Satisfactory · Game data 1.2.4.0
Water: deposits and extraction
The only resource with no limit. Water Extractors go on any open water deep enough. Each coal generator drinks 45 m³ a minute and each nuclear plant 240.
Open interactive recipes and production line
Item facts
- Form
- liquid
- AWESOME Sink points
- 5
Production recipes
Rates are per minute for one machine at 100% clock speed.
| Recipe / building | Inputs | Outputs |
|---|---|---|
| Alternate: Distilled Silica alternate Blender | 120 m³/min Dissolved Silica 50/min Limestone 100 m³/min Water | 270/min Silica 80 m³/min Water |
| Alternate: Electrode Aluminum Scrap alternate Refinery | 180 m³/min Alumina Solution 60/min Petroleum Coke | 300/min Aluminum Scrap 105 m³/min Water |
| Alternate: Fertile Uranium alternate Blender | 25/min Uranium 25/min Uranium Waste 15 m³/min Nitric Acid 25 m³/min Sulfuric Acid | 100/min Non-Fissile Uranium 40 m³/min Water |
| Alternate: Instant Scrap alternate Blender | 150/min Bauxite 100/min Coal 50 m³/min Sulfuric Acid 60 m³/min Water | 300/min Aluminum Scrap 50 m³/min Water |
| Aluminum Scrap standard Refinery | 240 m³/min Alumina Solution 120/min Coal | 360/min Aluminum Scrap 120 m³/min Water |
| Battery standard Blender | 50 m³/min Sulfuric Acid 40 m³/min Alumina Solution 20/min Aluminum Casing | 20/min Battery 30 m³/min Water |
| Non-Fissile Uranium standard Blender | 37.5/min Uranium Waste 25/min Silica 15 m³/min Nitric Acid 15 m³/min Sulfuric Acid | 50/min Non-Fissile Uranium 15 m³/min Water |
| Unpackage Water standard Packager | 120/min Packaged Water | 120 m³/min Water 120/min Empty Canister |
Used in
Rates are per minute for one machine at 100% clock speed.
| Recipe / building | Inputs | Outputs |
|---|---|---|
| Alternate: Diluted Fuel alternate Blender | 50 m³/min Heavy Oil Residue 100 m³/min Water | 100 m³/min Fuel |
| Alternate: Distilled Silica alternate Blender | 120 m³/min Dissolved Silica 50/min Limestone 100 m³/min Water | 270/min Silica 80 m³/min Water |
| Alternate: Instant Scrap alternate Blender | 150/min Bauxite 100/min Coal 50 m³/min Sulfuric Acid 60 m³/min Water | 300/min Aluminum Scrap 50 m³/min Water |
| Alternate: Polyester Fabric alternate Refinery | 30/min Polymer Resin 30 m³/min Water | 30/min Fabric |
| Alternate: Pure Caterium Ingot alternate Refinery | 24/min Caterium Ore 24 m³/min Water | 12/min Caterium Ingot |
| Alternate: Pure Copper Ingot alternate Refinery | 15/min Copper Ore 10 m³/min Water | 37.5/min Copper Ingot |
| Alternate: Pure Iron Ingot alternate Refinery | 35/min Iron Ore 20 m³/min Water | 65/min Iron Ingot |
| Alternate: Pure Quartz Crystal alternate Refinery | 67.5/min Raw Quartz 37.5 m³/min Water | 52.5/min Quartz Crystal |
| Alternate: Sloppy Alumina alternate Refinery | 200/min Bauxite 200 m³/min Water | 240 m³/min Alumina Solution |
| Alternate: Steamed Copper Sheet alternate Refinery | 22.5/min Copper Ingot 22.5 m³/min Water | 22.5/min Copper Sheet |
| Alternate: Wet Concrete alternate Refinery | 120/min Limestone 100 m³/min Water | 80/min Concrete |
| Alumina Solution standard Refinery | 120/min Bauxite 180 m³/min Water | 120 m³/min Alumina Solution 50/min Silica |
| Biochemical Sculptor standard Blender | 0.5/min Assembly Director System 40/min Ficsite Trigon 10 m³/min Water | 2/min Biochemical Sculptor |
| Cooling System standard Blender | 12/min Heat Sink 12/min Rubber 30 m³/min Water 150 m³/min Nitrogen Gas | 6/min Cooling System |
| Liquid Biofuel standard Refinery | 90/min Solid Biofuel 45 m³/min Water | 60 m³/min Liquid Biofuel |
| Nitric Acid standard Blender | 120 m³/min Nitrogen Gas 30 m³/min Water 10/min Iron Plate | 30 m³/min Nitric Acid |
| Packaged Water standard Packager | 60 m³/min Water 60/min Empty Canister | 60/min Packaged Water |
| Residual Plastic standard Refinery | 60/min Polymer Resin 20 m³/min Water | 20/min Plastic |
| Residual Rubber standard Refinery | 40/min Polymer Resin 40 m³/min Water | 20/min Rubber |
| Sulfuric Acid standard Refinery | 50/min Sulfur 50 m³/min Water | 50 m³/min Sulfuric Acid |
Default-world deposits and extraction
Counts come from the bundled default-world map. Randomized resource locations, purity settings and world seeds can differ. Well satellites are counted separately from ordinary nodes; each well also requires its pressurizer.
| Deposit type | Impure | Normal | Pure |
|---|---|---|---|
| Resource well satellites | 7 | 12 | 36 |
One extractor at the selected clock
Rates below are theoretical output before transport limits, in m³/min. Purity multipliers are 0.5×, 1× and 2×. The clock is the miner or oil extractor clock; for well satellites it is the connected pressurizer clock.
| Extractor | Clock | Impure | Normal | Pure |
|---|---|---|---|---|
| Resource Well Extractor | 100% | 30 | 60 | 120 |
| Resource Well Extractor | 250% | 75 | 150 | 300 |
| Water Extractor | 100% | Not applicable | 120 | Not applicable |
| Water Extractor | 250% | Not applicable | 300 | Not applicable |
Pipeline capacity and reliable fluid delivery can limit usable output. Divide the flow into enough independent pipes and check head lift and supply stability. Open-water extraction has no purity multiplier and depends on pump placement; the map's water well counts do not count lakes or other water bodies.
Compare miners and extraction rates · Understand world limits · Open the interactive world guide
Use the planner to adjust clock speeds, alternate recipes, available resources, power shards and Somersloops. Your calculations and saved factories stay in this browser.