Dusts
Dusts
Dusts are the product of the ore refining system.
The Enrichment Chamber turns ores into dusts and dirty dusts into dusts.
Dust | Dirty Dust Variant |
---|---|
Redstone | |
Glowstone Dust | |
Iron Dust | Dirty Iron Dust |
Gold Dust | Dirty Gold Dust |
Osmium Dust | Dirty Osmium Dust |
Refined Obsidian Dust | |
Obsidian Dust | |
Diamond Dust | |
Steel Dust | |
Copper Dust | Dirty Copper Dust |
Tin Dust | Dirty Tin Dust |
Uranium Dust | Dirty Uranium Dust |
Lead Dust | Dirty Lead Dust |
Fluorite Dust | |
Charcoal Dust | |
Coal Dust | |
Lapis Lazuli Dust | |
Emerald Dust | |
Quartz Dust | |
Netherite Dust | |
Sulfur Dust | |
Sawdust | |
Salt |
Dirty Dusts
Dirty dusts are a product of the ore refining process.
The Crusher turns clumps into dirty dusts. Use the Enrichment Chamber to turn these into useful dusts again.
Sulfur Dust
Usage
Sulfur Dust by itself is not used in much recipes. It can be used as a substitution for Yellow Dye, and be used to create gunpowder using an Enrichment Chamber. However, what makes it such an important ingredient is its ability to produce Sulfur Dioxide in a Chemical Oxidizer.
Sulfur Dioxide can then be used to produce Sulfur Trioxide when used in a Chemical Infuser with Oxygen.
Sulfur Trioxide can then be used to produce Sulfuric Acid when used in a Chemical Infuser with Water Vapor. Sulfuric Acid is a key ingredient that is used in the Ore Processing system and in Fissile Fuel Production. A Chemical Dissolution Chamber requires Sulfuric Acid and ores to produce Dirty Slurries (an ingredient in the 5x ore processing process), and requires Sulfuric Acid and Fluorite to produce Hydrofluoric Acid (an ingredient in the production of Fissile Fuel).
Obtaining
Sulfur Dust can be obtained in many ways:
Pressurized Reaction Chamber Method
A method is to use the Pressurized Reaction Chamber (PRC) with the ingredients Water; Oxygen; Block of Coal/Charcoal or Coal/Charcoal.
Coal/Charcoal
Using Coal/Charcoal will require 100mb of Oxygen and Water, and the process will take approximately 5 seconds/100 ticks (with no Speed Upgrades). Doing so will yield 1 Sulfur Dust and 100mb of Hydrogen.
Block of Coal/Charcoal
Using Block of Coal/Charcoal will require 1,000mb of Oxygen and Water, and the process will take approximately 45 seconds /900 ticks, 9x slower than using Coal/Charcoal (with no Speed Upgrades). Doing so will yield 9 Sulfur Dusts and 1,000mb of Hydrogen.
Gunpowder Method
By using Hydrogen Chloride and Gunpowder in a Chemical Injection Chamber, you can produce Sulfur Dust. You can obtain gunpowder from flint or a vanilla creeper farm.
Flint Method
Putting Flint into a Crusher will produce gunpowder, which can then be used in the Gunpowder Method. You can obtain flint from gravel.
Gravel Method
Putting Gravel into an Enrichment Chamber will produce flint, which can then be used in the Flint method, then the Gunpowder method. You can obtain gravel from cobblestone or digging.
Cobblestone Generator Method
Putting Cobblestone into a Crusher will produce gravel, which can then be used to in the Gravel Method, then the Flint Method, then the Gunpowder Method. You can obtain cobble stone from a simple cobblestone generator or mining.
Sawdust
Sawdust is a byproduct material obtained by processing Wooden objects Precision Sawmill.
Wooden Object | Sawdust Yield Percentage |
---|---|
Log (of any kind) | 25% |
Planks (of any kind) | 25% |
Slab (of any kind) | 13% |
Stairs (of any kind) | 38% |
Stick | 100% |
Uses in Crafting
Paper
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Cardboard Box
Salt
Obtaining
Salt is a material obtained from mining Salt Blocks. Salt can also be obtained by processing Gaseous Brine through the Chemical Crystallizer.
Usage
Salt can be used to craft back into its originating block (Salt Block) as well as for producing Gaseous Brine in a Chemical Oxidizer. It can also be used to supply a Chemical Injection Chamber with Hydrogen Chloride.
Crafting
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