Toggle menu
Toggle preferences menu
Toggle personal menu
Not logged in
Your IP address will be publicly visible if you make any edits.

Air Filtration System

From Stationeers Community Wiki
Revision as of 14:55, 13 March 2026 by LordHelmchen (talk | contribs)
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)


This is an air filtration system that will scrub all bad gases from the air, place them in a tank and cool down the air at the same time. A second simplified system is listed below, which merely vents any gas not matching base air back to the world.

Filter System (Dual) Items Used


This is a more basic simplified air filtration system, which merely vents any gas not matching base air (Oxygen/Nitrogen) back to the world atmosphere.

Filter System (Basic) Items Used

Filter System (Advanced) Items Used

    • Important**: This is before the tank and new gases update


For simple reference this is a standard setup on Mars: Long time goal is to have an reliable but expandable filtration setup, which is less power consuming than normal setups. ~ Each pipe analyzer 5 W, each Housing 50 W, each Turbo Volume Pump up to 600 W (depends on the setting), each filtration unit (10 or 110W) depending on the idle state.

To get an basic understanding:

  • Main Prefiltration Tank
  • Master IC10 Chips & Memory Sticks
  • Every filtration unit has it owns one way gas valve, own tank but the input and "waste output" is one common pipeline

The master chips has EVERY value it need to turn EVERY filtration unit but every filtration unit has an IC10 chip to check itself if a minimum mol is in the main line. Master Chips checks temperature and Sum of moles to calculate and pump speed value.

The higher the pressure difference from Input to Output vs Output2 the more efficient the Filtration is per tick.

Prefiltration Tank -> TVP1 -> Main line -> Filtration1 Filtration 1 -> One Way Valve -> Tank Filtration 1 -> Waste Line -> TVP2 -> Prefiltration Tank

In an "older" version you read the tank but now you need to measure every pipeline via a pressure analyzer.