Ore processing (Mekanism)

Mekanism provides 4 tiers of systems to process ores and obtain two to five ingots from 1 ore. The complexity of the systems rises with each tier and at the higher tiers various secondary machines are required to produce consumables for the main ore processing line.
The following page shows the layout of these systems as well as some in-game pictures and descriptions. All machines are only mentioned in their basic version—the advanced, elite, and ultimate variants only change the amount produced.
== Tier 1 ==
The tier 1 system produces 2 ingots from 1 ore and only requires 2 machines and a power supply (e.g., via wind or heat). The scheme below shows the setup. The machines can be placed side by side to directly transfer products into the next machine and save transport pipes.
↓ 1x Ore
Enrichment Chamber
↓ 2x Dust
Energized Smelter
↓ 2x Ingot
File:Mekanism OreProcessing Tier1.jpg|The full tier 1 system from left to right:Chest with ore, Logistical Sorter directly connected to the chest, an Enrichment Chamber, an Energized Smelter and a chest to deposit the final product.
== Tier 2 ==
The tier 2 system produces 3 ingots from 1 ore and requires 4 machines and a power supply (e.g., via wind or heat). The scheme below shows the setup. The machines can be placed side by side to directly transfer products into the next machine and save transport pipes.
At this tier the Purification Chamber requires Oxygen or Flint for the conversion process. Since the required amount of Flint is very large, the production and use of oxygen is recommended. For this, the player must build a separate line for the oxygen production. The easiest way is to decompose water via an Electrolytic Separator into Hydrogen and Oxygen. The water can be supplied via Electric Pumps and Basic Mechanical Pipes.
↓ 1x Ore 	 	
Purification Chamber	← Oxygen	Electrolytic Separator ← Water
↓ 3x Clump 	 	↓ Hydrogen
Crusher 	 	
↓ 3x Dirty dust 	 	
Enrichment Chamber 	 	
↓ 3x "Purified" dust	 	
Energized Smelter 	 	
↓ 3x Ingot 	 	
Mekanism OreProcessing Tier2.jpg|The main line from left to right:Chest with ore, Logistical Sorter directly connected to the chest, a Purification Chamber, a Crusher, an Enrichment Chamber, an Energized Smelter, and a chest to deposit the final product.
Mekanism ElectrolticSeparator Pump GasBurningGenerator.jpg|A separate line for the production of oxygen (needed by the Purification Chamber). In the middle a Electrolytic Separator is supplied with Water by a Electric Pump on the right.
== Tier 3 ==
The tier 3 system produces 4 ingots from 1 ore and requires 8 machines, one multiblock structure and a power supply (e.g., via wind or heat). The scheme below shows the setup. The machines can be placed side by side to directly transfer products into the next machine and save transport pipes.
As with tier 2, this system also has a Purification Chamber which requires Oxygen or Flint for the conversion process. Since the required amount of flint is very large, the production and use of oxygen is recommended. For this, the player must build a separate line for the oxygen production. The easiest way is to decompose water via an Electrolytic Separator into Hydrogen and Oxygen. The water can be supplied via Electric Pumps and Basic Mechanical Pipes.
In addition, at this tier the Chemical Injection Chamber requires Hydrogen Chloride or Salt for the conversion process. Since the required amount of Salt is very large, the production and use of hydrogen chloride is recommended. This can be produced by a Chemical Infuser which requires Hydrogen and Chlorine. Hydrogen can be taken from the first auxiliary production. Chlorine can be produced from Brine via Thermal Evaporation Plants and Electrolytic Separators.
↓ 1x Ore 	 	 	 	 	 	 	 	
Chemical Injection Chamber	← Salt orHydrogen Chloride	← Salt 	 	 	↑ Oxygen 	 	 	
Chemical Injection Chamber	← Salt orHydrogen Chloride	← Hydrogen Chloride 	Chemical Infuser	← Hydrogen	Electrolytic Separator	← Water	 	
Chemical Injection Chamber	← Salt orHydrogen Chloride	← Hydrogen Chloride 	Chemical Infuser	← Chlorine	Electrolytic Separator	← Brine	Thermal Evaporation Plant	← Water
↓ 4x Shard 	 	 	 	 	↓ Sodium 	 	 	
Purification Chamber 	← Oxygen 	Electrolytic Separator	← Water 	 	 	 	 	
↓ 4x Clump 	 	↓ Hydrogen 	 	 	 	 	 	
Crusher 	 	 	 	 	 	 	 	
↓ 4x Dirty dust 	 	 	 	 	 	 	 	
Enrichment Chamber 	 	 	 	 	 	 	 	
↓ 4x "Purified" dust 	 	 	 	 	 	 	 	
Energized Smelter 	 	 	 	 	 	 	 	
↓ 4x Ingot 	 	 	 	 	 	 	 	
Mekanism OreProcessing Tier3.jpg|In front the main processing line. In the back the production lines for the consumables (right Oxygen, left Hydrogen Chloride).
== Tier 4 ==
1x Ore
↓ 	 	 	 	 	 	 	 	
Chemical Dissolution Chamber	← 100 mB Sulfuric Acid 	Chemical Infuser 	← 100 mB Water Vapour 	rotary condensentrator (Decondensentrating mode)	← Water 	 	 	
Chemical Dissolution Chamber	← 100 mB Sulfuric Acid 	Chemical Infuser 	← 100 mB Sulfur Trioxide	Chemical Infuser 	← Oxygen 	 	 	
↓ 1,000 mB Slurry 	 	 	 	↑ Sulfur Dioxide 	 	 	 	
Chemical Washer 	← 5,000 mB Water 	 	 	Chemical Oxidiser 	 	 	 	
↓ 1,000 mB Clean Slurry 	 	 	 	↑ Sulfur Dust 	 	 	 	
Chemical Crystalliser 	 	 	 	 	 	 	 	
↓ 5x Crystal 	 	 	 	 	 	 	 	
Chemical Injection Chamber 	← Salt orHydrogen Chloride	← Salt 	 	 	↑ Oxygen 	 	 	
Chemical Injection Chamber 	← Salt orHydrogen Chloride	← Hydrogen Chloride 	Chemical Infuser 	← Hydrogen 	Electrolytic Separator	← Water	 	
Chemical Injection Chamber 	← Salt orHydrogen Chloride	← Hydrogen Chloride 	Chemical Infuser 	← Chlorine 	Electrolytic Separator	← Brine	Thermal Evaporation Plant	← Water
↓ 5x Shard 	 	 	 	 	↓ Sodium 	 	 	
Purification Chamber 	← Oxygen 	Electrolytic Separator	← Water 	 	 	 	 	
↓ 5x Clump 	 	↓ Hydrogen 	 	 	 	 	 	
Crusher 	 	 	 	 	 	 	 	
↓ 5x Dirty dust 	 	 	 	 	 	 	 	
Enrichment Chamber 	 	 	 	 	 	 	 	
↓ 5x "Purified" dust 	 	 	 	 	 	 	 	
Energized Smelter 	 	 	 	 	 	 	 	
↓ 5x Ingot 	 	 	 	 	 	 	 	
Category:MekanismCategory:Ore processing