Gases - Revision history

Jonttte: Added Imported Page template

2026-10-31T09:13:08Z

Added Imported Page template

← Older revision		Revision as of 09:13, 31 October 2026
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			{{Imported Page}}
	{{Unfinished}}		{{Unfinished}}

imported>KindaNice at 16:41, 11 September 2025

2025-09-11T16:41:29Z

← Older revision		Revision as of 16:41, 11 September 2025
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	~~'''In the process of being merged into [[Atmospheric_Technician#Gases]].'''~~		{{Unfinished}}

	~~WIP: All content listed below is still~~ in ~~the testing phase and is subject~~ to ~~change~~.		In the process of being merged into [[Atmospherics#Gases]]. Also, the guides in this page should be moved to separate pages.

	==Nitrogen==		==Nitrogen==

imported>Parasocial: /* Oxygen */

2025-05-10T00:50:08Z

Oxygen

← Older revision		Revision as of 00:50, 10 May 2025
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	[[File:Oxygen gas.png]]		[[File:Oxygen gas.png]]

	Oxygen gas is colorless and undetectable to the eye. Oxygen gas is completely harmless on its own and can be safely breathed in by non-slime characters. Oxygen gas is mixed with Nitrogen gas to create air. About 79% nitrogen to 21% oxygen is the standard air mix. As the oxygen levels in the air lower non-slime characters will begin to ''gasp''. This usually happens around 18-19 moles of oxygen. Anything lower than around 15 moles of oxygen at standard temperature and pressure will cause you to take [[Medical#types_of_damage\|Airloss damage]].		Oxygen gas is colorless and undetectable to the eye. Oxygen gas is completely harmless on its own and can be safely breathed in by non-slime and non-vox characters (dealing poison damage when inhaled by a vox). Oxygen gas is mixed with Nitrogen gas to create air. About 79% nitrogen to 21% oxygen is the standard air mix. As the oxygen levels in the air lower, non-slime and non-vox characters will begin to ''gasp''. This usually happens around 18-19 moles of oxygen. Anything lower than around 15 moles of oxygen at standard temperature and pressure will cause you to take [[Medical#types_of_damage\|Airloss damage]].

	While alive, your character will slowly convert oxygen gas in the atmosphere into carbon dioxide. If a character spends a lot of time in a room make sure the oxygen levels are being replenished either by an air vent or by opening adjacent airlocks to nearby hallways to balance out the air levels.		While alive, your character will slowly convert oxygen gas in the atmosphere into carbon dioxide. If a character spends a lot of time in a room make sure the oxygen levels are being replenished either by an air vent or by opening adjacent airlocks to nearby hallways to balance out the air levels.

imported>Parasocial: /* Nitrogen */ Vox also breathe nitrogen.

2025-05-09T23:35:44Z

Nitrogen: Vox also breathe nitrogen.

← Older revision		Revision as of 23:35, 9 May 2025
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	Nitrogen gas is colorless and undetectable to the eye. Nitrogen gas is completely harmless on its own and can safely be breathed in as long as there is adequate oxygen present. Nitrogen gas is mixed with oxygen gas to create air. About 79% nitrogen to 21% oxygen is the standard air mix.		Nitrogen gas is colorless and undetectable to the eye. Nitrogen gas is completely harmless on its own and can safely be breathed in as long as there is adequate oxygen present. Nitrogen gas is mixed with oxygen gas to create air. About 79% nitrogen to 21% oxygen is the standard air mix.

	Slime characters breathe nitrogen (not oxygen). When there's not enough nitrogen in the air, slime characters will start gasping and taking [[Medical#types_of_damage\|Airloss damage]].		Slime and Vox characters breathe nitrogen (not oxygen). When there's not enough nitrogen in the air, slime and vox characters will start gasping and taking [[Medical#types_of_damage\|Airloss damage]].

	Nitrogen is very good at putting out fires. A full blown plasma and oxygen fire can be put out in seconds if a small amount of nitrogen gas is pumped in.		Nitrogen is very good at putting out fires. A full blown plasma and oxygen fire can be put out in seconds if a small amount of nitrogen gas is pumped in.

imported>Sidoroviched: /* Miasma */ Ammonia shows up on in game gas analyzer

2024-11-03T21:28:28Z

Miasma: Ammonia shows up on in game gas analyzer

← Older revision		Revision as of 21:28, 3 November 2024
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	Foam may infrequently seep out of air vents as a yellow cloud. Try to avoid breathing in foam, if possible, by moving out of range of the air vent or putting on a mask + oxygen tank and turning on Internal flow via the tank.		Foam may infrequently seep out of air vents as a yellow cloud. Try to avoid breathing in foam, if possible, by moving out of range of the air vent or putting on a mask + oxygen tank and turning on Internal flow via the tank.

	==~~Miasma~~==		== Ammonia ==
	~~Miasma~~ is a gas generated by corpses / [[Rat King]]. It looks like a black wave / shimmer. In large amounts it is dangerous to characters.		Ammonia is a gas generated by corpses / [[Rat King]]. It looks like a black wave / shimmer. In large amounts it is dangerous to characters.

	==Frezon==		==Frezon==

imported>Phycowerido: /* Frezon */

2024-10-04T22:26:17Z

Frezon

← Older revision		Revision as of 22:26, 4 October 2024
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	8. Try to keep the Frezon reaction as close to 70K as you can. You might want to rapidly filter out and add nitrogen to create more heat. I also filter Oxygen out of the Tritium waste and use that to heat my frezon production.		8. Try to keep the Frezon reaction as close to 70K as you can. You might want to rapidly filter out and add nitrogen to create more heat. I also filter Oxygen out of the Tritium waste and use that to heat my frezon production.

	500 moles of Frezon ~~sells~~ for 500*7 spacebucks or 3,500 ~~which is a useful supply box~~. ~~So once you have more than this I suggest you sell your first canister~~ to ~~supply~~.		500 moles of Frezon used to sell for 500*7 spacebucks or 3,500. It now sells for much less<ref>https://github.com/space-wizards/space-station-14/pull/32407</ref> and may need to be adjusted in the future.

imported>Savyb: adding a minor tritium tip

2024-09-25T22:57:52Z

adding a minor tritium tip

← Older revision		Revision as of 22:57, 25 September 2024
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	Tritium is a high price gas formed by the combustion of [[Gases#Oxygen\|oxygen]] with ignited [[Gases#Plasma\|plasma]].		Tritium is a high price gas formed by the combustion of [[Gases#Oxygen\|oxygen]] with ignited [[Gases#Plasma\|plasma]].

	To form Tritium, there must be 96x more Oxygen than Plasma during the reaction. This means you want a 1% Plasma / Oxygen mix with perfect flow, though often you can increase that mix to 2% because most of the Oxygen survives the reaction. If there is too much plasma, the reaction will produce Carbon Dioxide instead.		To form Tritium, there must be 96x more Oxygen than Plasma during the reaction. This means you want a 1% Plasma / Oxygen mix with perfect flow, though often you can increase that mix to 2% because most of the Oxygen survives the reaction. If there is too much plasma, the reaction will produce Carbon Dioxide instead. If you set the inlet pressure to 274kPa with a 2/98 ratio at 20C, you should be able to reliably generate tritium with little waste vapor.

	The reaction of Plasma and Oxygen will consume the same amount of each. So a 50/50 ratio of these two gasses will consume all the inputs. However it will produce Carbon dioxide due to the high plasma ratio.		The reaction of Plasma and Oxygen will consume the same amount of each. So a 50/50 ratio of these two gasses will consume all the inputs. However it will produce Carbon dioxide due to the high plasma ratio.

imported>Savyb: /* Sub-par Tritium Burn Chamber Proposal Setup */

2024-08-26T06:49:54Z

Sub-par Tritium Burn Chamber Proposal Setup

← Older revision		Revision as of 06:49, 26 August 2024
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	Ensure your waste flows directly into space and doesn't mix with your station waste or supply gasses.		Ensure your waste flows directly into space and doesn't mix with your station waste or supply gasses.

	=== ~~Sub-par~~ Tritium Burn Chamber Proposal Setup ===		=== Subpar Tritium Burn Chamber Proposal Setup ===
	Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium. If set up correctly, this can generate anywhere from 200-600 mols of trit over an extended shift.		Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium. If set up correctly, this can generate anywhere from 200-600 mols of trit over an extended shift.
	<gallery>		<gallery>

imported>Savyb: /* Sub-par Tritium Burn Chamber Proposal Setup */

2024-08-26T06:47:30Z

Sub-par Tritium Burn Chamber Proposal Setup

← Older revision		Revision as of 06:47, 26 August 2024
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	=== Sub-par Tritium Burn Chamber Proposal Setup ===		=== Sub-par Tritium Burn Chamber Proposal Setup ===
	Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium. If set up correctly, this can generate anywhere from 200-600 mols of trit.		Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium. If set up correctly, this can generate anywhere from 200-600 mols of trit over an extended shift.
	<gallery>		<gallery>
	File:Room explained.png\|The room you sit in while you watch your tritium reaction fail.		File:Room explained.png\|The room you sit in while you watch your tritium reaction fail.

imported>Savyb: /* Sub-par Tritium Proposal Setup */

2024-08-26T06:46:59Z

Sub-par Tritium Proposal Setup

← Older revision		Revision as of 06:46, 26 August 2024
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	Ensure your waste flows directly into space and doesn't mix with your station waste or supply gasses.		Ensure your waste flows directly into space and doesn't mix with your station waste or supply gasses.

	=== Sub-par Tritium Proposal Setup ===		=== Sub-par Tritium Burn Chamber Proposal Setup ===
	Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium.		Making Tritium can be a rough experience. It's rather finicky, and sensitive to temperature and pressure. There are likely better setups that are more reliable and can produce more Tritium, but in this section I will demonstrate an example illustration of how one might try to generate Tritium. If set up correctly, this can generate anywhere from 200-600 mols of trit.
	<gallery>		<gallery>
	File:Room explained.png\|The room you sit in while you watch your tritium reaction fail.		File:Room explained.png\|The room you sit in while you watch your tritium reaction fail.