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Devices

Filtration

PrefabStructureFiltration Hash-348054045in the hash lookup
Pipes and atmosphere paintable Game 0.2.6428.27798

Overview

Filtration (StructureFiltration) in Stationeers: device, hash -348054045, 10 W. With build steps, 109 IC10 logic values and connection diagram.

The filtration unit takes gas at its input and splits it: whatever the installed filters catch goes to the output (“Filtered” in game), everything else to the waste output (“Unfiltered”). That is how you pull carbon dioxide out of room air, for example, or separate a mix taken from the atmosphere.

It has three slots: two for gas filters (such as the Filter (Carbon Dioxide)) and one for a programmable chip. With the chip inside, the control runs directly in the filtration unit without a separate IC housing. Slot logic gives FilterType and Quantity per slot. A filter with Quantity 0 no longer catches anything – its gas then ends up at the waste output.

For it to work, it needs On = 1 and Mode = 1 (Active), and all three pipes must be connected. Each tick it takes at least as much gas as 1,000 kPa in 10 litres amounts to – about 4.1 mol at 20 °C – and more with a large pressure drop. It does not need a pump in front; it pushes even against pressure. So make sure both outputs can drain. If the target gas at the input drops below 0.1 %, it takes the last remainder out of the input network in one go.

All three pipes can be measured separately: …Input, …Output (filtered) and …Output2 (waste) give pressure, temperature, total moles and the fraction of every gas. Power and data have separate ports. On top of the 10 W base draw, filtering adds up to 100 W, in full from 1,000 kPa at the input.

It is built in three stages: place the atmospherics kit, insert two pipe kits, fit two cable coils with the screwdriver. Filters, their lifetime and a monitoring program are covered in Filtration: separating gases, changing filters, getting rid of waste gases.

IC10 and logic

109 logic values, 109 readable and 5 writable.

  • Power R 1
  • Open RW 2
  • Mode RW 3
  • Error R 4
  • Lock RW 10
  • Setting RW 12
  • Maximum R 23
  • Ratio R 24
  • On RW 28
  • RequiredPower R 33
  • PrefabHash R 84
  • PressureInput R 106
  • TemperatureInput R 107
  • RatioOxygenInput R 108
  • RatioCarbonDioxideInput R 109
  • RatioNitrogenInput R 110
  • RatioPollutantInput R 111
  • RatioMethaneInput R 112
  • RatioWaterInput R 113
  • RatioNitrousOxideInput R 114
  • TotalMolesInput R 115
  • PressureOutput R 126
  • TemperatureOutput R 127
  • RatioOxygenOutput R 128
  • RatioCarbonDioxideOutput R 129
  • RatioNitrogenOutput R 130
  • RatioPollutantOutput R 131
  • RatioMethaneOutput R 132
  • RatioWaterOutput R 133
  • RatioNitrousOxideOutput R 134
  • TotalMolesOutput R 135
  • PressureOutput2 R 136
  • TemperatureOutput2 R 137
  • RatioOxygenOutput2 R 138
  • RatioCarbonDioxideOutput2 R 139
  • RatioNitrogenOutput2 R 140
  • RatioPollutantOutput2 R 141
  • RatioMethaneOutput2 R 142
  • RatioWaterOutput2 R 143
  • RatioNitrousOxideOutput2 R 144
  • TotalMolesOutput2 R 145
  • CombustionInput R 146
  • CombustionOutput R 148
  • CombustionOutput2 R 149
  • RatioLiquidNitrogenInput R 178
  • RatioLiquidNitrogenOutput R 180
  • RatioLiquidNitrogenOutput2 R 181
  • RatioLiquidOxygenInput R 184
  • RatioLiquidOxygenOutput R 186
  • RatioLiquidOxygenOutput2 R 187
  • RatioLiquidMethaneInput R 189
  • RatioLiquidMethaneOutput R 191
  • RatioLiquidMethaneOutput2 R 192
  • RatioSteamInput R 194
  • RatioSteamOutput R 196
  • RatioSteamOutput2 R 197
  • RatioLiquidCarbonDioxideInput R 200
  • RatioLiquidCarbonDioxideOutput R 202
  • RatioLiquidCarbonDioxideOutput2 R 203
  • RatioLiquidPollutantInput R 205
  • RatioLiquidPollutantOutput R 207
  • RatioLiquidPollutantOutput2 R 208
  • RatioLiquidNitrousOxideInput R 210
  • RatioLiquidNitrousOxideOutput R 212
  • RatioLiquidNitrousOxideOutput2 R 213
  • ReferenceId R 217
  • NameHash R 268
  • RatioHydrogenInput R 294
  • RatioHydrogenOutput R 296
  • RatioHydrogenOutput2 R 297
  • RatioLiquidHydrogenInput R 298
  • RatioLiquidHydrogenOutput R 300
  • RatioLiquidHydrogenOutput2 R 301
  • RatioPollutedWaterInput R 302
  • RatioPollutedWaterOutput R 304
  • RatioPollutedWaterOutput2 R 305
  • RatioHydrazineInput R 306
  • RatioHydrazineOutput R 308
  • RatioHydrazineOutput2 R 309
  • RatioLiquidHydrazineInput R 310
  • RatioLiquidHydrazineOutput R 312
  • RatioLiquidHydrazineOutput2 R 313
  • RatioLiquidAlcoholInput R 314
  • RatioLiquidAlcoholOutput R 316
  • RatioLiquidAlcoholOutput2 R 317
  • RatioHeliumInput R 318
  • RatioHeliumOutput R 320
  • RatioHeliumOutput2 R 321
  • RatioLiquidSodiumChlorideInput R 322
  • RatioLiquidSodiumChlorideOutput R 324
  • RatioLiquidSodiumChlorideOutput2 R 325
  • RatioSilanolInput R 326
  • RatioSilanolOutput R 328
  • RatioSilanolOutput2 R 329
  • RatioLiquidSilanolInput R 330
  • RatioLiquidSilanolOutput R 332
  • RatioLiquidSilanolOutput2 R 333
  • RatioHydrochloricAcidInput R 334
  • RatioHydrochloricAcidOutput R 336
  • RatioHydrochloricAcidOutput2 R 337
  • RatioLiquidHydrochloricAcidInput R 338
  • RatioLiquidHydrochloricAcidOutput R 340
  • RatioLiquidHydrochloricAcidOutput2 R 341
  • RatioOzoneInput R 342
  • RatioOzoneOutput R 344
  • RatioOzoneOutput2 R 345
  • RatioLiquidOzoneInput R 346
  • RatioLiquidOzoneOutput R 348
  • RatioLiquidOzoneOutput2 R 349

Values per slot (slot logic)

Slot valuereadable in slotwritable in slotNumber
Occupied0, 1, 2–1
OccupantHash0, 1, 2–2
Quantity0, 1, 2–3
Damage0, 1, 2–4
Class0, 1, 2–12
MaxQuantity0, 1, 2–15
PrefabHash0, 1, 2–17
SortingClass0, 1, 2–24
FilterType0, 1–25
ReferenceId0, 1, 2–26
FreeSlots0, 1, 2–31
TotalSlots0, 1, 2–32

Example: address by name

Reads Setting, shows the value on the IC housing and writes On. Name the device with the labeller first; devices with the same name are addressed together.

# Filtration address by name
define DEVICE -348054045  # StructureFiltration
define NAME HASH("Filtration")  # name in game (labeller)
define TARGET 1  # On 1 = on
alias value r0

start:
yield
lbn value DEVICE NAME Setting 0  # 0 = average of all with this name
bnan value start  # no device with this name
s db Setting value  # show on the housing
sbn DEVICE NAME On TARGET  # set value
j start

Academy: devices by name Academy: batch modes IC10 academy IC10 editor

Connections

2Gas3Gas415
Schematic: inputs left, outputs right, waste on top, power and data at the bottom. Position and spacing do not match the model.
  1. 1Data
  2. 2Gas pipe · input
  3. 3Gas pipe · output
  4. 4Gas pipe · waste
  5. 5Power

Slots and modes

#SlotTakes
0Gas FilterGasFilter
1Gas FilterGasFilter
2Programmable ChipProgrammableChip

Modes: 0 = Idle, 1 = Active

Building and deconstruction

Grid: small grid (0.5 m) · mounting: free in the grid

  1. 1

    Place

    Take back with Hand Drill

  2. 2

    Build stage 2

    Take back with Wrench

  3. 3

    Build stage 3

    Take back with Hand Drill

Deconstruction returns

Built with: Kit (Atmospherics)

Raw values from the game code (5)

Field names as in the game code, untranslated. Useful for mods and exact limits.

DeviceAtmospherics.outputSetting50
DeviceAtmospherics.pressurePerTick1,000
DeviceAtmospherics.MinSetting0
DeviceAtmospherics.MaxSetting100
DeviceAtmospherics.ConnectionTypeFlatExhaustive

See also

  • Filtration: separating gases, changing filters, getting rid of waste gasesHow the filtration unit splits gas mixtures, which filters exist, how a chip watches the filter reserve and where to put pollutant, carbon dioxide and methane.
  • Mars: starting world with thin CO2 airThe beginner world in detail: 2.1 to 2.7 kPa of carbon dioxide air, nights down to −52 °C, all ores and ice types, dust storms – with worked examples for your first rooms.
  • Mimas: vacuum, low gravityMimas in detail: vacuum, only 0.97 m/s² of gravity, the weakest sun in the game and no water ice – how to get water and power here.
  • Electrolysis and water: winning oxygen and hydrogenWhere the water comes from, how the electrolyzer turns it into oxygen and hydrogen, how to separate the two, why the mixture is dangerous and an IC10 program that runs the plant safely.
  • Venus: heat and acidVenus in detail: 239 kPa outside pressure, 464 °C day and night, almost a third hydrochloric acid in the air, no ice – but the strongest sun in the game. With worked examples for walls and air.
  • Vulcan: lava and methane airVulcan in detail: methane, pollutant, CO₂ and hydrogen without oxygen, 127 °C at night and over 1,100 °C at noon, lava, ash and solar storms, rich ores on the surface.
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