Buildings
Compressor Gas Vent
A reinforced gas vent with a built in compression pump, capable of dispensing gases even in high pressure environments.
Dispenses Gases in high pressure environments.
Must be connected to a High Pressure Gas Pipe.
Requires power to function.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
120 W |
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| Research Required: |
HVAC |
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| Material Costs: |
| Steel or Hardened Alloy | 200 kg | | Plastics | 100 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Gas Input Pipe | - |
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Compressor Liquid Vent
A reinforced liquid vent with a built in compression pump, capable of dispensing liquids even in high pressure environments.
Dispenses Liquids in high pressure environments.
Must be connected to a High Pressure Liquid Pipe.
Requires power to function.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
120 W |
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| Research Required: |
Improved Plumbing |
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| Material Costs: |
| Steel or Hardened Alloy | 200 kg | | Plastics | 100 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Liquid Input Pipe | - |
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Decompression Gas Valve
A mechanical valve capable of reducing the flow of gas from a pressurized pipe to a normal pipe, avoid it to break.
Allows Gases to be transfered from High Pressure Gas Pipe to normal Pipes.
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Dimensions: |
2 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
HVAC |
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| Material Costs: |
| Steel or Hardened Alloy | 50 kg | | Plastics | 20 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Gas Input Pipe | Gas Output Pipe |
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Decompression Liquid Valve
A mechanical valve capable of reducing the flow of liquid from a pressurized pipe to a normal pipe, avoid it to break.
Allows Liquid to be transfered from High Pressure Liquid Pipe to normal Pipes.
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Dimensions: |
2 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
Liquid Tuning |
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| Material Costs: |
| Steel or Hardened Alloy | 50 kg | | Plastics | 20 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Liquid Input Pipe | Liquid Output Pipe |
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Heavy-Duty Auto-Sweeper
An auto-sweeper's range can be viewed at any time by clicking on the building.
Automates Sweeping and Supplying errands by sucking up all nearby Debris.
Materials are automatically delivered to any Heavy-Duty Loader, Heavy-Duty Receptacle, storage, or buildings within range.
Comes with increased range, capacity and rotation speed.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
960 W |
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| Research Required: |
Solid Control |
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| Material Costs: |
| Steel or Hardened Alloy | 400 kg | | Plastics | 100 kg |
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Heavy-Duty Bridge
Separating rail systems helps ensure materials go to the intended destinations.
Allows Heavy-Duty Rail and Insulated Heavy-Duty Rail to run one section over another without joining them.
Canot be run through wall and floor tile.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 100 kg | | Transparent | 50 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Solid Input Rail | Solid Output Rail |
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Heavy-Duty Joint Plate
Joint plates can run Heavy-Duty rails through walls without leaking gas or liquid.
Allows Heavy-Duty Rail and Insulated Heavy-Duty Rail to be run through wall and floor tile.
Functions as regular insulated tile.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Raw Mineral | 400 kg | | Steel or Hardened Alloy | 100 kg | | Transparent | 50 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Solid Input Rail | Solid Output Rail |
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Heavy-Duty Loader
Material filters can be used to determine what resources are sent down the rail.
Loads Solid Materials onto Heavy-Duty Rail for transport.
Only loads the resources of your choosing.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
960 W |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 300 kg | | Plastics | 100 kg |
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| Storage Capacity: |
10 t |
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| Building Ports: |
| Inputs: | Outputs: |
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| - | Solid Output Rail |
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Heavy-Duty Rail
Rails move materials where they'll be needed most, saving Duplicants the walk.
Transports large quantities of Solid Materials on a track between Heavy-Duty Loaders and Conveyor Chutes.
Can not be run through wall and floor tiles.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 100 kg |
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Heavy-Duty Rail Compressor
Compression leads to higher rail throughput!
Merges chunks of Solid Materials from incoming rails and ouputs them onto a Heavy-Duty Rail.
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Dimensions: |
3 wide x 2 high |
| Power Consumption: |
60 W |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 250 kg | | Plastics | 150 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Solid Input Rail | Solid Output Rail | | Solid Input Rail | - | | Solid Input Rail | - |
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Heavy-Duty Rail Filter
All solids are sent into the building's output conveyor, except those chosen for filtering.
Separates all selected Solid Materials from the conveyor, sending it into a dedicated Conveyor Rail.
Able to work with all rail types.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
360 W |
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| Research Required: |
Solid Management |
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| Material Costs: |
| Steel or Hardened Alloy | 200 kg | | Plastics | 100 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Solid Input Rail | Solid Output Rail | | - | Solid Output Rail |
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Heavy-Duty Reduction Valve
A mechanical valve capable of reducing the flow of mass from a Heavy-Duty rail to to a conveyor rail, to avoid dropping items.
Allows Solid Materials to be transfered from Heavy-Duty Rails to normal Conveyor Rails.
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Dimensions: |
1 wide x 2 high |
| Power Consumption: |
- |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 50 kg | | Plastics | 20 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Solid Input Rail | Solid Output Rail |
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High Pressure Gas Conduit
A reinforced gas pipe capable of handling high pressure flow.
Composite nature of the pipe prevents gas contents from significantly changing temperature in transit.
Carries a maximum of 10 kg of Gas with minimal change in Temperature.
Can be run through wall and floor tile.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
Improved Ventilation |
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| Material Costs: |
| Steel or Hardened Alloy | 10 kg | | Plastics | 5 kg |
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High Pressure Gas Conduit Bridge
A reinforced gas pipe bridge capable of handling high pressure flow.
Composite nature of the pipe prevents gas contents from significantly changing temperature in transit.
Runs one High Pressure Gas Pipe section over another without joining them.
Can be run through wall and floor tile.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
Improved Ventilation |
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| Material Costs: |
| Steel or Hardened Alloy | 10 kg | | Plastics | 5 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Gas Input Pipe | Gas Output Pipe |
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High Pressure Gas Filter
All gases are sent into the building's output pipe, except those chosen for filtering.
Filters all selected Gases from the air, sending it into a dedicated Filtered Output Pipe.
Able to work with all gas pipe types.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
360 W |
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| Research Required: |
Valve Miniaturization |
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| Material Costs: |
| Steel or Hardened Alloy | 200 kg | | Plastics | 100 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Gas Input Pipe | Gas Output Pipe | | - | Gas Output Pipe |
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High Pressure Gas Pump
An advanced pump that perform mechanical work to compress and move gases. More powerful than the standard pump, this one is capable of moving large amounts of gases, although this is only archived through the High Pressure Gas Pipe.
Draws in Gas and runs it through High Pressure Gas Pipe.
Must be submerged in Gas.
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Dimensions: |
2 wide x 3 high |
| Power Consumption: |
2.4 kW |
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| Research Required: |
Valve Miniaturization |
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| Material Costs: |
| Steel or Hardened Alloy | 400 kg | | Plastics | 200 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| - | Gas Output Pipe |
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High Pressure Liquid Conduit Bridge
A reinforced liquid pipe bridge capable of handling high pressure flow. Composite nature of the pipe prevents liquid contents from significantly changing temperature in transit.
Runs one High Pressure Liquid Pipe section over another without joining them.
Can be run through wall and floor tile.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
Improved Plumbing |
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| Material Costs: |
| Steel or Hardened Alloy | 10 kg | | Plastics | 5 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| Liquid Input Pipe | Liquid Output Pipe |
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High Pressure Liquid Filter
All liquids are sent into the building's output pipe, except those chosen for filtering.
Filters all selected Liquids out of a mix, sending it into a dedicated Filtered Output Pipe.
Able to work with all liquid pipe types.
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Dimensions: |
3 wide x 1 high |
| Power Consumption: |
360 W |
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| Research Required: |
Valve Miniaturization |
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| Material Costs: |
| Steel or Hardened Alloy | 200 kg | | Plastics | 100 kg |
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| Building Ports: |
| Inputs: | Outputs: |
|---|
| Liquid Input Pipe | Liquid Output Pipe | | - | Liquid Output Pipe |
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High Pressure Liquid Pipe
A reinforced liquid pipe capable of handling high pressure flow. Composite nature of the pipe prevents liquid contents from significantly changing temperature in transit.
Carries a maximum of 40 kg of Liquid with minimal change in Temperature.
Can be run through wall and floor tile.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
Improved Plumbing |
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| Material Costs: |
| Steel or Hardened Alloy | 10 kg | | Plastics | 5 kg |
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High Pressure Liquid Pump
An advanced pump that perform mechanical work to compress and move fluids. More powerful than the standard pump, this one is capable of moving large amounts of liquids, although this is only archived through the High Pressure Liquid Pipe.
Draws in Liquid and runs it through High Pressure Liquid Pipe.
Must be submerged in Liquid.
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Dimensions: |
2 wide x 3 high |
| Power Consumption: |
960 W |
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| Research Required: |
Valve Miniaturization |
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| Material Costs: |
| Steel or Hardened Alloy | 400 kg | | Plastics | 200 kg |
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| Building Ports: |
| Inputs: | Outputs: |
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| - | Liquid Output Pipe |
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Insulated Heavy-Duty Rail
Rails move materials where they'll be needed most, saving Duplicants the walk.
Transports large quantities of Solid Materials.
Can not be run through wall and floor tiles.
Being held in a vaccuum, transported items are fully insulated.
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Dimensions: |
1 wide x 1 high |
| Power Consumption: |
- |
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| Research Required: |
High-Capacity Solid Transport |
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| Material Costs: |
| Steel or Hardened Alloy | 125 kg | | Transparent | 25 kg |
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