Water Purifier
Updated 3/8/2026
Kit (Water Purifier)
Water Purifier
Construction Steps
| Step | Tool | Item |
|---|---|---|
| 1 | - | 2x [[Kit (Liquid Pipe) |
| 2 | Screwdriver | 2x Cable Coil |
Deconstruction Steps
| Step | Tool | Recovered Item |
|---|---|---|
| 1 | Hand Drill | - |
| 2 | Wrench | - |
| 3 | Hand Drill | - |
Description
The water purifier is used to reclaim polluted water water back into pure water at the expense of charcoal.
Usage
To operate, the purifier requires 2 liquid pipe connections and an optional chute connection.
- Liquid input Pipe input for polluted water to be processed
- Liquid output Pipe output for clean water as well as all other non-polluted-water liquids that happen to be in the input pipe
- Chute input Charcoal to be placed in the slot manually or by an automated chute network When charcoal is present and any liquid is in the input pipe, the water purifier will pull a certain number of mols per tick from the input pipe mixture and process it to the output pipe, converting all present polluted water into pure water. The number of mols processed per tick increases with a greater pressure difference between the input and output pipe, but starts at 1 mol with equal pressure in both pipes.
Notes
- 1g charcoal is consumed for every 40 mols of polluted water that is processed, no charcoal is consumed when processing any regular water that ends up in the input mixture.
- The conversion of polluted water to pure water is one to one, meaning a filled Shower/Water Purifier loop will never need new water added to it.
- The device will always consume 50 Watts when switched on, regardless of if it is processing or not.