Nuclear Assembly Plant
Dedicated fusion-fuel facility with dual-stage heating and plasma injection for precise isotope combination. Structural reinforcement supports the cryogenic systems needed to handle liquid tritium at production scale.
Stats
| Level | 2 |
| Build Cost | 750,000 cr |
| Build Time | 170s |
| Labor | 16 |
| Power Draw | 2 |
| Life Support Draw | 1 |
Upgrade Path
Recipe
| Output | Fabricate Fusion Fuel Rod |
| Crafting Time | 37.5s |
Recipe Inputs
| Item | Quantity |
|---|---|
| Liquid Tritium | 2 |
| Thorium Fuel Rod | 1 |
Recipe Outputs
| Item | Quantity |
|---|---|
| Fusion Fuel Rod | 1 |
Build Materials
| Material | Quantity |
|---|---|
| Steel Plate | 2150 |
| Copper Piping | 1100 |
| Structural Frame | 950 |
| Control Node | 300 |
| Heat Sink | 900 |
| Plasma Injector | 300 |
Construction
| Base Material | Quantity |
|---|---|
| Aluminum Ore | 20650 |
| Copper Ore | 17400 |
| Fluorine Gas | 300 |
| Gold Ore | 600 |
| Iridium Ore | 300 |
| Iron Ore | 18200 |
| Nickel Ore | 1900 |
| Palladium Ore | 600 |
| Plasma Residue | 600 |
| Silicon Ore | 5300 |
| Silver Ore | 3000 |
| Titanium Ore | 1500 |
| Tungsten Ore | 11650 |
View JSON Data
[{"item_id":"aluminum_ore","quantity":20650},{"item_id":"copper_ore","quantity":17400},{"item_id":"fluorine_gas","quantity":300},{"item_id":"gold_ore","quantity":600},{"item_id":"iridium_ore","quantity":300},{"item_id":"iron_ore","quantity":18200},{"item_id":"nickel_ore","quantity":1900},{"item_id":"palladium_ore","quantity":600},{"item_id":"plasma_residue","quantity":600},{"item_id":"silicon_ore","quantity":5300},{"item_id":"silver_ore","quantity":3000},{"item_id":"titanium_ore","quantity":1500},{"item_id":"tungsten_ore","quantity":11650}]