200MW Surplus H2 Converter

by DjMad 2 months ago
69

200 MW H₂ Reformer — seawater-fed, water-positive, constant output

Late-game hydrogen factory that turns a 200 MW solar array into a steady 576 H₂. Fully self-sufficient on water — it desalinates its own from the sea, no groundwater or imports. Runs flat-out 24/7 with zero batching: output is dead constant, exactly as calculated.

Inputs: seawater + power only Output: 576 H₂ (+ vented O₂) Water: net +57 surplus (pipe it to your colony for free) Blueprint: buildings only, no pipes — drop it down and wire it your way.

Building stats

Building Qty Power Recipe In → Out
Electric Boiler 20 9 MW Super steam 12 water → 12 super
Hydrogen Reformer 18 H₂ from super steam 12 super + 16 water → 32 H₂ + 32 O₂ + 12 depleted
Thermal Desalinator 9 0.4 MW Depleted steam 24 depleted + 15 sea → 33 water + 6 brine
Thermal Desalinator 4 0.4 MW Super steam 6 super + 108 sea → 72 water + 42 brine
Ocean Water Pump 5 low ~120 seawater each
Smoke Stack (Large) Vent O₂ 576 O₂ vented
Waste Dump Brine 222 brine dumped
Fluid Storage few buffers steam/water surge tanks

Flow balance

  • Power: 180 (boilers) + 5.2 (13 desalinators) + pumps ≈ ~186 MW — fits a 200 MW array with headroom for cloud/ramp.
  • Steam: 240 super made → 216 to reformers + 24 to super-desalinators. Reformers emit 216 depleted → consumed by the 9 depleted-desalinators.
  • Water: consumed 528 (240 boilers + 288 reformers), produced 585 (297 depleted-desal + 288 super-desal) → +57 surplus.
  • Seawater drawn: 567. Brine dumped: 222. O₂ vented: 576.

The trick to water-neutrality: the reformer's waste depleted steam runs its own desalinators (free heat), and 4 super-fed desalinators close the last gap — turning the whole thing water-positive off seawater alone.

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