Buildings
Advanced Kiln
Adress a wide range of industrial and chemical applications.
An advanced insulated electrical kiln in which the heat is applied by induction heating of metal.
The advantage of the induction kiln is a clean, energy-efficient and well-controllable heating process compared to most other means of fuel heating.
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Dimensions: |
3 wide x 3 high |
| Power Consumption: |
800 W |
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| Research Required: |
Smelting |
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| Material Costs: |
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Recipes
| Ingredients: |
Time: |
Products: |
 Coal (500 kg)
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30s |
 Refined Carbon (500 kg)
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 Wood (800 kg)
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30s |
Refined Carbon (500 kg)
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 Peat (1200 kg)
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30s |
Refined Carbon (500 kg)
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 Clay (300 kg)
 Sand (200 kg)
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30s |
 Ceramic (500 kg)
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 Oil Shale (500 kg)
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40s |
 Cement (350 kg)
 Crude Oil (25 kg)
 Low-Grade Metallic Sand (50 kg)
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Clay (300 kg)
Sand (200 kg)
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30s |
 Brick (500 kg)
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An improved refinery capable of bulk smelting process, as well exclusive metal production.
An advanced method for production of Refined Metals from raw Metal Ore.
Significantly Heats and exclusively uses Super Coolant piped into it.
Duplicants will not fabricate items unless recipes are queued.
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Dimensions: |
3 wide x 5 high |
| Power Consumption: |
3 kW |
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| Research Required: |
Superheated Forging |
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| Material Costs: |
| Steel or Hardened Alloy | 1000 kg | | Ceramic | 600 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Super Coolant Input Pipe | Liquid Output Pipe |
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Recipes
| Ingredients: |
Time: |
Products: |
 Copper Ore (400 kg)
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40s |
 Copper (400 kg)
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 Cobalt Ore (400 kg)
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40s |
 Cobalt (400 kg)
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 Wolframite (400 kg)
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40s |
 Tungsten (400 kg)
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 Silver Ore (400 kg)
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40s |
 Silver (400 kg)
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 Aluminum Ore (400 kg)
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40s |
 Aluminum (400 kg)
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 Gold Amalgam (400 kg)
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40s |
 Gold (400 kg)
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 Zinc Ore (400 kg)
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40s |
 Zinc (400 kg)
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 Nickel Ore (400 kg)
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40s |
 Nickel (400 kg)
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 Thermium (400 kg)
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40s |
 Niobium (400 kg)
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 Iron Ore (400 kg)
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40s |
 Iron (400 kg)
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 Cinnabar Ore (400 kg)
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40s |
 Mercury (400 kg)
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 Electrum (400 kg)
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40s |
Gold (250 kg)
Copper (150 kg)
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 Pyrite (400 kg)
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40s |
Iron (300 kg)
 Sulfur (100 kg)
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 Abyssalite (400 kg)
Refined Carbon (100 kg)
 Lime (20 kg)
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40s |
Tungsten (50 kg)
 Refined Phosphorus (100 kg)
Sand (350 kg)
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Iron (280 kg)
Refined Carbon (80 kg)
Lime (40 kg)
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40s |
 Steel (400 kg)
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Ball Crusher Mill (Mechanical Separation)
A large sized industrial mill that crushes raw ores using steel balls and special vibrating separation device to sort out possible useful resources.
Crush down Raw Minerals in to useful materials and industrial ingredients.
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Dimensions: |
5 wide x 3 high |
| Power Consumption: |
800 W |
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| Research Required: |
Superheated Forging |
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| Material Costs: |
| Steel or Hardened Alloy | 1000 kg |
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Recipes
| Ingredients: |
Time: |
Random Products: |
 Sandstone (500 kg)
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50s |
 Crushed Rock
Sand
Copper Ore
Electrum
 Fertilizer
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 Sedimentary Rock (500 kg)
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50s |
Crushed Rock
Clay
Gold Amalgam
Pyrite
Cobalt Ore
 Salt
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 Shale (500 kg)
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50s |
Crushed Rock
Clay
Gold Amalgam
Pyrite
Cobalt Ore
Salt
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 Igneous Rock (500 kg)
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50s |
Crushed Rock
Sand
Pyrite
Sulfur
Iron Ore
 Obsidian
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 Granite (500 kg)
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50s |
Crushed Rock
Sand
Aluminum Ore
Iron Ore
Obsidian
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 Mafic Rock (500 kg)
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50s |
Crushed Rock
Sand
Aluminum Ore
Electrum
Refined Phosphorus
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Abyssalite (500 kg)
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50s |
Wolframite
Tungsten
Refined Phosphorus
Obsidian
 Diamond
Crushed Rock
Sand
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Basic Oil Refinery
A basic oil refinery that uses burning solids as heat source.
Refines Crude Oil to Petroleum using Coal as heat source.
The refinement process produces Natural Gas and Carbon Dioxide.
IMPORTANT: The Gases output ports piping is optional. If no Gas Pipe is attached to them, the output gases will be released directly on the environment.
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Dimensions: |
3 wide x 4 high |
| Power Consumption: |
90 W |
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| Research Required: |
Fossil Fuels |
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| Material Costs: |
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| Building Ports: |
| Inputs: | Outputs: |
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| Crude Oil Input Pipe | Liquid Output Pipe | | - | Carbon Dioxide Output Pipe | | - | Natural Gas Output Pipe |
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Element Conversion
| Inputs: |
Outputs: |
Crude Oil (5 kg/s)
 Combustible Solid (100 g/s)
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 Petroleum (2500 g/s at 98°C)
 Carbon Dioxide (50 g/s)
 Natural Gas (90 g/s at 115°C)
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Glass Foundry
A plasma arc furnace uses low-temperature plasma flow created by an electric arc heater (plasmatron).
This techlogical advanced glass foundry is capable more than melt Sand in to Molten Glass, but a wide range of other applications.
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Dimensions: |
3 wide x 3 high |
| Power Consumption: |
2.4 kW |
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| Research Required: |
Superheated Forging |
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| Material Costs: |
| Ceramic | 500 kg | | Refined Metal | 200 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| - | Liquid Output Pipe |
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Recipes
| Ingredients: |
Time: |
Products: |
Sand (300 kg)
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30s |
 Molten Glass (100 kg)
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 Crushed Ice (500 kg)
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10s |
 Water (500 kg)
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 Brine Ice (500 kg)
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10s |
 Brine (500 kg)
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 Snow (500 kg)
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10s |
Water (500 kg)
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 Ice (500 kg)
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10s |
Water (500 kg)
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 Packed Snow (500 kg)
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10s |
Water (500 kg)
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 Polluted Ice (500 kg)
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10s |
 Polluted Water (500 kg)
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Jaw Crusher Mill
A jaw crusher uses compressive force for breaking of stone and other raw minerals.
Crush down Raw Minerals in to useful materials and industrial ingredients.
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Dimensions: |
3 wide x 2 high |
| Power Consumption: |
120 W |
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| Research Required: |
Brute-Force Refinement |
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| Material Costs: |
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Recipes
| Ingredients: |
Time: |
Products: |
 Egg Shell (5 kg)
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20s |
Lime (5 kg)
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 Pokeshell Molt (1000 g)
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20s |
Lime (10 kg)
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 Oakshell Molt (5 kg)
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20s |
Wood (500 kg)
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 Fossil (100 kg)
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40s |
Lime (5 kg)
Crushed Rock (70 kg)
Sand (25 kg)
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Salt (100 kg)
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40s |
 Borax (5 kg)
Sand (95 kg)
 Table Salt (50 g)
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 Phosphate Nodules (100 kg)
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40s |
Refined Phosphorus (70 kg)
Crushed Rock (30 kg)
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Crushed Rock (100 kg)
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30s |
Sand (100 kg)
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Obsidian (100 kg)
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30s |
Sand (100 kg)
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Shale (100 kg)
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40s |
Crushed Rock (100 kg)
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Ceramic (100 kg)
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40s |
Crushed Rock (100 kg)
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Igneous Rock (100 kg)
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40s |
Crushed Rock (100 kg)
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Brick (100 kg)
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40s |
Crushed Rock (100 kg)
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Granite (100 kg)
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40s |
Crushed Rock (100 kg)
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Sedimentary Rock (100 kg)
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40s |
Crushed Rock (100 kg)
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Sandstone (100 kg)
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40s |
Crushed Rock (100 kg)
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Copper Ore (100 kg)
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40s |
Copper (50 kg)
Sand (50 kg)
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Cobalt Ore (100 kg)
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40s |
Cobalt (50 kg)
Sand (50 kg)
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Wolframite (100 kg)
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40s |
Tungsten (50 kg)
Sand (50 kg)
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Silver Ore (100 kg)
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40s |
Silver (50 kg)
Sand (50 kg)
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Aluminum Ore (100 kg)
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40s |
Aluminum (50 kg)
Sand (50 kg)
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Gold Amalgam (100 kg)
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40s |
Gold (50 kg)
Sand (50 kg)
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Zinc Ore (100 kg)
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40s |
Zinc (50 kg)
Sand (50 kg)
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Nickel Ore (100 kg)
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40s |
Nickel (50 kg)
Sand (50 kg)
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Thermium (100 kg)
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40s |
Niobium (50 kg)
Sand (50 kg)
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Iron Ore (100 kg)
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40s |
Iron (50 kg)
Sand (50 kg)
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Cinnabar Ore (100 kg)
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40s |
Mercury (50 kg)
Sand (50 kg)
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Electrum (100 kg)
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40s |
Gold (25 kg)
Copper (15 kg)
Sand (50 kg)
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Pyrite (100 kg)
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40s |
Iron (30 kg)
Sand (70 kg)
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 Slag (100 kg)
Crushed Rock (20 kg)
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40s |
Cement (80 kg)
 Base-Grade Metallic Sand (12.5 kg)
 High-Grade Metallic Sand (7.5 kg)
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Plasma Furnace
An advanced pyrometallurgical furnace that uses an extremely hot thermal plasma generated by a carrier gas jet. The high energy consumption is compensated by the quality and the yield of the refining process.
An advanced method for the refinement of Metal Ores and other Raw Minerals.
Produces significant amounts of Heat and consumes carrier gases during manufacturing.
Main products are dispensed in molten state directly in the floor below the building while the liquid waste is released in a separated port.
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Dimensions: |
5 wide x 5 high |
| Power Consumption: |
5 kW |
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| Research Required: |
Catalytics |
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| Material Costs: |
| Ceramic | 2000 kg | | Tungsten | 1000 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Carrier Gas Input Pipe | Glass Output Pipe | | - | Glass Output Pipe |
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Element Conversion
| Inputs: |
Outputs: |
 Carrier Gas (100 g/s)
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Carbon Dioxide (25 g/s at 75°C)
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Recipes
| Ingredients: |
Time: |
Products: |
Sand (150 kg)
Salt (10 kg)
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10s |
Molten Glass (150 kg)
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Copper Ore (500 kg)
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10s |
 Molten Copper (500 kg)
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Cobalt Ore (500 kg)
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10s |
 Molten Cobalt (500 kg)
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Wolframite (500 kg)
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10s |
 Molten Tungsten (500 kg)
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Silver Ore (500 kg)
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10s |
 Molten Silver (500 kg)
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Aluminum Ore (500 kg)
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10s |
 Molten Aluminum (500 kg)
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Gold Amalgam (500 kg)
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10s |
 Molten Gold (500 kg)
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Zinc Ore (500 kg)
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10s |
 Molten Zinc (500 kg)
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Nickel Ore (500 kg)
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10s |
 Molten Nickel (500 kg)
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Thermium (500 kg)
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10s |
 Molten Niobium (500 kg)
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Iron Ore (500 kg)
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10s |
 Molten Iron (500 kg)
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Electrum (500 kg)
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10s |
Molten Gold (300 kg)
Molten Copper (200 kg)
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Pyrite (500 kg)
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10s |
Molten Iron (400 kg)
 Liquid Sulfur (100 kg)
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Iron (425 kg)
Refined Carbon (50 kg)
Lime (25 kg)
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10s |
 Molten Steel (500 kg)
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Abyssalite (500 kg)
Lime (20 kg)
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20s |
Molten Tungsten (120 kg)
 Magma (380 kg)
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Pyrolysis Kiln
A basic kiln that uses pyrolysis process to convert woodlogs to usable coal.
Cook Wood to Coal.
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Dimensions: |
1 wide x 2 high |
| Power Consumption: |
- |
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| Research Required: |
Brute-Force Refinement |
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| Material Costs: |
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Element Conversion
| Inputs: |
Outputs: |
Wood (1000 g/s)
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Coal (330 g/s at 39°C)
Carbon Dioxide (100 g/s at 97°C)
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Soil Mixer
A mixer designed for uniform blending of a wide variety of solid materials, while treating them with chemicals.
A solid material mixer designed for agricultural purpose, mainly for the production of Dirt and Fertilizer.
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Dimensions: |
4 wide x 4 high |
| Power Consumption: |
480 W |
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| Research Required: |
Agriculture |
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| Material Costs: |
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| Building Ports: |
| Inputs: | Outputs: |
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| Polluted Water Input Pipe | - | | Water Input Pipe | - | | Ammonia Input Pipe | - |
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Recipes
| Ingredients: |
Time: |
Products: |
Refined Phosphorus (50 kg)
Crushed Rock (40 kg)
Water (10 kg)
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60s |
Phosphate Nodules (100 kg)
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Phosphate Nodules (50 kg)
 Dirt (40 kg)
Water (10 kg)
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60s |
 Phosphorite (100 kg)
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Crushed Rock (40 kg)
 Polluted Dirt (20 kg)
Coal (20 kg)
Water (20 kg)
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60s |
Dirt (100 kg)
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Crushed Rock (40 kg)
Polluted Dirt (20 kg)
Peat (20 kg)
Water (20 kg)
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60s |
Dirt (100 kg)
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Crushed Rock (40 kg)
Polluted Dirt (20 kg)
Wood (20 kg)
Water (20 kg)
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60s |
Dirt (100 kg)
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Wood (60 kg)
Crushed Rock (30 kg)
Polluted Water (10 kg)
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60s |
Polluted Dirt (100 kg)
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 Compressed Biomass (40 kg)
Crushed Rock (50 kg)
Water (10 kg)
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60s |
Dirt (100 kg)
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