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Sulfuric Acid

Produced by combining Sulfur and Water in a complex reaction. Primarily used in refinement processes and Battery production.

View production example

Properties

Entity type	Item
Form	liquid
Stack size	50 m³
Radioactive	No
Can be discarded	Yes

Produced by (3)

Recipe	Inputs → Outputs (per min)	Building	Time
Sulfuric Acid	Inputs Sulfur 5 per cycle· 50/min Water 5 m³ per cycle· 50 m³/min Outputs Sulfuric Acid 5 m³ per cycle· 50 m³/min	Refinery	6 s
Unpackage Sulfuric Acid	Inputs Packaged Sulfuric Acid 1 per cycle· 60/min Outputs Sulfuric Acid 1 m³ per cycle· 60 m³/min Empty Canister 1 per cycle· 60/min	Packager	1 s
Encased Uranium Cell	Inputs Uranium 10 per cycle· 50/min Concrete 3 per cycle· 15/min Sulfuric Acid 8 m³ per cycle· 40 m³/min Outputs Encased Uranium Cell 5 per cycle· 25/min Sulfuric Acid 2 m³ per cycle· 10 m³/min	Blender	12 s

Used as recipe ingredient (9)

Recipe	Inputs → Outputs (per min)	Building	Time
Alternate: Leached Caterium Ingot Alt	Inputs Caterium Ore 9 per cycle· 54/min Sulfuric Acid 5 m³ per cycle· 30 m³/min Outputs Caterium Ingot 6 per cycle· 36/min	Refinery	10 s
Alternate: Leached Copper Ingot Alt	Inputs Copper Ore 9 per cycle· 45/min Sulfuric Acid 5 m³ per cycle· 25 m³/min Outputs Copper Ingot 22 per cycle· 110/min	Refinery	12 s
Alternate: Fertile Uranium Alt	Inputs Uranium 5 per cycle· 25/min Uranium Waste 5 per cycle· 25/min Nitric Acid 3 m³ per cycle· 15 m³/min Sulfuric Acid 5 m³ per cycle· 25 m³/min Outputs Non-Fissile Uranium 20 per cycle· 100/min Water 8 m³ per cycle· 40 m³/min	Blender	12 s
Alternate: Instant Scrap Alt	Inputs Bauxite 15 per cycle· 150/min Coal 10 per cycle· 100/min Sulfuric Acid 5 m³ per cycle· 50 m³/min Water 6 m³ per cycle· 60 m³/min Outputs Aluminum Scrap 30 per cycle· 300/min Water 5 m³ per cycle· 50 m³/min	Blender	6 s
Alternate: Leached Iron Ingot Alt	Inputs Iron Ore 5 per cycle· 50/min Sulfuric Acid 1 m³ per cycle· 10 m³/min Outputs Iron Ingot 10 per cycle· 100/min	Refinery	6 s
Battery	Inputs Sulfuric Acid 2.5 m³ per cycle· 50 m³/min Alumina Solution 2 m³ per cycle· 40 m³/min Aluminum Casing 1 per cycle· 20/min Outputs Battery 1 per cycle· 20/min Water 1.5 m³ per cycle· 30 m³/min	Blender	3 s
Non-Fissile Uranium	Inputs Uranium Waste 15 per cycle· 37.5/min Silica 10 per cycle· 25/min Nitric Acid 6 m³ per cycle· 15 m³/min Sulfuric Acid 6 m³ per cycle· 15 m³/min Outputs Non-Fissile Uranium 20 per cycle· 50/min Water 6 m³ per cycle· 15 m³/min	Blender	24 s
Packaged Sulfuric Acid	Inputs Sulfuric Acid 2 m³ per cycle· 40 m³/min Empty Canister 2 per cycle· 40/min Outputs Packaged Sulfuric Acid 2 per cycle· 40/min	Packager	3 s
Encased Uranium Cell	Inputs Uranium 10 per cycle· 50/min Concrete 3 per cycle· 15/min Sulfuric Acid 8 m³ per cycle· 40 m³/min Outputs Encased Uranium Cell 5 per cycle· 25/min Sulfuric Acid 2 m³ per cycle· 10 m³/min	Blender	12 s

Unlocked by

Control System Development 2Schematic
Control System DevelopmentMilestone · Tier 7
Nuclear PowerMilestone · Tier 8

Technical Details

Class name	Desc_SulfuricAcid_C
Native class	FGItemDescriptor
Asset path	/Game/FactoryGame/Resource/Parts/SulfuricAcid/Desc_SulfuricAcid
Resource form (export)	RF_LIQUID