User:EmiliaPains/Sandbox - Revision history

EmiliaPains: fixed grammar?

2025-08-02T18:17:29Z

fixed grammar?

← Older revision		Revision as of 18:17, 2 August 2025
Line 84:		Line 84:
	\|781,250 RPM and 131,771,000 Kelvin		\|781,250 RPM and 131,771,000 Kelvin
	\|}		\|}
	Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to ~~produce around 800 kW~~ power, until the oxygen or plasma runs out.		Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to take input and output of 1.6 MWs power, until the oxygen or plasma runs out.

	=== Optimizations ===		=== Optimizations ===

EmiliaPains: Prepare for final release through creation of new sub heading "Optimizations"

2025-07-30T02:22:30Z

Prepare for final release through creation of new sub heading "Optimizations"

← Older revision		Revision as of 02:22, 30 July 2025
Line 25:		Line 25:
	#Set the Plasma mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% Oxygen and 40% Plasma (debatable mix, so feel free to experiment).		#Set the Plasma mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% Oxygen and 40% Plasma (debatable mix, so feel free to experiment).
	#Max all gas pumps that lead from the Plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.		#Max all gas pumps that lead from the Plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.
	Alternatively you can use your own layer to ensure you don't accidentally mix your mix in with others, let's suppose we use layer five where the O2 to Pure is place an omni coloured gas pump then on the output side use a black layer five regular pipe and bring it down towards the Plasma tank, in this case I'm on Void Raptor so layout may differ.

	===What to do in the incinerator room===		===What to do in the incinerator room===
	[[File:BlueshiftTurbineFullBright.png\|thumb\|278x278px\|Incinerator access on Blueshift]]		[[File:BlueshiftTurbineFullBright.png\|thumb\|278x278px\|Incinerator access on Blueshift]]
Line 88:		Line 86:
	Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.		Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.

	{{GuidesPage		=== Optimizations ===
			Alternatively you can use your own layer to ensure you don't accidentally mix your mix in with others, let's suppose we use layer five where the O2 to Pure is place an omni coloured gas pump then on the output side use a black layer five regular pipe and bring it down towards the Plasma tank, in this case I'm on Void Raptor so layout may differ.{{GuidesPage
	\|color = #FF9D00		\|color = #FF9D00
	}}		}}

EmiliaPains: Entered maximum power output, the maximum temperature doesn't seem to make any real difference as you will never hit those temperatures on a simple burn mix all that matters is the RPM

2025-07-26T14:13:20Z

Entered maximum power output, the maximum temperature doesn't seem to make any real difference as you will never hit those temperatures on a simple burn mix all that matters is the RPM

← Older revision		Revision as of 14:13, 26 July 2025
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	\| colspan="2" \|10 [[Plasteel]] Sheets each		\| colspan="2" \|10 [[Plasteel]] Sheets each
	\|15 Titanium Sheets		\|15 Titanium Sheets
	\|		\|562.50 kW
	\|125,000 RPM and 435,276 Kelvin		\|125,000 RPM and 435,276 Kelvin
	\|-		\|-
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	\| colspan="2" \|10 Titanium Sheets each		\| colspan="2" \|10 Titanium Sheets each
	\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets		\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets
	\|		\|1.41 MW
	\|312,500 RPM and 5,841,410 Kelvin		\|312,500 RPM and 5,841,410 Kelvin
	\|-		\|-
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	\| colspan="2" \|5 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets each		\| colspan="2" \|5 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets each
	\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals		\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals
	\|		\|3.52 MW
	\|781,250 RPM and 131,771,000 Kelvin		\|781,250 RPM and 131,771,000 Kelvin
	\|}		\|}

EmiliaPains: fixed language (unprofessional)

2025-07-22T03:21:13Z

fixed language (unprofessional)

← Older revision		Revision as of 03:21, 22 July 2025
Line 25:		Line 25:
	#Set the Plasma mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% Oxygen and 40% Plasma (debatable mix, so feel free to experiment).		#Set the Plasma mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% Oxygen and 40% Plasma (debatable mix, so feel free to experiment).
	#Max all gas pumps that lead from the Plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.		#Max all gas pumps that lead from the Plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.
	Alternatively you can use your own layer to ensure you don't ~~get lynched by other engineers~~, let's suppose we use layer five where the O2 to Pure is place an omni coloured gas pump then on the output side use a black layer five regular pipe and bring it down towards the Plasma tank, in this case I'm on Void Raptor so layout may differ.		Alternatively you can use your own layer to ensure you don't accidentally mix your mix in with others, let's suppose we use layer five where the O2 to Pure is place an omni coloured gas pump then on the output side use a black layer five regular pipe and bring it down towards the Plasma tank, in this case I'm on Void Raptor so layout may differ.

	===What to do in the incinerator room===		===What to do in the incinerator room===

EmiliaPains: 225 kW tier1 max input

2025-07-21T14:47:52Z

225 kW tier1 max input

← Older revision		Revision as of 14:47, 21 July 2025
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	=What is the gas turbine=		=What is the gas turbine=

	The [[Machines#Gas_Turbine_Generator\|gas turbine]] is an alternative way to produce power on the station, and is typically exclusive to [[Atmospheric Technician\|Atmospheric Technicians]]. Unupgraded it is capable of producing upwards of 100 kW if set up correctly and may even produce more power with further upgrades and tinkering. Gas turbines require a lot of pressure to in order to run effectively. This can be accomplished by setting up a burn mix which will create a large amount of pressure when ignited. The burn chamber used for the gas turbine is also commonly used for creating tritium, and hydrogen alongside other gases or [[Guide to toxins\|bombs]].		The [[Machines#Gas_Turbine_Generator\|gas turbine]] is an alternative way to produce power on the station, and is typically exclusive to [[Atmospheric Technician\|Atmospheric Technicians]]. Unupgraded it is capable of producing upwards of 100 kW if set up correctly and may even produce more power with further upgrades and tinkering. Gas turbines require a lot of pressure to in order to run effectively. This can be accomplished by setting up a burn mix which is a mixture of gases that will burn typically oxygen and plasma in combination but sometimes oxygen and tritium which will then create a large amount of pressure when ignited. The burn chamber used for the gas turbine is also commonly used for creating tritium, and hydrogen alongside other gases or [[Guide to toxins\|bombs]].

	=How To Set Up the Turbine=		=How To Set Up the Turbine=
Line 14:		Line 14:
	*Atmospheric Access		*Atmospheric Access
	*Basic Atmospheric Knowledge		*Basic Atmospheric Knowledge
	*A ~~working crystallizer and crowbar~~ if you plan on upgrading the turbine		*A Crowbar if you plan on upgrading the turbine

	==Preparing the burn mix==		==Preparing the burn mix==
Line 23:		Line 23:
	#Max the O2 to Pure gas pump and turn it on.		#Max the O2 to Pure gas pump and turn it on.
	#Max the Plasma to Pure gas pump and turn it on.		#Max the Plasma to Pure gas pump and turn it on.
	#Set the ~~plasma~~ mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% ~~oxygen~~ and 40% ~~plasma~~ (debatable mix, so feel free to experiment).		#Set the Plasma mixer to node 1: 60%, and node 2: 40%. Max the output pressure and turn it on. This mixer should now be mixing 60% Oxygen and 40% Plasma (debatable mix, so feel free to experiment).
	#Max all gas pumps that lead from the ~~plasma~~ mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.		#Max all gas pumps that lead from the Plasma mixer to the turbine. On MetaStation that's Pure to Ports, Port Mix to East Ports and Port to Fuel Pipe.
			Alternatively you can use your own layer to ensure you don't get lynched by other engineers, let's suppose we use layer five where the O2 to Pure is place an omni coloured gas pump then on the output side use a black layer five regular pipe and bring it down towards the Plasma tank, in this case I'm on Void Raptor so layout may differ.

	===What to do in the incinerator room===		===What to do in the incinerator room===
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	\|-		\|-
	!1		!1
	\| colspan="2" \|		\| colspan="3" \|0.5 Iron Sheets each (Tier1 Protolathe)
	\|		\|225 kW
	\|
	\|50,000 RPM and 50,000 Kelvin		\|50,000 RPM and 50,000 Kelvin
	\|-		\|-

EmiliaPains: grammar fix

2025-07-21T00:00:01Z

grammar fix

← Older revision		Revision as of 00:00, 21 July 2025
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	\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals		\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals
	\|		\|
	\|781,250 RPM ~~AND~~ 131,771,000 Kelvin		\|781,250 RPM and 131,771,000 Kelvin
	\|}		\|}
	Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.		Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.

	~~[[Category:Guides]]~~		{{GuidesPage
	{{~~Guides~~
	\|color = #FF9D00		\|color = #FF9D00
	}}		}}

EmiliaPains: Obey your boss (Added Guides Navigation if you wanted to read more on the other guides

2025-07-20T21:35:51Z

Obey your boss (Added Guides Navigation if you wanted to read more on the other guides

← Older revision		Revision as of 21:35, 20 July 2025
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	[[Category:Guides]]		[[Category:Guides]]
			{{Guides
			\|color = #FF9D00
			}}

EmiliaPains: Added Gas Turbine at Tier 4 generation

2025-07-20T21:26:16Z

Added Gas Turbine at Tier 4 generation

← Older revision		Revision as of 21:26, 20 July 2025
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	===Power Output===		===Power Output===
			[[File:GasTurbineOutput.png\|thumb\|Gas Turbine at Tier 4]]
	Without upgrades, the turbine should soon spin up to the max of 50,000 RPM and generate power over 100kW. To get more power, you'll need to pry out the parts of the incinerator (Screwdriver [[File:Screwdriver tool.png]] + '''right''' click [[File:Rightclick.png\|20px]] each part of the incinerator with a crowbar), then apply materials to upgrade each part by clicking on them with the materials in hand;		Without upgrades, the turbine should soon spin up to the max of 50,000 RPM and generate power over 100kW. To get more power, you'll need to pry out the parts of the incinerator (Screwdriver [[File:Screwdriver tool.png]] + '''right''' click [[File:Rightclick.png\|20px]] each part of the incinerator with a crowbar), then apply materials to upgrade each part by clicking on them with the materials in hand;
	{\| class="wikitable"		{\| class="wikitable"

EmiliaPains: Added Max Turbine Speed and Temperature

2025-07-20T21:20:49Z

Added Max Turbine Speed and Temperature

← Older revision		Revision as of 21:20, 20 July 2025
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	\|15 Titanium Sheets		\|15 Titanium Sheets
	\|		\|
	\|		\|125,000 RPM and 435,276 Kelvin
	\|-		\|-
	!3		!3
Line 77:		Line 77:
	\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets		\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets
	\|		\|
	\|		\|312,500 RPM and 5,841,410 Kelvin
	\|-		\|-
	!4		!4
Line 83:		Line 83:
	\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals		\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals
	\|		\|
	\|		\|781,250 RPM AND 131,771,000 Kelvin
	\|}		\|}
	Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.		Then, print a bluespace RPED [[File:BS_RPED.gif]] and [[Rnd#Upgrading_Machines\|stock parts]] from the engineering [[Rnd#Protolathe\|protolathe]] and use it to [[Rnd#Upgrading_Machines\|upgrade]] the SMES. At tier 4, it should now be able to produce around 800 kW power, until the oxygen or plasma runs out.

	[[Category:Guides]]		[[Category:Guides]]

EmiliaPains: Changed values and added new RPM, and Temperature Table for upgrades

2025-07-20T12:49:39Z

Changed values and added new RPM, and Temperature Table for upgrades

← Older revision		Revision as of 12:49, 20 July 2025
Line 51:		Line 51:

	===Power Output===		===Power Output===
	Without upgrades, the turbine should soon spin up to the max of ~~125000~~ RPM and generate power over 100kW. To get more power, you'll need to pry out the parts of the incinerator (Screwdriver [[File:Screwdriver tool.png]] + '''right''' click [[File:Rightclick.png\|20px]] each part of the incinerator with a crowbar), then apply materials to upgrade each part by clicking on them with the materials in hand;		Without upgrades, the turbine should soon spin up to the max of 50,000 RPM and generate power over 100kW. To get more power, you'll need to pry out the parts of the incinerator (Screwdriver [[File:Screwdriver tool.png]] + '''right''' click [[File:Rightclick.png\|20px]] each part of the incinerator with a crowbar), then apply materials to upgrade each part by clicking on them with the materials in hand;
	{\| class="wikitable"		{\| class="wikitable"
	\|+Upgrade costs		\|+Upgrade costs
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	!Stator Part		!Stator Part
	!Maximum Power Output		!Maximum Power Output
			!Max Turbine Speed (RPM) and Temperature (Kelvin)
	\|-		\|-
	!1		!1
Line 64:		Line 65:
	\|		\|
	\|		\|
			\|50,000 RPM and 50,000 Kelvin
	\|-		\|-
	!2		!2
	\| colspan="2" \|10 [[Plasteel]] Sheets each		\| colspan="2" \|10 [[Plasteel]] Sheets each
	\|15 Titanium Sheets		\|15 Titanium Sheets
			\|
	\|		\|
	\|-		\|-
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	\| colspan="2" \|10 Titanium Sheets each		\| colspan="2" \|10 Titanium Sheets each
	\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets		\|15 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets
			\|
	\|		\|
	\|-		\|-
Line 78:		Line 82:
	\| colspan="2" \|5 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets each		\| colspan="2" \|5 [[Guide to Atmospherics#Crystallizer\|Metal Hydrogen]] Sheets each
	\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals		\|10 [[Guide to Atmospherics#Crystallizer\|Zaukerite]] Crystals
			\|
	\|		\|
	\|}		\|}