How to get Helium in Pyanodon for Factorio. Compare recipes, ingredients, machines and research requirements.
8 Crude helium + 10 Hydrogen → 10 Water + 50 Helium
Compatible machines Gas processing unit MK 01 · Gas processing unit MK 02 · Gas processing unit MK 03 · Gas processing unit MK 04.
Research tier Production science pack. Helium processing 2
6 base seconds per batch. Fractional outputs are average yields.
10 Americium 241 → 10 Plutonium 238 + 20 Helium
Compatible machines Particle accelerator MK 01 · Particle accelerator MK 02 · Particle accelerator MK 03 · Particle accelerator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
10 base seconds per batch. Fractional outputs are average yields.
10 Americium 243 → 8 Plutonium 239 + 10 Helium
Compatible machines Particle accelerator MK 01 · Particle accelerator MK 02 · Particle accelerator MK 03 · Particle accelerator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
10 base seconds per batch. Fractional outputs are average yields.
2 Liquid helium → 20 Helium
Compatible machines Evaporator MK 01 · Evaporator MK 02 · Evaporator MK 03 · Evaporator MK 04 · Evaporator MK 01 (Legacy) · Evaporator MK 02 (Legacy) · Evaporator MK 03 (Legacy) · Evaporator MK 04 (Legacy).
Research tier Production science pack. Helium processing 2
5 base seconds per batch. Fractional outputs are average yields.
1 Gas bladder → 10 Helium
Compatible machines Gas refinery MK 01 · Gas refinery MK 02 · Gas refinery MK 03 · Gas refinery MK 04.
Research tier Utility science pack. Phagnots - Stage 4
5 base seconds per batch. Fractional outputs are average yields.
5 Liquid clean air → 0.2 Dry gas stream + 0.4 Helium
Compatible machines Destructive distillation column MK 01 · Destructive distillation column MK 02 · Destructive distillation column MK 03 · Destructive distillation column MK 04.
Research tier Chemical science pack. Helium processing
4 base seconds per batch. Fractional outputs are average yields.
12 Plutonium 242 → 4 Americium 243 + 1 Uranium 238 + 10 Helium
Compatible machines Particle accelerator MK 01 · Particle accelerator MK 02 · Particle accelerator MK 03 · Particle accelerator MK 04.
Research tier pY science pack 3. Nuclear power
2.5 base seconds per batch. Fractional outputs are average yields.
1,000 Hydrogen + 20 Proton donor → 80 Helium + 0.3 Crystallographic substrate
Compatible machines Particle accelerator MK 01 · Particle accelerator MK 02 · Particle accelerator MK 03 · Particle accelerator MK 04.
Research tier Utility science pack. Nucleosynthesis 3
15 base seconds per batch. Fractional outputs are average yields.
10 Uranium 234 + 20 Neutron (2000°C) → 9.99 Polonium 210 + 20 Helium
Compatible machines Neutron moderator MK 01 · Neutron moderator MK 02 · Neutron moderator MK 03 · Neutron moderator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
4 base seconds per batch. Fractional outputs are average yields.
10 Uranium 234 + 20 Neutron (100°C) → 9.99 Polonium 210 + 20 Helium
Compatible machines Neutron moderator MK 01 · Neutron moderator MK 02 · Neutron moderator MK 03 · Neutron moderator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
4 base seconds per batch. Fractional outputs are average yields.
10 Uranium 234 + 20 Neutron (1000°C) → 9.99 Polonium 210 + 20 Helium
Compatible machines Neutron moderator MK 01 · Neutron moderator MK 02 · Neutron moderator MK 03 · Neutron moderator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
4 base seconds per batch. Fractional outputs are average yields.
10 Uranium 234 + 20 Neutron (3000°C) → 9.99 Polonium 210 + 20 Helium
Compatible machines Neutron moderator MK 01 · Neutron moderator MK 02 · Neutron moderator MK 03 · Neutron moderator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
4 base seconds per batch. Fractional outputs are average yields.
10 Uranium 234 + 20 Neutron (4000°C) → 9.99 Polonium 210 + 20 Helium
Compatible machines Neutron moderator MK 01 · Neutron moderator MK 02 · Neutron moderator MK 03 · Neutron moderator MK 04.
Research tier Production science pack. Nuclear Power - Stage 2
4 base seconds per batch. Fractional outputs are average yields.
20 Hydrogen proton + 20 Boron + 10 Liquid helium → 160 Helium + 10,000 Neutron (4000°C)
Compatible machines Aneutronic fusion reactor.
Research tier Utility science pack. Fusion energy - Stage 4
40 base seconds per batch. Fractional outputs are average yields.
100 Deuterium + 10,000 Pressurized water + 30 Liquid helium → 5,000 Neutron (2000°C) + 150 Helium + 50 Tritium + 50 Helium-3
Compatible machines Fusion reactor · Aneutronic fusion reactor.
Research tier Production science pack. Fusion energy - Stage 2
40 base seconds per batch. Fractional outputs are average yields.
50 Deuterium + 50 Helium-3 + 35 Liquid helium → 175 Helium + 20 Hydrogen proton + 7,500 Neutron (3000°C)
Compatible machines Aneutronic fusion reactor.
Research tier Utility science pack. Fusion energy - Stage 3
40 base seconds per batch. Fractional outputs are average yields.
2 Lithium Plate + 10,000 Water + 50 Deuterium + 50 Tritium + 30 Liquid nitrogen → 10,000 Supercritical steam (5000°C) + 100 Helium + 60 Tritium + 250 Nitrogen
Compatible machines Fusion reactor · Aneutronic fusion reactor.
Research tier Production science pack. Fusion energy - Stage 1
40 base seconds per batch. Fractional outputs are average yields.
2 Lithium Plate + 50 Deuterium + 50 Tritium + 30 Liquid nitrogen + 10,000 Water (100°C) → 10,000 Supercritical steam (5000°C) + 100 Helium + 60 Tritium + 250 Nitrogen
Compatible machines Fusion reactor · Aneutronic fusion reactor.
Research tier Production science pack. Fusion energy - Stage 1
40 base seconds per batch. Fractional outputs are average yields.
2 Lithium Plate + 50 Deuterium + 50 Tritium + 30 Liquid nitrogen + 10,000 Water (125°C) → 10,000 Supercritical steam (5000°C) + 100 Helium + 60 Tritium + 250 Nitrogen
Compatible machines Fusion reactor · Aneutronic fusion reactor.
Research tier Production science pack. Fusion energy - Stage 1
40 base seconds per batch. Fractional outputs are average yields.
2 Lithium Plate + 50 Deuterium + 50 Tritium + 30 Liquid nitrogen + 10,000 Water (200°C) → 10,000 Supercritical steam (5000°C) + 100 Helium + 60 Tritium + 250 Nitrogen
Compatible machines Fusion reactor · Aneutronic fusion reactor.
Research tier Production science pack. Fusion energy - Stage 1
40 base seconds per batch. Fractional outputs are average yields.
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pY Atlas is a free, unofficial companion to the Pyanodon modpack for Factorio. Explore ingredient quantities, compatible machines, building previews and step-by-step production chains, from Automation science through Pyrrhic victory.
Use recipe options to compare alternate production routes, open input branches one stage at a time without circular dependencies, or browse research requirements to understand science gates. Recipe data and artwork versions are listed in Sources & versions; your installed mods and settings may differ.