link

← Older revision		Revision as of 21:23, 1 April 2026
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	Enthalpy of volatiles is 286000 Joules, this is per amount of Moles of matter.		Enthalpy of volatiles is 286000 Joules, this is per amount of Moles of matter.

	Since both reactions results in same amount of heat, but the one with [[Nitrous]] Oxide results with less moles, it produces much more heat per amount of matter (2.25 times more heat energy per mole of reaction products). Also, [[Nitrogen]] has lower heat capacity than pollutant, which results in even higher temperature.		Since both reactions results in same amount of heat, but the one with Nitrous Oxide results with less moles, it produces much more heat per amount of matter (2.25 times more heat energy per mole of reaction products). Also, [[Nitrogen]] has lower heat capacity than pollutant, which results in even higher temperature.

	This reaction is inconsistent with volatiles being simple hydrocarbons (too much CO<sub>2</sub> is produced), but it may be consistent with more complex organic molecules. If either volatiles or oxidizer is below 0.3mmoles, it reacts completely without any residue. The reaction rate by default (for example: in [[atmosphere]]) depends on temperature as clamp01(1 / (0.002 * (T<sub>C</sub> + 273.0)<sup>1.6</sup> + 0.05) / 5 for oxygen as an oxidizer, and clamp01(1 / (0.0025 * (T<sub>C</sub> + 273.0)<sup>1.01</sup> + 0.05) / 5 for nitrous oxide. Thus, the maximum default reaction rate is 0.2 and is valid at temperatures below 211C when without nitrous oxide and 107C when enough nitrous oxide is present (>~5%). After that reaction rate decreases logarithmically. At temperatures above 460C, nitrous enriched fuel combusts faster (at approx. 2x rate) than oxygen only. At higher temperatures, the difference is even greater, thus making the reaction more efficient and violent. Some devices (like [[H2_Combustor\|H2 Combustor]] or [[Kit_(Gas_Fuel_Generator)\|Gas Fuel Generator]]) increases rate of reaction (to 0.9 i.e. 90% in both cases).		This reaction is inconsistent with volatiles being simple hydrocarbons (too much CO<sub>2</sub> is produced), but it may be consistent with more complex organic molecules. If either volatiles or oxidizer is below 0.3mmoles, it reacts completely without any residue. The reaction rate by default (for example: in [[atmosphere]]) depends on temperature as clamp01(1 / (0.002 * (T<sub>C</sub> + 273.0)<sup>1.6</sup> + 0.05) / 5 for oxygen as an oxidizer, and clamp01(1 / (0.0025 * (T<sub>C</sub> + 273.0)<sup>1.01</sup> + 0.05) / 5 for nitrous oxide. Thus, the maximum default reaction rate is 0.2 and is valid at temperatures below 211C when without nitrous oxide and 107C when enough nitrous oxide is present (>~5%). After that reaction rate decreases logarithmically. At temperatures above 460C, nitrous enriched fuel combusts faster (at approx. 2x rate) than oxygen only. At higher temperatures, the difference is even greater, thus making the reaction more efficient and violent. Some devices (like [[H2_Combustor\|H2 Combustor]] or [[Kit_(Gas_Fuel_Generator)\|Gas Fuel Generator]]) increases rate of reaction (to 0.9 i.e. 90% in both cases).

Furnace

RA2lover — Wed, 01 Apr 2026 21:22:25 GMT

remove dead link

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	\| RatioNitrogen \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of nitrogen in the Furnace.		\| RatioNitrogen \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of nitrogen in the Furnace.
	\|-		\|-
	\| RatioNitrousOxide \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of [[nitrous]] oxide in the Furnace.		\| RatioNitrousOxide \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of nitrous oxide in the Furnace.
	\|-		\|-
	\| RatioOxygen \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of oxygen in the Furnace.		\| RatioOxygen \|\| Float \|\| Returns a range from 0.0 to 1.0. Returns the percentage ratio of the amount of oxygen in the Furnace.

Nitrous

RA2lover — Wed, 01 Apr 2026 21:21:38 GMT

RA2lover deleted page Nitrous Autolinking lazy-matches to this redirect instead of Nitrous Oxide

Stirling Engine

RA2lover — Wed, 01 Apr 2026 21:15:53 GMT

Add additional info, mostly taken from User:RA2lover/Sandbox/Thermodynamics machinery notes/Stirling Engine

Show changes

Recycler

JosephiKK — Wed, 01 Apr 2026 16:21:08 GMT

Automation: updated automation section with more recent information. Recycler now has reagents variable that can be read from MIPS. Need to update logicvariables section still.

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	\| item_rec1 = [[Kit (Recycler)]]		\| item_rec1 = [[Kit (Recycler)]]
	}}		}}
	Used to recycle a variety of items. It outputs a [[Reagent Mix]] that can be turned back into ores in a [[Centrifuge]] or just smelted in a [[Furnace]] if it has correct [[ore]]/alloy proportions.		Used to recycle a variety of items. It outputs a [[Reagent Mix]] that can be turned back into [[ores]] in a [[Centrifuge]] or just smelted in a [[Furnace]] if it has correct [[ore]]/alloy proportions.
	*Recycles items with a 50% loss,		*Recycles items with a 50% loss,
	*Losslessly recycles materials produced in furnaces, especially ingots, and reagent mixes.		*Losslessly recycles materials produced in furnaces, especially [[ingots]], and reagent mixes.

	Note: since ingots can be recycled into reagents, which can then be put into the centrifuge with 100% reclamation of the material from the ingot into the ore. This allows you to smelt the same ores over and over and extract the gases from them each time, creating an infinite supply of gases, including [[Oxygen]] on Vulcan. This is not intentional and may be removed at some point.		Note: since ingots can be recycled into [[reagents]], which can then be put into the centrifuge with 100% reclamation of the material from the ingot into the ore. This allows you to smelt the same ores over and over and extract the gases from them each [[time]], creating an infinite supply of gases, including [[Oxygen]] on [[Vulcan]]. This is not intentional and may be removed at some point.

	Items within a container, such as a toolbelt, will also be recycled and added to the resulting reagent ore.		Items within a container, such as a [[toolbelt]], will also be recycled and added to the resulting reagent ore.

	==Automation==		==Automation==

	~~Managing~~ the ~~Recycler from an IC is challenging, because while it~~ has ~~an Import and Export slot, there is also~~ an internal inventory that ~~is not visible to the~~ MIPS API.		As of recent testing, the recycler now has an internal inventory that can be viewed by [[MIPS]] API, a simple overflow system can be set up by reading the Reagents variable from the machine directly.

Kit (Centrifuge)

JosephiKK — Wed, 01 Apr 2026 16:14:57 GMT

Added spin up and spin down times

← Older revision		Revision as of 16:14, 1 April 2026
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	The Centrifuge initially takes one item from the input. It then spins until all the contents have been separated, internally, before opening the input to accept another item, without stopping the spin or outputting anything. It will continue to consume and spin items until it is interrupted or the reagent inside it reaches a limit of 400. It then will enter an "error" state until it is emptied.		The Centrifuge initially takes one item from the input. It then spins until all the contents have been separated, internally, before opening the input to accept another item, without stopping the spin or outputting anything. It will continue to consume and spin items until it is interrupted or the reagent inside it reaches a limit of 400. It then will enter an "error" state until it is emptied.

	Based on basic testing, the Centrifuge processes approximately 1 dirty ore every 18.6 seconds at its max speed of 100 RPM.		Based on basic testing, the Centrifuge processes approximately 1 dirty ore every 18.6 seconds at its max speed of 100 RPM. Furthermore, the centrifuge takes 100 seconds to spin up to 100 RPM, and 33.3 to spin down to 0 from 100.

	If the Centrifuge is spinning, pulling the lever will cause the machine to enter an "error" state, spin down, and eventually emit any separated ores. Any unprocessed reagents are retained inside the machine, and the separation process will resume when the lever is pushed back in.		If the Centrifuge is spinning, pulling the lever will cause the machine to enter an "error" state, spin down, and eventually emit any separated ores. Any unprocessed reagents are retained inside the machine, and the separation process will resume when the lever is pushed back in.

User talk:JosephiKK

RA2lover — Wed, 01 Apr 2026 11:57:50 GMT

Welcome to the crew!

New page

'''Welcome to Stationeers Community Wiki, Stationeer!'''

You're now part of the crew. A few tips to get started:
* Browse [[Special:RecentChanges|recent changes]] to see what the community is working on
* Read the [[https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents|help pages]] if you're new to wiki editing
* Don't hesitate to jump in, every edit helps [[User:RA2lover|RA2lover]] ([[User talk:RA2lover|talk]]) 11:57, 1 April 2026 (UTC)

User:JosephiKK

RA2lover — Wed, 01 Apr 2026 11:57:49 GMT

User account JosephiKK was created by RA2lover and password was sent by email

Talk:In-Line Tank Large Gas

RA2lover — Wed, 01 Apr 2026 11:54:07 GMT

Incorrect article title

← Older revision		Revision as of 11:54, 1 April 2026
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	== Incorrect article title ==		== Incorrect article title ==
	In game this item is called In-Line Tank Gas 1x3. I am hesitant to change the page title though because I don't know how that propagates with links on other pages and I don't want to break anything. --[[User:Inputname\|Inputname]] ([[User talk:Inputname\|talk]]) 12:12, 31 March 2026 (UTC)		In game this item is called In-Line Tank Gas 1x3. I am hesitant to change the page title though because I don't know how that propagates with links on other pages and I don't want to break anything. --[[User:Inputname\|Inputname]] ([[User talk:Inputname\|talk]]) 12:12, 31 March 2026 (UTC)
			-----
			You can see pages that link to it on [[Special:WhatLinksHere/In-Line_Tank_Large_Gas]]. Other pages would still point to here, but by default moving a page creates a redirect on the old one (pointing pages linking to it to the new page).

			These can be manually changed to point to the new page later (as was done with some pages linking [[Volatiles]] to [[Methane]]) by which point the redirect can be deleted, but i'd probably leave it as a disambiguation page for the different sizes.
			--[[User:RA2lover\|RA2lover]] ([[User talk:RA2lover\|talk]]) 11:54, 1 April 2026 (UTC)
			-----

User:JohnathanNunez1

RA2lover — Wed, 01 Apr 2026 11:43:13 GMT

RA2lover deleted page User:JohnathanNunez1 Spam: content was: "I'm a 35 years old, married and working at the high school (Film Studies).In my free time I try to teach myself Japanese. I have been there and look forward to returning anytime soon. I like to read, [https://www.caringbridge.org/search?q=preferably preferably] on my kindle. I like to watch The Big Bang Theory and Grey's Anatomy as well as docus about nature. I enjoy Rock climbing. I [https://www.trainingzone.co.uk/search?search_api_views_fulltext=trust%20Dating trust Dat...

User:JohnathanNunez1

RA2lover — Wed, 01 Apr 2026 11:41:59 GMT

RA2lover blocked JohnathanNunez1 with an expiration time of indefinite (autoblock disabled, cannot edit own talk page) Spamming links to external sites: User account was created before the wiki migration.

Kit (Autominer Small)

Legolegs — Wed, 01 Apr 2026 07:49:20 GMT

the autolinks are annoying and often off place

@@ Line 5: / Line 5: @@
   | createdwith = [[Electronics Printer]] '''Mk2'''
   | cost        = 15g [[Copper]], 100g [[Steel]], 50g [[Electrum]], 15g [[Invar]]
 }}
 {{Structurebox
@@ Line 14: / Line 15: @@
   | decon_with_tool1 = [[Wrench]]
   | item_rec1        = [[Kit (Autominer Small)]]
 }}
@@ Line 33: / Line 37: @@
 == Operation ==
 The unit is a platform with no power source and it is simply going to dump it's output. You will likely need a few completed frames, a power generator, wire to connect it and something like a hole to catch the ore.
 == Notes ==
-Ices mined this way will melt if the atmosphere around the miner is warm. Volatiles will catch fire on Mars during the day but won't on Europa because of the temperature difference.
+Ices mined this way will melt if the atmosphere around the miner is warm. [[Volatiles]] will catch fire on [[Mars]] during the day but won't on [[Europa]] because of the temperature difference.
-It would be best to redirect the miner's output with chutes to an enclosed space and use an active vent to pump the gas inside a portable tank
+It would be best to redirect the miner's output with chutes to an enclosed space with negative temperature or zero pressure. Alternatively an [[SDB Silo]] or [[Loader]] with stockpile of belts can be used.

User:RA2lover/Sandbox/Thermodynamics machinery notes/Stirling Engine

RA2lover — Wed, 01 Apr 2026 00:52:49 GMT

Created page with "<div class="mw-collapsible mw-collapsed"> ====Data Values====  <div class="mw-collapsible-content"> <pre> "maxPressureDelta": 11000, "SurfaceArea": 8.499227, "SurfaceAreaScale": 1, "ThermodynamicsScale": 0.15, "PistonVolume": 5, "InternalVolume": 54, "HotSideHeatExchangerArea": 2, "ColdSideHeatExchangerArea": 3.5, "HeatExchangerAtmosphereVolume": 10, "MachineEfficiency": { "m_Curve": [ {..."

New page

<div class="mw-collapsible mw-collapsed">
====Data Values==== 
<div class="mw-collapsible-content">
<pre>
"maxPressureDelta": 11000,
"SurfaceArea": 8.499227,
"SurfaceAreaScale": 1,
"ThermodynamicsScale": 0.15,
"PistonVolume": 5,
"InternalVolume": 54,
"HotSideHeatExchangerArea": 2,
"ColdSideHeatExchangerArea": 3.5,
"HeatExchangerAtmosphereVolume": 10,
"MachineEfficiency": {
"m_Curve": [
{
"time": 0,
"value": 0,
"inSlope": 1.796615E-05,
"outSlope": 1.796615E-05,
"tangentMode": 0,
"weightedMode": 3,
"inWeight": 0,
"outWeight": 0.6607394
},
{
"time": 300,
"value": 1,
"inSlope": -0.00015339075,
"outSlope": -0.00015339075,
"tangentMode": 0,
"weightedMode": 3,
"inWeight": 0.6217494,
"outWeight": 0.27148464
},
{
"time": 1000,
"value": 0,
"inSlope": -0.00020273405,
"outSlope": Infinity,
"tangentMode": 0,
"weightedMode": 1,
"inWeight": 0.63547474,
"outWeight": 0
},
{
"time": 3000,
"value": 0,
"inSlope": 0,
"outSlope": 0,
"tangentMode": 0,
"weightedMode": 0,
"inWeight": 0,
"outWeight": 0
}
],
"m_PreInfinity": 2,
"m_PostInfinity": 2,
"m_RotationOrder": 4
},
"MaxRpm": 400,
"maxPower": 8000,
"IdealPressureDifferential": 2500,
"ExplosionForce": 1850
</pre>
</div>
</div>

====On Initialization====
* Set Hot piston atmosphere volume to Piston volume (5 L).
* Set Cold piston atmosphere volume to Piston volume (5 L).
* Set Hot Input Atmosphere volume to Heat exchanger atmosphere volume (10 L).

====On Atmospherics Tick====
* Check if device is powered off.
** If so, generate no energy and move contents of hot side, cold side, and internal atmospheres to canister if one is present.
* Check if no canister (or a broken canister) is attached.
** If so, vent contents of hot side, and internal atmospheres, generate no power, and abort.
* Check if device is operable, has input and output pipe networks connected and an internal atmosphere initialized.
** If not, generate no power and abort.
* Check if connected canister has any contents.
**If so, move them to internal atmosphere.
* Mix internal atmosphere gases with hot piston atmosphere.
* Mix internal atmosphere gases with cold piston atmosphere.
** Because only gases are mixed, liquids can be trapped inside the cold piston through condensation and subcritical temperatures, increasing cold piston energy, so long as they remain in gas state on the internal atmosphere. [[Hydrochloric Acid]] and [[Nitrous Oxide]] are good candidates for this.
** Up to 4 L of liquids can be trapped without affecting cold piston pressure.
* Mix Hot Input Atmosphere with input network atmosphere.
* Exchange heat via convection between hot input and hot piston (100W/K * 2*Clamp01(hot input pressure in atm)m² over a tick, linearly scaling down at lower pressures).
** Heat exchange past equilibrium temperature is forced into equilibrium temperature.
*** Because of the limited hot side heat exchanger volume (10L) and high heat exchange area (2 m²), it's possible to have a significant amount of control over the hot side temperature by adjusting the input pressure(effectively "throttling" the stirling engine).
* Mix hot side heat exchanger atmosphere with output network atmosphere.
* If a grid atmosphere is present, exchange heat via convection between grid atmosphere and piston (100W/K * 3.5*Clamp01(grid pressure in atm)m² ).
**Less control is available because of the much higher grid volume, but grid compositions with a higher SHC(such as a grid submerged in water) may provide a marginal benefit.
* Calculate the difference in energy between hot and cold pistons.
* Calculate the Environment Operating efficiency based on the cold piston's temperature (1 if operating in a vacuum).
* Calculate the Pressure Differential Efficiency: Clamp01( (Hot Piston Pressure-Cold Piston Pressure) / 2500 kPa)
* Calculate the Working Gas Efficiency by checking the efficiency of gases inside the cold chamber.
* Calculate generated energy: Hot-Cold piston energy difference * Working gas efficiency * Pressure differential efficiency * Environment operating efficiency (capped to 8kJ/tick)
* Remove generated energy from hot piston.
* Run explosive pressure check on internal atmosphere:
** If the pressure delta between internal and external atmospheres exceeds 11 MPa, roll a random number between 1 and the pressure delta.
***If the roll exceeds the pressure delta, create an explosion with an explosion force of 1850*(Factor by which the pressure rating was exceeded) and an explosion radius of Clamp(2*(Exceeded Factor), 0, 4)m.

User:Inputname

Inputname — Tue, 31 Mar 2026 12:14:12 GMT

Added my user page.

New page

Hi, I play Stationeers and dislike missing information on the wiki so fix it occasionally.

User talk:Inputname

Inputname — Tue, 31 Mar 2026 12:13:44 GMT

Blanked the page

← Older revision		Revision as of 12:13, 31 March 2026
Line 1:		Line 1:
	~~Hi, I play Stationeers and dislike missing information on the wiki so fix it occasionally.~~

User talk:Inputname

Inputname — Tue, 31 Mar 2026 12:13:10 GMT

Created page with "Hi, I play Stationeers and dislike missing information on the wiki so fix it occasionally."

New page

Hi, I play Stationeers and dislike missing information on the wiki so fix it occasionally.

Talk:In-Line Tank Large Gas

Inputname — Tue, 31 Mar 2026 12:12:03 GMT

Added note about page title not matching in game item name

New page

== Incorrect article title ==
In game this item is called In-Line Tank Gas 1x3. I am hesitant to change the page title though because I don't know how that propagates with links on other pages and I don't want to break anything. --[[User:Inputname|Inputname]] ([[User talk:Inputname|talk]]) 12:12, 31 March 2026 (UTC)

Guide (Mining)

Legolegs — Tue, 31 Mar 2026 12:10:31 GMT

the engine inserts bogus wiki links

Atmospheric Components Quick Reference

Inputname — Tue, 31 Mar 2026 12:07:27 GMT

Added the 1x3 or large variant of the In-Line Tank Gas

← Older revision		Revision as of 12:07, 31 March 2026
Line 31:		Line 31:
	\| [[Kit (Atmospherics) Air Conditioner\|Air Conditioner]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 7,000W, varies \|\| Heat or cool a fluid: From input, split heat between right-temperature and wrong-temperature outputs.		\| [[Kit (Atmospherics) Air Conditioner\|Air Conditioner]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 7,000W, varies \|\| Heat or cool a fluid: From input, split heat between right-temperature and wrong-temperature outputs.
	\|-		\|-
	\| [[In-Line Tank Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| ~~250~~ L \|\| 60 MPa \|\| - \|\| A small expansion [[tank]] that increases the volume of a [[Pipe Network]]. ~~You need two [[Kit (Pipe Utility Gas)]] to construct this~~		\| [[In-Line Tank Small Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| 100 L \|\| 60 MPa \|\| - \|\| A small expansion tank that increases the volume of a Pipe Network.
	\|-		\|-
	\| [[In-Line Tank ~~Small~~ Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| ~~100~~ L \|\| 60 MPa \|\| - \|\| A ~~small~~ expansion tank that increases the volume of a Pipe Network.		\| [[In-Line Tank Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2" \| 2 generic \|\| No \|\| No \|\| No \|\| 250 L \|\| 60 MPa \|\| - \|\| A expansion [[tank]] that increases the volume of a [[Pipe Network]], requiring two [[Kit (Pipe Utility Gas)]] to construct.
			\|-
			\|[[In-Line Tank Large Gas\|In-Line Tank Gas 1x3]]
			\|[[Kit (Pipe Utility Gas)]]
			\| colspan="2" \|2 generic
			\|No
			\|No
			\|No
			\|360 L
			\|60 MPa
			\| -
			\|A large expansion tank, requiring three [[Kit (Pipe Utility Gas)]] to construct.
	\|-		\|-
	\| [[Gas Tank Storage]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 1 generic \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Gas tank storage is a part of piping that allows Gas [[Canister]] filling and storage.		\| [[Gas Tank Storage]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 1 generic \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Gas tank storage is a part of piping that allows Gas [[Canister]] filling and storage.

Guide (Mining)

Legolegs — Tue, 31 Mar 2026 12:03:14 GMT

Created page with "== Mining overview == To construct your station you need metal ingots and gases, which are made from ores and ices, which are to be extracted from the ground with the means of mining. == Basic mining guide == === Preparing to the mining trip === * Have your life support okay: ** Suit battery, breathing air canister and jetpack canister. ** Character's Nutrition..."

New page

== Mining overview ==
To construct your station you need metal [[ingots]] and [[Gases_and_Liquids|gases]], which are made from [[ores]] and [[Ores#Frozen_Ores|ice]]s, which are to be extracted from the ground with the means of mining.

== Basic mining guide ==
=== Preparing to the mining trip ===
* Have your life support okay:
** Suit [[battery]], [[Oxygen|breathing air]] [[Gas Canister|canister]] and [[Basic Jetpack|jetpack]] [[canister]].
** Character's [[Food|Nutrition]] and [[Thirst|Hydration]] taken acre off.
* Have your primary [[equipment]]
** [[Mining Drill]], [[Mining Drill (Heavy)]] or [[Pneumatic Mining Drill]] charged.
** [[Mining Belt]] or [[Mining Backpack]] worn to automatically catch ores and ices. Bring a few extra if you can.
* Have your secondary/optional equipment
** [[Tablet]] with [[Tracker]] [[cartridge]] AND a working [[Tracking Beacon]] at home. It will help you get home at night, in storm or if you get lost.
** [[Light]] source: [[Road Flares]]/[[Flare Gun]] or [[Portable Light]]. The [[Helmet|helmet]] light is kinda weak and [[power]] hungry.
** [[Ore Detector]] or [[Sensor Lenses]]. Optional. Ores can be spotted visually well enough.
** [[Food]] and [[Water Bottle|Water]]. While it is unadvised to open the [[helmet]] outside to eat, it won't immediately kill you.
* Be ready for accidents
** Have [[Duct Tape|duct tape]] on you in case you fall in a hole and damage your suit
** A [[Storm]] will hinder your vision greatly and prevent flying.
*** It will also blow away (steal and destroy) items you left by your base. Tidy up and fasten your [[Kit (Crate)|crates]] and [[Portable Gas Tank|tanks]] before you leave.
*** You can mine during the storm if you already are at vein, but finding a new ore patch may be difficult.
** Before you leave your base make sure that nothing is going to overheat, overflow, overpressurize or explode for some other reasons.

=== How to dig ===
# Spot a surface node of the vein of desired ore or ice and approach it.
# If you're unsure what the ore is (e.g. silicone and ice are particular hard to distinguish sometimes) aim at it with your [[drill]] in hand. A note will appear on the screen.
# Look around. Note and remember where your base is.
# Activate your [[Mining Drill]] (right click).
# Aim at the ore and hold left mouse button. The ground start deforming and the ore node will vibrate and eventually disappear into your mining belt.
# Keep removing dull ground roughly 1m around the spot until you find an another node revealed.
# Repeat until you done or the vein is mined out.
# Fly out the hole you made using jetpack ('''j''') or dig a walkable ramp up.
# Turn off the drill to save its battery.

=== Tips ===
Before leaving a partially mined vein make the topmost ore node intact and exposed so you can find it later and distinguish it from an exhausted vein.

You can relocate your ores from the mining belt into your regular inventory (jetpack, [[backpack]], uniform, cardboard boxes, etc), but ices stored not in the special ''ore'' slots will begin to melt and evaporate as soon as outside temperature reaches above zero.

== Means of mining ==
{| class="wikitable"
|-
! Tier !! Tools !! Notes !! Yield !! Automation
|-
| 0 || [[Pickaxe]] || Useless. If you have no batteries you're dead anyway. || 100% || Manual labor
|-
| 1 || [[Mining Drill]] || Basic tool || 100% || No. Auto [[Stacker#Unloader|unloading]] belts at best
|-
| 1 || [[Mining Drill (Heavy)]] and [[Pneumatic Mining Drill]] || Advanced tool. Digs faster. || 100% || No. Auto [[Stacker#Unloader|unloading]] belts at best
|-
| 2 || [[Kit (Autominer Small)|Autominer Small]], [[O.G.R.E.]] || Stationary device || 150%<ref>https://steamcommunity.com/app/544550/discussions/0/592912124322349502/#c663844088187021834</ref>(needs verifying) || Can be automated, needs to be reconstructed and relocated upon exhausting the reachable area.
|-
| 4 || [[Deep Miner]] || Stationary device || infinite resources || Can be automated to work forever, needs supporting machinery
|-
| 5 || [[AIMEe]] || Wandering [[robot]] || 100%? || Requires programing
|-
| 6 || [[Rocket Miner]] || Autonomous [[shuttle]] || infinite resources || Needs supporting machinery
|}

== Priorities ==
=== Iron age ===
At the start game you will need [[Ore_(Iron)|iron]], [[Ore_(Copper)|copper]] and [[Ore_(Silicon)|silicon]]. Even a stack or two of each will do good. If your [[Game_Settings|difficulty]] settings disallow eating and drinking with a helmet on, very very soon you'll need at least 4 [[Ice_(Oxite)|oxite]] pieces to fill a 1x1x1 closet with minimally breathable mix (drop in the [[room]] and melt it with your [[Welding Torch]]).

=== Steel age ===
To operate your [[Furnace]] for the first [[time]], you'll need 150 [[Ore_(Iron)|iron]], 50 [[Ore_(Coal)|coal]], 1 [[Ice_(Oxite)|oxite]] and 2 [[Ice_(Volatiles)|volatiles]] (or 2 and 4 if you're kinda slow or the weather is cold like on [[Europa]]). Of course, you can make less than 200 [[Ingot (Steel)|steel]] in your first batch, but why would you? From now on you'd better grab all the [[iron]] ore you can lay your hand on, not forgetting a corresponding amount of [[coal]]. Your demand for [[Ore_(Copper)|copper]] will gradually rise up from now on.

If you stumble at [[Ore_(Gold)|gold]], [[Ore_(Silver)|silver]] or [[Ore_(Lead)|lead]] — have a stack or two.

Since the [[steel]] lets you build the [[Station Battery]] and a few pieces of [[gold]] and [[copper]] let you hook it up with a [[Cable Coil (Heavy)]] to the [[Solid Fuel Generator]], you now can utilize [[Ore_(Coal)|coal]] for [[energy]] generation if you prefer it over [[Solar Panel]]s.

=== Golden age ===
Further advancement will be impossible without the moderately difficult alloy smelting. Your fist batches of [[Ingot (Solder)|solder]] ([[Ore_(Lead)|lead]]+[[Ore_(Iron)|iron]]) and [[Ingot (Electrum)|electrum]] ([[Ore_(Gold)|gold]]+[[Ore_(Silver)|silver]]) will widen your construction capabilities. Do not overdo it, a stack of each ore will give you enough alloys to play with. Do not forget that [[Ore_(Gold)|gold]] and [[Ore_(Silver)|silver]] are also used in raw non-alloy form, especially the gold.

Also mine [[Ore_(Copper)|copper]], you'll need a lot of it. Less so for the [[Ore_(Silicon)|silicon]], but still.

As your facility grows, you'll need to supply it with gases. Have a stack of [[Ice_(Volatiles)|volatiles]] for your smelting operations. It is up to you which breathable [[air]] mix to use on your station, but if you aim at the realistic (but not strictly required by the game mechanic) composition of 25% [[oxygen]] and 75% [[nitrogen]], then you'll need to mine roughly 4 pieces of [[Ice_(Oxite)|oxite]] and 10 pieces of [[Ice_(Nitrice)|nitrice]]<ref>Warning: raw [[nitrice]] ice contains [[Nitrous_Oxide]] which is harmful and needs to be filtered out</ref> per frame of pressurized volume.

For the life support purposes each player character (of human specie) consumes about 1 [[Ice_(Oxite)|oxite]] ice piece worth of oxygen and 4 [[Ice_(Water)|ice]] pieces worth of [[thirst|water]] per game day.

=== Nickel age ===
[[Ingot (Invar)|Invar]] and [[Ingot (Constantan)|constantan]] are the rest of alloys you can make with the basic furnace. They both need [[Ore_(Nickel)|nickel]] ore.

=== Cobalt age ===
Not all of the [[Advanced Furnace]]'s exclusive smelting recipes require [[Ore_(Cobalt)|cobalt]], but beforehand you had no use for it at all.

Note that so far the [[Ore_(Uranium)|uranium]] has no use in the game.

=== Space age ===
There are ways both to prospect ore veins under the planet surface and to mine asteroids (off screen) using rockets. This guide does not cover that yet.

Autominer Small

Legolegs — Tue, 31 Mar 2026 10:23:28 GMT

REDIRECT Kit_(Autominer_Small)

New page

#REDIRECT [[Kit_(Autominer_Small)]]

Sorter

Halavus — Mon, 30 Mar 2026 12:02:58 GMT

Data Slots: Removed Data disk and cleaned table to match Stationpedia.

← Older revision		Revision as of 12:02, 30 March 2026
Line 53:		Line 53:
	\| 0 \|\| Import \|\| Import slot.		\| 0 \|\| Import \|\| Import slot.
	\|-		\|-
	\| 1 \|\| Export ~~(accept)~~ \|\| Export slot.		\| 1 \|\| Export \|\| Export slot (accept).
	\|-		\|-
	\| 2 \|\| Export ~~(reject)~~ \|\| Export slot.		\| 2 \|\| Export 2 \|\| Export slot (reject).
	\|-
	~~\| 3 \|\| Data Disk \|\| Diskslot~~
	\|}		\|}

User talk:JustAGoat

RA2lover — Mon, 30 Mar 2026 11:37:57 GMT

Welcome to the crew!

New page

User:JustAGoat

RA2lover — Mon, 30 Mar 2026 11:37:56 GMT

User account JustAGoat was created by RA2lover and password was sent by email

Ingame Guides - Food Decay

RA2lover — Sun, 29 Mar 2026 22:32:18 GMT

copy of edits over on Decayed Food on decay rate multiplier values

← Older revision		Revision as of 22:32, 29 March 2026
Line 13:		Line 13:
	}}		}}

	Food decays over time into [[Decayed Food]], unless refridgerated in a sutable atmosphere. The exact speed of decay varies individually by:		Food decays over [[time]] into [[Decayed Food]], unless refridgerated in a sutable [[atmosphere]]. The exact speed of decay varies individually by:

	- TEMPATURE - Refridgeration will slow decay, but many foods will be damaged by exposure to extreme low pressure, as well as extreme heat. The optimum temperature is 0 kelvin (-272ºC).		- TEMPATURE - Refridgeration will slow decay, but many foods will be damaged by exposure to extreme low [[pressure]], as well as extreme heat. The optimum temperature is 0 kelvin (-272ºC).

	- FOOD TYPE - Each [[food]] type has its own decay properties. [[Tomato Soup]] lasts a lot longer than a [[Tomato]], for instance.		- FOOD TYPE - Each [[food]] type has its own decay properties. [[Tomato Soup]] lasts a lot longer than a [[Tomato]], for instance.
Line 22:		Line 22:

	- ATMOSPHERE - Different gases can slow and accelerate the decay process. The process will take account of respective gas ratios in mixed atmospheres in calculating the decay modifier. The following rates apply across all foods:		- ATMOSPHERE - Different gases can slow and accelerate the decay process. The process will take account of respective gas ratios in mixed atmospheres in calculating the decay modifier. The following rates apply across all foods:
	* [[Oxygen]] x 1.3
			* [[Oxygen]] x 1.5<!--Item.DecayMixture[] GasesDecayMultiplier - [[Stationpedia]]'s 1.3 value for oxygen is incorrect.-->
	* [[Nitrogen]] x 0.6		* [[Nitrogen]] x 0.6
	* [[Carbon Dioxide]] x 0.8		* [[Carbon Dioxide]] x 0.8
	* [[~~Volatiles~~]] x 1		* [[Methane]] (and others): x 1<!--Item.OnDecayServer-->
	* [[Pollutant]] x 3		* [[Pollutant]] x 3
	* [[Nitrous Oxide]] x 1.5		* [[Nitrous Oxide]] x 1.5

Decayed Food

RA2lover — Sun, 29 Mar 2026 22:28:42 GMT

Factors Towards Decaying: correct oxygen's decay rate multiplier, mention all other gases have a 1x multiplier

← Older revision		Revision as of 22:28, 29 March 2026
Line 17:		Line 17:
	The exact speed of decay varies individually by:		The exact speed of decay varies individually by:

	- TEMPERATURE - Refrigeration will slow decay, but many foods will be damaged by exposure to extreme low pressure, as well as extreme heat. The optimum temperature is 0 kelvin (-272ºC).		- TEMPERATURE - Refrigeration will slow decay, but many foods will be damaged by exposure to extreme low [[pressure]], as well as extreme heat. The optimum temperature is 0 kelvin (-272ºC).

	- FOOD TYPE - Each [[food]] type has its own decay properties. [[Tomato Soup]] lasts a lot longer than a [[Tomato]], for instance.		- FOOD TYPE - Each [[food]] type has its own decay properties. [[Tomato Soup]] lasts a lot longer than a [[Tomato]], for instance.

	- PRESSURE - Food decays faster when the pressure drops below 1 atmosphere (101kPa). Decay happens exponentially more quickly as the atmosphere approaches a perfect vacuum. There is no effect from higher pressures.		- PRESSURE - Food decays faster when the pressure drops below 1 [[atmosphere]] (101kPa). Decay happens exponentially more quickly as the atmosphere approaches a perfect vacuum. There is no effect from higher pressures.

	- ATMOSPHERE - Different gases can slow and accelerate the decay process. The process will take into account the respective gas ratios in mixed atmospheres while calculating the decay modifier. The following rates apply across all foods:		- ATMOSPHERE - Different gases can slow and accelerate the decay process. The process will take into account the respective gas ratios in mixed atmospheres while calculating the decay modifier. The following rates apply across all foods:
	* [[Oxygen]] x 1.3		* [[Oxygen]] x 1.5 <!-- Item.DecayMixture[] GasesDecayMultiplier - [[Stationpedia]]'s 1.3 value for oxygen is incorrect. -->
	* [[Nitrogen]] x 0.6		* [[Nitrogen]] x 0.6
	* [[Carbon Dioxide]] x 0.8		* [[Carbon Dioxide]] x 0.8
	* [[~~Volatiles~~]] x 1		* [[Methane]] (and others): x 1 <!-- Item.OnDecayServer -->
	* [[Pollutant]] x 3		* [[Pollutant]] x 3
	* [[Nitrous Oxide]] x 1.5		* [[Nitrous Oxide]] x 1.5

Suit Storage

RA2lover — Sun, 29 Mar 2026 20:47:18 GMT

note liquids inside gas canisters get drained by a suit storage and partially connected suit storages still function in error mode.

← Older revision		Revision as of 20:47, 29 March 2026
Line 16:		Line 16:
	==Description==		==Description==
	Used to store the [[EVA Suit]], [[Helmet]], [[Headlamp]], and [[Spacepack]]. If the suit storage is powered and has [[pipes]] connected with [[Oxygen]] [O2] or Propellant [N2], it will recharge the batteries (1kW charge rate + 50w Standby\Operating cost) and equalize the Air [[Tank]] [[Canister]] and the Propellant Tank [[Canister]] with the pipesystem inside it. The wastetank will be pumped out to the [[pipe]] connected to the waste outlet.<br>		Used to store the [[EVA Suit]], [[Helmet]], [[Headlamp]], and [[Spacepack]]. If the suit storage is powered and has [[pipes]] connected with [[Oxygen]] [O2] or Propellant [N2], it will recharge the batteries (1kW charge rate + 50w Standby\Operating cost) and equalize the Air [[Tank]] [[Canister]] and the Propellant Tank [[Canister]] with the pipesystem inside it. The wastetank will be pumped out to the [[pipe]] connected to the waste outlet.<br>
	''All pipes must be connected or it will error out, it will still charge the [[battery]] in error mode''.		''All pipes must be connected or it will error out, it will still charge the [[battery]] and mix gases with connected pipes in error mode''.
	It does not have internal [[pressure]] regulators, Must be connected to regulated O2/N2 supply.		It does not have internal [[pressure]] regulators, Must be connected to regulated O2/N2 supply.

	'''Caution:''' the only pumping ~~operation performing~~ by the Suit Storage itself is emptying the [[waste tank]] into the waste pipe. It does so ''instantaneously'' and may ~~blow up the waste pipe~~.		'''Caution:''' the only pumping operations performed by the Suit Storage itself are emptying the [[waste tank]] into the waste pipe and draining liquids from the input and jetpack tanks. It does both ''instantaneously'' on insertion and may damage piping.

	Inputs/Outputs:		Inputs/Outputs:

Suit Storage

Legolegs — Sun, 29 Mar 2026 16:49:02 GMT

no way to know if a canister is absent

← Older revision		Revision as of 16:49, 29 March 2026
Line 15:		Line 15:

	==Description==		==Description==
	Used to store the [[EVA Suit]], [[Helmet]], [[Headlamp]], and [[Spacepack]]. If the suit storage is powered and has pipes connected with Oxygen [O2] or Propellant [N2], it will recharge the batteries (1kW charge rate + 50w Standby\Operating cost) and equalize the Air Tank [[Canister]] and the Propellant Tank [[Canister]] with the pipesystem inside it. The wastetank will be pumped out to the pipe connected to the waste outlet.<br>		Used to store the [[EVA Suit]], [[Helmet]], [[Headlamp]], and [[Spacepack]]. If the suit storage is powered and has [[pipes]] connected with [[Oxygen]] [O2] or Propellant [N2], it will recharge the batteries (1kW charge rate + 50w Standby\Operating cost) and equalize the Air [[Tank]] [[Canister]] and the Propellant Tank [[Canister]] with the pipesystem inside it. The wastetank will be pumped out to the [[pipe]] connected to the waste outlet.<br>
	''All pipes must be connected or it will error out, it will still charge the battery in error mode''.		''All pipes must be connected or it will error out, it will still charge the [[battery]] in error mode''.
	It does not have internal pressure regulators, Must be connected to regulated O2/N2 supply.		It does not have internal [[pressure]] regulators, Must be connected to regulated O2/N2 supply.

			'''Caution:''' the only pumping operation performing by the Suit Storage itself is emptying the [[waste tank]] into the waste pipe. It does so ''instantaneously'' and may blow up the waste pipe.

	Inputs/Outputs:		Inputs/Outputs:
	Front Input is O2,		*Front Input is O2,<br>
	Back Bottom Input is N2, and		*Back Bottom Input is N2, and<br>
	Top Back Output is Waste		*Top Back Output is Waste

			=== Programmable control ===
			While the Suit Storage exposes the pressure values through its data parameters and slot variables, it provides no way to distinguish whether the breathable or propellant canister inside a suit piece is empty or simply absent, the readings will show "0" in either case.

			Additionally, there is no way to detect if a suit piece has a canister that can hold higher pressure, such as the [[Gas Canister (Smart)]].

	=== Data Network Properties ===		=== Data Network Properties ===
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	==== Data Parameters ====		==== Data Parameters ====
	These are all parameters, that can be written to with a [[Kit_(Logic_I/O)#Logic_Writer\|Logic Writer]] or a [[Kit_(Logic_I/O)#Batch_Writer\|Batch Writer]]. The outputs are listed in the order a Logic Writer's "VAR" setting cycles through them.		These are all parameters, that can be written to with a [[Kit_(Logic_I/O)#Logic_Writer\|Logic Writer]] or a [[Kit_(Logic_I/O)#Batch_Writer\|Batch Writer]]. The outputs are listed in the order a [[Logic]] Writer's "VAR" setting cycles through them.
	{\| class="wikitable"		{\| class="wikitable"
	\|-		\|-
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	! Output Name !! Data Type !! Description		! Output Name !! Data Type !! Description
	\|-		\|-
	\| Power \|\| Boolean \|\| Returns whether the device is turned on and receives power. (0 for no, 1 for yes).		\| [[Power]] \|\| Boolean \|\| Returns whether the device is turned on and receives power. (0 for no, 1 for yes).
	\|-		\|-
	\| Error \|\| Boolean \|\| Returns whether the device is flashing an error. (0 for no, 1 for yes).		\| Error \|\| Boolean \|\| Returns whether the device is flashing an error. (0 for no, 1 for yes).

Kit (Switch)

Legolegs — Sun, 29 Mar 2026 10:57:38 GMT

Dial

← Older revision		Revision as of 10:57, 29 March 2026
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	}}		}}

	Kit (Switch) provides a range of simple input devices for controlling station machinery. Switches do not require power to function and lack the associated connection port.		Kit (Switch) provides a range of simple input devices for controlling station machinery. Switches do not require [[power]] to function and lack the associated connection port.

	At the minimum, any Switch has to be paired with a [[Logic Writer]] to direct its output signal into desired data variable of a given device or machine.		At the minimum, any Switch has to be paired with a [[Logic Writer]] to direct its output signal into desired data variable of a given device or machine.
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	= Switch =		= Switch =
	The Logic Switch gives players the ability to add controls to control circuits without requiring tools.		The [[Logic]] Switch gives players the ability to add controls to control [[circuits]] without requiring tools.
	Toggles output value between 0 and 1.		Toggles output value between 0 and 1.

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	= Dial =		= Dial =
	Allows user to select a value between 0 and the maximum set by use of screws.		Allows user to select a value between 0 and the maximum set by use of screws. The dial itself is usable without tools.

	{{Data Parameters}}		{{Data Parameters}}
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	! Parameter Name !! Data Type !! Description		! Parameter Name !! Data Type !! Description
	\|-		\|-
	\| Mode \|\| Integer \|\| Sets the maximum value you can set when using the dial		\| Mode \|\| Integer \|\| Sets the maximum value you can set when using the dial up to 999
	\|-		\|-
	\| Setting \|\| Integer \|\| Sets the current value of the dial		\| Setting \|\| Integer \|\| Sets the current value of the dial

Talk:Portables Connector

Legolegs — Sun, 29 Mar 2026 10:39:20 GMT

← Older revision		Revision as of 10:39, 29 March 2026
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	It appears to me that the Portables Connector has no internal volume. Where that 100L number came from? I'm seeing it for long time everywhere. [[User:Legolegs\|Legolegs]] ([[User talk:Legolegs\|talk]]) 12:53, 28 March 2026 (UTC)		It appears to me that the Portables Connector has no internal volume. Where that 100L number came from? I'm seeing it for long time everywhere. [[User:Legolegs\|Legolegs]] ([[User talk:Legolegs\|talk]]) 12:53, 28 March 2026 (UTC)
	-----		-----
	Not sure, could be an older implementation of it.		:Not sure, could be an older implementation of it.

	Its code running every atmospherics tick checks if there's a ''PortableAtmospherics'' implementer in its tank slot.		:Its code running every atmospherics tick checks if there's a ''PortableAtmospherics'' implementer in its tank slot.

	If not, it aborts early without doing anything.		:If not, it aborts early without doing anything.

	If it does, it checks if there's a gas pipe connected and not waiting for a blocking atmospheric event to complete. If it passes that check, it mixes gas contents betwen the gas pipe network and the PortableAtmospherics's internal atmosphere.		:If it does, it checks if there's a gas pipe connected and not waiting for a blocking atmospheric event to complete. If it passes that :check, it mixes gas contents betwen the gas pipe network and the PortableAtmospherics's internal atmosphere.

	Then it does the same check, but with the liquid pipe and liquid contents.		:Then it does the same check, but with the liquid pipe and liquid contents.

	There's no 100 involved anywhere, not even in the ''StructurePortablesConnector'' prefab. Maybe one of the PortableAtmospherics implementers had a 100L volume at some point.		:There's no 100 involved anywhere, not even in the ''StructurePortablesConnector'' prefab. Maybe one of the PortableAtmospherics implementers had a 100L volume at some point.

	I'd say removing references to the portables connector having a 100L volume should be safe now.		:I'd say removing references to the portables connector having a 100L volume should be safe now.

	-[[User:RA2lover\|RA2lover]] ([[User talk:RA2lover\|talk]]) 21:09, 28 March 2026 (UTC)		:-[[User:RA2lover\|RA2lover]] ([[User talk:RA2lover\|talk]]) 21:09, 28 March 2026 (UTC)
	-----		-----
			::Thank you for the clarification. I did the edits. [[User:Legolegs\|Legolegs]] ([[User talk:Legolegs\|talk]]) 10:39, 29 March 2026 (UTC)

Portables Connector

Legolegs — Sun, 29 Mar 2026 10:35:47 GMT

removed the wrong info about is having a volume

← Older revision		Revision as of 10:35, 29 March 2026
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	\| name = Portables Connector		\| name = Portables Connector
	\| image = [[File:ItemTankConnector.png]]		\| image = [[File:ItemTankConnector.png]]
	~~\| volume = 100 L~~
	\| createdwith = [[Hydraulic Pipe Bender]]		\| createdwith = [[Hydraulic Pipe Bender]]
	\| cost = 5g [[Iron]]		\| cost = 5g [[Iron]]
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	==Description==		==Description==

	Formerly Tank Connector. Used to attach a [[Portable Tank]], [[Portable Air Scrubber]] or [[Portable Air Conditioner]] to a pipe network by using the [[Wrench]]. It has two pipe connections, one for liquids and one for gasses.		Formerly [[Tank]] Connector. Used to attach a [[Portable Tank]], [[Portable Air Scrubber]] or [[Portable Air Conditioner]] to a [[pipe]] network by using the [[Wrench]]. It has two pipe connections, one for liquids and one for gasses. Portables Connector has no internal volume of its own.

	== Notes ==		== Notes ==
	* Pressure per tick 101.325kPa [202.65kPa per second)		* [[Pressure]] per [[tick]] 101.325kPa [202.65kPa per second)

	When looking at the gauge, the water connection is on the front left, with the gas connection back left.		When looking at the gauge, the [[water]] connection is on the front left, with the gas connection back left.

			[[Portable Air Scrubber]] or [[Portable Air Conditioner]] can be operated while mounted on the portables connector, but the release lever is locked.

	[[File:PortablesConnected.png\|thumb\|Tank connected on connector]]		[[File:PortablesConnected.png\|thumb\|Tank connected on connector]]

Atmospheric Components Quick Reference

Legolegs — Sun, 29 Mar 2026 10:31:36 GMT

corrected pipe volume and canister pressure

Ice Crusher

Halavus — Sun, 29 Mar 2026 06:14:50 GMT

added dial

← Older revision		Revision as of 06:14, 29 March 2026
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	* Outputs gas at a maximum rate of 9.231 MPa per [[tick]] into a single pipe segment (exactly 20 MPa into 6 pipe segments every 13 ticks), stopping once its internal pressure equals the pressure of the output port. This drops its internal pressure by 0.4615 MPa per tick.		* Outputs gas at a maximum rate of 9.231 MPa per [[tick]] into a single pipe segment (exactly 20 MPa into 6 pipe segments every 13 ticks), stopping once its internal pressure equals the pressure of the output port. This drops its internal pressure by 0.4615 MPa per tick.
	* Can generate gas from crushing ice substantially faster than its maximum gas output rate, at a rate of approximately 5 MPa to its internal capacity per tick spent crushing ice.		* Can generate gas from crushing ice substantially faster than its maximum gas output rate, at a rate of approximately 5 MPa to its internal capacity per tick spent crushing ice.
	* Changing the 'Setting' Value (represented in Kelvin) with IC/Logic [[circuits]] can dramatically speed up crushing times. For example, I changed my [[volatiles]] crusher from the default value to 273k(ice crusher are capped at 0°C/273.5k) and was able to process a stack of 50 volatiles in only 5 seconds.		* Changing the 'Setting' Value (represented in Kelvin) with the dial or IC/Logic [[circuits]] can dramatically speed up crushing times. For example, I changed my [[volatiles]] crusher from the default value to 273k(ice crusher are capped at 0°C/273.5k) and was able to process a stack of 50 volatiles in only 5 seconds.
	* Liquid output only exports water. Water is the only product that condenses inside the crusher. Products like [[Nitrous Oxide]] will be exported to the gas output, even if the temperature/pressure is sufficient for condensation.		* Liquid output only exports water. Water is the only product that condenses inside the crusher. Products like [[Nitrous Oxide]] will be exported to the gas output, even if the temperature/pressure is sufficient for condensation.

Guides and Tutorials

Inputname — Sun, 29 Mar 2026 02:03:03 GMT

Added Shadowdrake's Atmospherics guide to the list

← Older revision		Revision as of 02:03, 29 March 2026
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	<li>[https://steamcommunity.com/sharedfiles/filedetails/?id=1293043168 Thermostat or Filtration with Buffer] By Amallore (Steam Guide)</li>		<li>[https://steamcommunity.com/sharedfiles/filedetails/?id=1293043168 Thermostat or Filtration with Buffer] By Amallore (Steam Guide)</li>
	<li>[[Custom_Airlock_IC10\|Custom Airlock with IC10]] by JedBolt (Wiki Guide)</li>		<li>[[Custom_Airlock_IC10\|Custom Airlock with IC10]] by JedBolt (Wiki Guide)</li>
			<li>[https://www.youtube.com/playlist?list=PLDWYhd0VJDBhF62eKrOGKPJx6XOrdl-Uf Stationeers Atmospherics] By Shadowdrake082 (Video Series)</li>
	</ul>		</ul>
	<li>[[Logic]]</li>		<li>[[Logic]]</li>

Kit (Logic I/O) Logic Mirror

Inputname — Sun, 29 Mar 2026 01:33:22 GMT

Fix broken redirect

← Older revision		Revision as of 01:33, 29 March 2026
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	#REDIRECT [[~~Kit (~~Logic I/O)#Logic Mirror]]		#REDIRECT [[Logic I/O#Logic Mirror]]

Game Settings

RA2lover — Sat, 28 Mar 2026 21:24:51 GMT

Add outdated template

← Older revision		Revision as of 21:24, 28 March 2026
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			{{Outdated}}

	= Gameplay Difficulty =		= Gameplay Difficulty =

	This setting mostly determines what you will re-spawn with when you die:		This setting mostly determines what you will re-spawn with when you die:

	* On Easy difficulty, you will start with a full suit again, just like at the beginning of a new world.		* On Easy difficulty, you will start with a full suit again, just like at the beginning of a new [[world]].
	* On Normal difficulty you will be given an emergency suit and a full set of emergency tools and are expected to retrieve or create a proper suit again. In this mode you need to open your helmet in order to eat or drink.		* On Normal difficulty you will be given an emergency suit and a full set of emergency tools and are expected to retrieve or create a proper suit again. In this mode you need to open your [[helmet]] in order to eat or drink.
	* On Stationeer difficulty, you will respawn with no suit at all, which is very dangerous if you have not set your spawn point yet. In this mode you need to open your helmet in order to eat or drink.		* On Stationeer difficulty, you will respawn with no suit at all, which is very dangerous if you have not set your spawn point yet. In this mode you need to open your helmet in order to eat or drink.

	'''Note:''' At the time of writing (version 0.2.4258.19848), you can only find this setting on the [[New World]] menu and there is no interface to change this setting mid-game		'''Note:''' At the [[time]] of writing (version 0.2.4258.19848), you can only find this setting on the [[New World]] menu and there is no interface to change this setting mid-game

	== Changing difficulty mid-game ==		== Changing difficulty mid-game ==
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	# Load the existing world		# Load the existing world
	# Open the in-game developer console (F3)		# Open the in-game developer [[console]] (F3)
	# Write 'difficulty Easy' and press enter		# Write 'difficulty Easy' and press enter
	## Replace "Easy" with your desired difficulty name		## Replace "Easy" with your desired difficulty name
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	{{Warning\|These settings are currently part of each difficulty configuration and cannot be changed in-game by the user}}<!--		{{Warning\|These settings are currently part of each difficulty configuration and cannot be changed in-game by the user}}<!--
	-->		-->
	This setting controls how rapidly your hunger and hydration levels will deplete. Increasing the value will make them go down more quickly. A higher value on this bar will reduce the time you have early on to set up food and water supply. On Stationeers and Normal difficulties, a high value on this setting will mean you need to quickly build a breathable atmosphere as these difficulties require you to open your helmet to eat and drink.
			This setting controls how rapidly your hunger and hydration levels will deplete. Increasing the value will make them go down more quickly. A higher value on this bar will reduce the time you have early on to set up [[food]] and [[water]] supply. On [[Stationeers]] and Normal difficulties, a high value on this setting will mean you need to quickly build a breathable [[atmosphere]] as these difficulties require you to open your helmet to eat and drink.

← Older revision		Revision as of 18:08, 3 April 2026
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	==Description==		==Description==
	The water purifier is used to reclaim [[Polluted Water\|polluted water]] water back into pure [[Water\|water]] at the expense of [[Charcoal\|charcoal]].		The [[water]] purifier is used to reclaim [[Polluted Water\|polluted water]] water back into pure [[Water\|water]] at the expense of [[Charcoal\|charcoal]].

	==Usage==		==Usage==
	To operate, the purifier requires 2 liquid pipe connections and an optional chute connection.		To operate, the purifier requires 2 liquid [[pipe]] connections and an optional [[chute]] connection.
	* '''Liquid input''' Pipe input for polluted water to be processed		* '''Liquid input''' Pipe input for polluted water to be processed
	* '''Liquid output''' Pipe output for clean water as well as all other non-polluted-water liquids that happen to be in the input pipe		* '''Liquid output''' Pipe output for clean water as well as all other non-polluted-water liquids that happen to be in the input pipe
	* '''Chute input''' Charcoal to be placed in the slot manually or by an automated chute network		* '''Chute input''' [[Charcoal]] to be placed in the slot manually or by an automated chute network
	When charcoal is present and any liquid is in the input pipe, the water purifier will pull a certain number of ~~mols per~~ tick from the input pipe mixture and process it to the output pipe, converting all present polluted water into pure water. The ~~number~~ of ~~mols~~ processed ~~per~~ tick ~~increases with~~ a ~~greater~~ pressure difference ~~between~~ the input ~~and output pipe, but starts~~ at ~~1 mol with equal~~ pressure in ~~both pipes~~.		When charcoal is present and any liquid is in the input pipe, the water purifier will pull a certain number of L/tick from the input pipe mixture and process it to the output pipe, converting all present polluted water into pure water. The volume of liquids processed starts at 0.025 L/tick on no [[pressure]] difference and goes up to 0.15 L/tick at a 60 atm pressure difference. If the input network is at a higher pressure, some gas will leak from it to the output in the process. <!-- MoveToEqualize(50 kPa/tick), performed after liquids have been moved -->

	==Notes==		==Notes==
	*1g charcoal is consumed for every 40 mols of polluted water that is processed, no charcoal is consumed when processing any regular ~~water~~ that ~~ends~~ up in the input mixture.		*1g charcoal is consumed for every 40 mols of polluted water that is processed, no charcoal is consumed when processing any regular liquids/gases that end up in the input mixture.
	*The conversion of polluted water to pure water is one to one, meaning a filled [[Shower]]/Water Purifier loop will never need new water added to it.		*The conversion of polluted water to pure water is one to one, meaning a filled [[Shower]]/Water Purifier loop will never need new water added to it.
	*The device will always consume 50 Watts when switched on, regardless of if it is processing or not.		*The device will always consume 50 Watts when switched on, regardless of if it is processing or not.
			*Polluted water evaporates into [[Steam]], which condenses back into water instead of polluted water. A vacuum extraction system can avoid the need for charcoal altogether, but introduces additional complexities.

← Older revision		Revision as of 12:10, 31 March 2026
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	* Have your life support okay:		* Have your life support okay:
	** Suit [[battery]], [[Oxygen\|breathing air]] [[Gas Canister\|canister]] and [[Basic Jetpack\|jetpack]] [[canister]].		** Suit [[battery]], [[Oxygen\|breathing air]] [[Gas Canister\|canister]] and [[Basic Jetpack\|jetpack]] [[canister]].
	** Character's [[Food\|Nutrition]] and [[Thirst\|Hydration]] taken ~~acre~~ off.		** Character's [[Food\|Nutrition]] and [[Thirst\|Hydration]] taken care off.
	* Have your primary [[equipment]]		* Have your primary [[equipment]]
	** [[Mining Drill]], [[Mining Drill (Heavy)]] or [[Pneumatic Mining Drill]] charged.		** [[Mining Drill]], [[Mining Drill (Heavy)]] or [[Pneumatic Mining Drill]] charged.
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	\| 4 \|\| [[Deep Miner]] \|\| Stationary device \|\| infinite resources \|\| Can be automated to work forever, needs supporting machinery		\| 4 \|\| [[Deep Miner]] \|\| Stationary device \|\| infinite resources \|\| Can be automated to work forever, needs supporting machinery
	\|-		\|-
	\| 5 \|\| [[AIMEe]] \|\| Wandering [[robot]] \|\| 100%? \|\| Requires programing		\| 5 \|\| [[AIMEe]] \|\| Wandering robot \|\| 100%? \|\| Requires programing
	\|-		\|-
	\| 6 \|\| [[Rocket Miner]] \|\| Autonomous [[shuttle]] \|\| infinite resources \|\| Needs supporting machinery		\| 6 \|\| [[Rocket Miner]] \|\| Autonomous shuttle \|\| infinite resources \|\| Needs supporting machinery
	\|}		\|}

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	Also mine [[Ore_(Copper)\|copper]], you'll need a lot of it. Less so for the [[Ore_(Silicon)\|silicon]], but still.		Also mine [[Ore_(Copper)\|copper]], you'll need a lot of it. Less so for the [[Ore_(Silicon)\|silicon]], but still.

	As your facility grows, you'll need to supply it with gases. Have a stack of [[Ice_(Volatiles)\|volatiles]] for your smelting operations. It is up to you which breathable [[air]] mix to use on your station, but if you aim at the realistic (but not strictly required by the game mechanic) composition of 25% [[oxygen]] and 75% [[nitrogen]], then you'll need to mine roughly 4 pieces of [[Ice_(Oxite)\|oxite]] and 10 pieces of [[Ice_(Nitrice)\|nitrice]]<ref>Warning: raw [[nitrice]] ice contains [[Nitrous_Oxide]] which is harmful and needs to be filtered out</ref> per frame of pressurized volume.		As your facility grows, you'll need to supply it with gases. Have a stack of [[Ice_(Volatiles)\|volatiles]] for your smelting operations. It is up to you which breathable [[air]] mix to use on your station, but if you aim at the realistic (but not strictly required by the game mechanic) composition of 25% [[oxygen]] and 75% [[nitrogen]], then you'll need to mine roughly 4 pieces of [[Ice_(Oxite)\|oxite]] and 10 pieces of [[Ice_(Nitrice)\|nitrice]]<ref>Warning: raw nitrice ice contains [[Nitrous_Oxide]] which is harmful and needs to be filtered out</ref> per frame of pressurized volume.

	For the life support purposes each player character (of human specie) consumes about 1 [[Ice_(Oxite)\|oxite]] ice piece worth of oxygen and 4 [[Ice_(Water)\|ice]] pieces worth of [[thirst\|water]] per game day.		For the life support purposes each player character (of human specie) consumes about 1 [[Ice_(Oxite)\|oxite]] ice piece worth of oxygen and 4 [[Ice_(Water)\|ice]] pieces worth of [[thirst\|water]] per game day.

← Older revision		Revision as of 10:31, 29 March 2026
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	{\| class="wikitable sortable"		{\| class="wikitable sortable"
	\|-		\|-
	! Component !! Kit !! Inputs !! Outputs !! One-way? !! Switched? !! Compressor? !! Volume !! Max. Pressure !! Max. Power !! Primary Function		! Component !! Kit !! Inputs !! Outputs !! One-way? !! Switched? !! Compressor? !! Volume !! Max. [[Pressure]] !! Max. [[Power]] !! Primary Function
	\|-		\|-
	\| [[Pipes\|Pipe]] (various shapes) \|\| [[Pipes\|Kit (Pipe)]], also craftable at [[Autolathe]] \|\| colspan="2"\|2-6 generic \|\| No \|\| No \|\| No \|\| ~~100~~ L \|\| 60 MPa \|\| - \|\| Provide a pathway.		\| [[Pipes\|Pipe]] (various shapes) \|\| [[Pipes\|Kit (Pipe)]], also craftable at [[Autolathe]] \|\| colspan="2"\|2-6 generic \|\| No \|\| No \|\| No \|\| 10 L \|\| 60 MPa \|\| - \|\| Provide a pathway.
	\|-		\|-
	\| [[Pipe Label]] \|\| [[Pipe Label\|Kit (Pipe Label)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| - \|\| Visually label pipes.		\| [[Pipe Label]] \|\| [[Pipe Label\|Kit (Pipe Label)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| - \|\| Visually label [[pipes]].
	\|-		\|-
	\| [[Pipe Valve]] \|\| [[Pipe Valve\|Kit (Pipe Valve)]] \|\| colspan="2"\|2 generic \|\| No \|\| Manual only \|\| No\|\| ? \|\| ? \|\| - \|\| Open/close flow manually.		\| [[Pipe Valve]] \|\| [[Pipe Valve\|Kit (Pipe Valve)]] \|\| colspan="2"\|2 generic \|\| No \|\| Manual only \|\| No\|\| ? \|\| ? \|\| - \|\| Open/close flow manually.
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	\| [[Pressure_Regulator#Back_Pressure_Regulator\|Back Pressure Regulator]] \|\| [[Pressure Regulator\|Kit (Pressure Regulator)]] \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| 60 MPa<sup>5</sup> \|\| 100W \|\| Achieve target pressure at input.		\| [[Pressure_Regulator#Back_Pressure_Regulator\|Back Pressure Regulator]] \|\| [[Pressure Regulator\|Kit (Pressure Regulator)]] \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| 60 MPa<sup>5</sup> \|\| 100W \|\| Achieve target pressure at input.
	\|-		\|-
	\| [[Pipe Meter]] \|\| [[Pipe Meter\|Kit (Pipe Meter)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| - \|\| Visually show pipe's pressure.		\| [[Pipe Meter]] \|\| [[Pipe Meter\|Kit (Pipe Meter)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| - \|\| Visually show [[pipe]]'s pressure.
	\|-		\|-
	\| [[Pipe Analyzer]] \|\| [[Pipe Analyzer\|Kit (Pipe Analyzer)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| 5W \|\| Sense pipe's pressure, temperature, and composition, for visual display and logic circuits.		\| [[Pipe Analyzer]] \|\| [[Pipe Analyzer\|Kit (Pipe Analyzer)]] \|\| colspan="2"\|clamp-on \|\| - \|\| - \|\| - \|\| - \|\| - \|\| 5W \|\| Sense pipe's pressure, temperature, and composition, for visual display and [[logic]] [[circuits]].
	\|-		\|-
	\| [[Pipe Gas Mixer]] \|\| [[Pipe Gas Mixer\|Kit (Gas Mixer)]] \|\| 2 \|\| 1 \|\| Yes \|\| Yes \|\| Yes<sup>1</sup> \|\| ? \|\| ? \|\| 100W \|\| Mix fluids: Combine two input mixes into one output mix, at an adjustable ratio.		\| [[Pipe Gas Mixer]] \|\| [[Pipe Gas Mixer\|Kit (Gas Mixer)]] \|\| 2 \|\| 1 \|\| Yes \|\| Yes \|\| Yes<sup>1</sup> \|\| ? \|\| ? \|\| 100W \|\| Mix fluids: Combine two input mixes into one output mix, at an adjustable ratio.
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	\| [[Kit (Atmospherics) Filtration\|Filtration]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 5W \|\| Sort fluids: Separate an input mix into a pure output and a "leftover" output.		\| [[Kit (Atmospherics) Filtration\|Filtration]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 5W \|\| Sort fluids: Separate an input mix into a pure output and a "leftover" output.
	\|-		\|-
	\| [[Kit (Atmospherics) Electrolyzer\|Electrolyzer]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 1,400W \|\| Create fuel: From input [[water\|H<sub>2</sub>O]], output mixed [[Oxygen\|O<sub>2</sub>]] and [[Volatiles]].		\| [[Kit (Atmospherics) Electrolyzer\|Electrolyzer]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 1,400W \|\| Create [[fuel]]: From input [[water\|H<sub>2</sub>O]], output mixed [[Oxygen\|O<sub>2</sub>]] and [[Volatiles]].
	\|-		\|-
	\| [[Kit (Atmospherics) Air Conditioner\|Air Conditioner]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 7,000W, varies \|\| Heat or cool a fluid: From input, split heat between right-temperature and wrong-temperature outputs.		\| [[Kit (Atmospherics) Air Conditioner\|Air Conditioner]] \|\| [[Kit (Atmospherics)]] \|\| 1 \|\| 2 \|\| Yes \|\| Yes \|\| Yes \|\| ? \|\| ? \|\| 7,000W, varies \|\| Heat or cool a fluid: From input, split heat between right-temperature and wrong-temperature outputs.
	\|-		\|-
	\| [[In-Line Tank Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| 250 L \|\| 60 MPa \|\| - \|\| A small expansion tank that increases the volume of a Pipe Network. You need two [[Kit (Pipe Utility Gas)]] to construct this		\| [[In-Line Tank Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| 250 L \|\| 60 MPa \|\| - \|\| A small expansion [[tank]] that increases the volume of a [[Pipe Network]]. You need two [[Kit (Pipe Utility Gas)]] to construct this
	\|-		\|-
	\| [[In-Line Tank Small Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| 100 L \|\| 60 MPa \|\| - \|\| A small expansion tank that increases the volume of a Pipe Network.		\| [[In-Line Tank Small Gas]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 2 generic \|\| No \|\| No \|\| No \|\| 100 L \|\| 60 MPa \|\| - \|\| A small expansion tank that increases the volume of a Pipe Network.
	\|-		\|-
	\| [[Gas Tank Storage]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 1 generic \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Gas tank storage is a part of piping that allows Gas Canister filling and storage.		\| [[Gas Tank Storage]] \|\| [[Kit (Pipe Utility Gas)]] \|\| colspan="2"\| 1 generic \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Gas tank storage is a part of piping that allows Gas [[Canister]] filling and storage.
	\|-		\|-
	\| [[Wall Cooler]] \|\| [[Wall Cooler\|Kit (Wall Cooler)]] \|\| 1 space \|\| 1 \|\| Yes, for heat<sup>2</sup> \|\| Yes, for heat<sup>2</sup> \|\| Yes, for heat<sup>2</sup> \|\| ? \|\| ? \|\| ? \|\| Cool a space: Actively remove heat from a space into a pipe.		\| [[Wall Cooler]] \|\| [[Wall Cooler\|Kit (Wall Cooler)]] \|\| 1 space \|\| 1 \|\| Yes, for heat<sup>2</sup> \|\| Yes, for heat<sup>2</sup> \|\| Yes, for heat<sup>2</sup> \|\| ? \|\| ? \|\| ? \|\| Cool a space: Actively remove heat from a space into a pipe.
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	\| [[Passive Vent]] \|\| [[Passive Vent\|Kit (Passive Vent)]] \|\| colspan="2"\|1 generic, 1 space \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Equalize pressure between a space and a pipe.		\| [[Passive Vent]] \|\| [[Passive Vent\|Kit (Passive Vent)]] \|\| colspan="2"\|1 generic, 1 space \|\| No \|\| No \|\| No \|\| - \|\| - \|\| - \|\| Equalize pressure between a space and a pipe.
	\|-		\|-
	\| [[Gas Tank Storage]] \|\| [[Gas Tank Storage\|Kit (Canister Storage)]] \|\| colspan="2"\|1 generic \|\| No \|\| No \|\| No \|\| 64 L<sup>4</sup> \|\| ~~101~~ MPa<sup>4</sup> \|\| - \|\| Small storage: Attach pipes to [[Gas Canister]]s (removable, inventory-portable fluid storage).		\| [[Gas Tank Storage]] \|\| [[Gas Tank Storage\|Kit (Canister Storage)]] \|\| colspan="2"\|1 generic \|\| No \|\| No \|\| No \|\| 64 L<sup>4</sup> \|\| 10.1 MPa<sup>4</sup> \|\| - \|\| Small storage: Attach pipes to [[Gas Canister]]s (removable, inventory-portable fluid storage).
	\|-		\|-
	\| [[Tank Connector]] \|\| [[Tank Connector\|Kit (Tank Connector)]] \|\| colspan="2"\|1 generic \|\| No \|\| No \|\| No \|\| 790 L<sup>4</sup> \|\| 10.1 MPa<sup>4</sup> \|\| - \|\| Medium storage: Attach pipes to [[Portable Tank]]s (removable, draggable fluid storage), and also to [[Portable Air Scrubber]]s and [[Portable Air Conditioner]]s.		\| [[Tank Connector]] \|\| [[Tank Connector\|Kit (Tank Connector)]] \|\| colspan="2"\|1 generic \|\| No \|\| No \|\| No \|\| 790 L<sup>4</sup> \|\| 10.1 MPa<sup>4</sup> \|\| - \|\| Medium storage: Attach pipes to [[Portable Tank]]s (removable, draggable fluid storage), and also to [[Portable Air Scrubber]]s and [[Portable Air Conditioner]]s.
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	\| [[Tank\|Large Tank]] \|\| [[Tank\|Kit (Tank)]] × 5 \|\| colspan="2"\|1 generic \|\| No \|\| Logic only? \|\| No \|\| 50 kL \|\| 60 MPa \|\| - \|\| Permanent, super-capacity fluid storage.		\| [[Tank\|Large Tank]] \|\| [[Tank\|Kit (Tank)]] × 5 \|\| colspan="2"\|1 generic \|\| No \|\| Logic only? \|\| No \|\| 50 kL \|\| 60 MPa \|\| - \|\| Permanent, super-capacity fluid storage.
	\|-		\|-
	\| [[Furnace]] \|\| [[Furnace\|Kit (Furnace)]], craftable at [[Autolathe]] \|\| 1 \|\| 1 \|\| Yes \|\| No \|\| No \|\| 1 kL \|\| ? \|\| - \|\| Smelt ores, but can also melt/sublimate Ices directly into a pipe.		\| [[Furnace]] \|\| [[Furnace\|Kit (Furnace)]], craftable at [[Autolathe]] \|\| 1 \|\| 1 \|\| Yes \|\| No \|\| No \|\| 1 kL \|\| 60 MPa \|\| - \|\| Smelt [[ores]], but can also melt/sublimate Ices directly into a pipe.
	\|-		\|-
	\| [[Advanced Furnace]] \|\| [[Advanced Furnace\|Kit (Advanced Furnace)]], craftable at [[Electronics Printer]] Mk. II \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes, adjustable \|\| 1 kL? \|\| ? \|\| ? \|\| Smelt ores and sublimate Ices, with active, adjustable pumping on input and output.		\| [[Advanced Furnace]] \|\| [[Advanced Furnace\|Kit (Advanced Furnace)]], craftable at [[Electronics Printer]] Mk. II \|\| 1 \|\| 1 \|\| Yes \|\| Yes \|\| Yes, adjustable \|\| 1 kL? \|\| ? \|\| ? \|\| Smelt ores and sublimate Ices, with active, adjustable pumping on input and output.
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	'''Kit:''' The item used to build the component. These are the names as they appear in fabrication lists, which does not always match the true name of the item. Except where noted, all of these items are manufactured with a [[Hydraulic Pipe Bender]].		'''Kit:''' The item used to build the component. These are the names as they appear in fabrication lists, which does not always match the true name of the item. Except where noted, all of these items are manufactured with a [[Hydraulic Pipe Bender]].

	'''Input/Output:''' "Generic" connections are pipe fittings that are not explicitly for input or output. "Space" indicates an interface to fluids that are not contained in pipes (e.g., the atmosphere or the contents of a room). "Clamp-on" components have no fittings of their own; they clamp onto an existing Straight Pipe.		'''Input/Output:''' "Generic" connections are pipe fittings that are not explicitly for input or output. "Space" indicates an interface to fluids that are not contained in pipes (e.g., the [[atmosphere]] or the contents of a [[room]]). "Clamp-on" components have no fittings of their own; they clamp onto an existing Straight Pipe.

	'''One-way:''' Does the component prevent fluid from flowing the wrong way, from output to input?		'''One-way:''' Does the component prevent fluid from flowing the wrong way, from output to input?
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	'''Max. Pressure:''' The component will begin to fail when pressure exceeds this. More precisely, this is the maximum ''difference'' in pressure between the component's internal volume and the surrounding space. Some components list "60 MPa" because attached pipes will fail, even if the true limit of the component itself is unknown. Even where a higher limit is known (e.g., canisters), this limitation still holds and places a practical maximum on most setups.		'''Max. Pressure:''' The component will begin to fail when pressure exceeds this. More precisely, this is the maximum ''difference'' in pressure between the component's internal volume and the surrounding space. Some components list "60 MPa" because attached pipes will fail, even if the true limit of the component itself is unknown. Even where a higher limit is known (e.g., canisters), this limitation still holds and places a practical maximum on most setups.

	'''Note 1:''' While the Pipe Gas Mixer will actively compress from output to input, it will stop when either input is empty, to preserve the mix ratio.		'''Note 1:''' While the Pipe [[Gas Mixer]] will actively compress from output to input, it will stop when either input is empty, to preserve the mix ratio.

	'''Note 2:''' The Wall Cooler's one-way, switched, and "compressor" qualities apply only to the heat exchange. It does not directly affect the pressure or flow in its attached pipe.		'''Note 2:''' The Wall Cooler's one-way, switched, and "compressor" qualities apply only to the heat exchange. It does not directly affect the pressure or flow in its attached pipe.
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	'''Note 3:''' The Active Vent will ''fail'' at ? MPa. The pressure at which it will stop pumping is configurable through the data network and defaults to 0 Pa for Inward mode and 101 kPa (1 standard atmosphere) for Outward mode.		'''Note 3:''' The Active Vent will ''fail'' at ? MPa. The pressure at which it will stop pumping is configurable through the data network and defaults to 0 Pa for Inward mode and 101 kPa (1 standard atmosphere) for Outward mode.

	'''Note 4:''' These Volume and Max. Pressure ratings reflect the limits of the removable canisters and tanks. Note that the ~~101~~ MPa limit of a Gas Canister is considerably ~~higher~~ than the 60 MPa overall limit of a pipe network.		'''Note 4:''' These Volume and Max. Pressure ratings reflect the limits of the removable canisters and tanks. The structure itself has no internal volume nor any rupture threshold. Note that the 10 MPa limit of a Gas Canister and Portable Tank is considerably lower than the 60 MPa overall limit of a pipe network.

	'''Note 5:''' Regulators themselves have no inner atmosphere and thus no inner pressure that would break them.		'''Note 5:''' Regulators themselves have no inner atmosphere and thus no inner pressure that would break them.