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Cryostate Quantum Chiller coolants: superstate helium 3 → BEC oganesson (the loop that freezes every UEV and UIV alloy)

Chain id: uev_chiller · Tags: Infinite source, Unverified

Era setup: UEV · Nether

Plan modules: Hell Forge, Chiller and UEV alloys

Tips: 8, 1 unverified

Machines

Quantum cooling · 20 s · 491 520 EU/tGregTech
Oak 15000 mB helium 3 + 5000 mB liquid heliumHelium 3Liquid helium1
20 s
Superstate Helium 35000 mB superstate helium 3 (+ 2500 mB helium)5000
gtceu:cryostate_quantum_chiller
Quantum cooling · 4 s · 7 864 320 EU/tGregTech
Oak 1500 mB oganesson plasma + 5000 mB liquid heliumOganesson plasmaLiquid helium1
4 s
Oganesson500 mB oganesson (+ 2500 mB helium)500
gtceu:cryostate_quantum_chiller
Quantum cooling · 16 s · 983 040 EU/t · 500 mB oganesson + 7500 mB superstate helium 3GregTech
Oganesson500 mB oganesson (+ 2500 mB helium)500Superstate Helium 35000 mB superstate helium 3 (+ 2500 mB helium)7500
16 s
Bec Og500 mB BEC oganesson (+ 5000 mB helium 3)500
gtceu:cryostate_quantum_chiller

Flow

Direct steps

  • 500 mB BEC oganesson (+ 5000 mB helium 3) → Alloy cooling: 250 mB BEC per 144 mB plasma (uev_alloys, uiv_alloys) (250 / recipe)

How to build

  1. Drums first: helium 3, liquid helium, oganesson plasma, superstate helium 3, oganesson, BEC oganesson, helium. One Pipez fluid pipe with a pump cover per drum into its own UHV fluid hatch. — functionalstorage:oak_1, gtceu:helium_3_bucket, gtceu:liquid_helium_bucket
  2. Run superstate helium 3 first (20 s per 5 B at 491 520 EU/t). It is the input of BEC oganesson and of every ingot freezer run. — gtceu:cryostate_quantum_chiller, gtceu:superstate_helium_3_bucket
  3. Oganesson from the plasma: 4 s per 500 mB. Keep a buffer drum of at least 5 B so the BEC step never starves. — gtceu:cryostate_quantum_chiller, gtceu:oganesson_bucket
  4. BEC oganesson: 16 s per 500 mB. Keep Exact on the BEC drum so the alloy runs can pull 250 mB each time. — gtceu:cryostate_quantum_chiller, gtceu:bec_og_bucket
  5. Return lines: helium 3 from both the BEC step and the alloy freezer goes back into the superstate drum; plain helium goes to a separate tank. — gtceu:helium_3_bucket

Tips

  • Source: kjs systems/cryostate_quantum_chiller.js (recipe type quantum_cooling). Superstate helium 3: 5000 mB helium 3 + 5000 mB liquid helium → 5000 mB superstate helium 3 + 2500 mB helium, 400 ticks, VA[UV] = 491 520 EU/t. Oganesson: 500 mB oganesson plasma + 5000 mB liquid helium → 500 mB oganesson + 2500 mB helium, 80 ticks, VA[UEV] = 7 864 320 EU/t. BEC oganesson: 500 mB oganesson + 7500 mB superstate helium 3 → 500 mB BEC oganesson + 5000 mB helium 3, 320 ticks, VHA[UHV] = 983 040 EU/t.
  • The alloy step (uev_alloys) consumes 250 mB BEC oganesson per 144 mB of plasma and returns 200 mB oganesson, so the loop LOSES 50 mB oganesson per 144 mB of alloy (about 0.35 mB per mB of molten alloy): the oganesson plasma for the first step is the real input. Oganesson plasma is a fusion product (fusion_scaling.js): 144 mB fermium + 360 mB selenium → 1500 mB oganesson plasma, reflector tier 5, 61 440 EU/t, 7.2 s, start energy 800 MEU. Fermium and selenium sources: Unverified.
  • The two modes of the Cryostate Quantum Chiller (verified, recipeTypes quantum_cooling + vacuum_freezer): mode 1 quantum_cooling = plasma 144 + BEC oganesson 250 -> molten 144 + oganesson 200 (VHA[UEV] = 3 932 160 EU/t, duration = seconds x 6 ticks); mode 2 vacuum_freezer = molten alloy + 500 mB superstate helium 3 -> ingot or liquid (VA[UV] = 491 520 EU/t), used only for alloys above 15 000 K. The Hell Forge is a different machine with normal and boosted recipes. Coolant chain: liquid helium + helium 3 -> superstate helium 3 (VA[UV]); oganesson plasma + liquid helium -> oganesson (VA[UEV]); oganesson + superstate -> BEC oganesson (VHA[UHV]). Controller (nether_multis.js): VA[UEV], 12 UEV circuits, 24 UHV pumps, 32 UHV field generators, 1 000 000 mB liquid helium + 60 000 mB utopian akreyrium.
  • Exotic Gas Siphon [EGS] (verified): Assembly Line VHA[UEV] = 3 932 160 EU/t, 2400 ticks, UHV gas collector + 8 UHV circuits + 64 UEPIC chips; three modes (exotic_gas_siphon, gas_collector, void_gas_collector). The siphon mode gives gases already distilled per dimension (Overworld per run: 140 000 mB N2 + 44 000 O2 + 10 000 CO2 + 4000 He + 2000 Ar, VA[ZPM], 1000 ticks; Abydos, Nether and End are analogous). No EGS recipe makes ender air: it is mixed, 3 netherrack dust + 32 000 mB air -> 24 000 mB nether air, then 3 endstone dust + 32 000 mB nether air -> 24 000 mB ender air (HV mixer, 1200 ticks; netherrack and endstone from the LCR recipes easy_netherrack / easy_endstone). The biggest sink is True Absolute Chorus, 5 000 000 mB (5000 buckets) per craft.
  • Helium: liquid helium and helium 3 come from the exotic gas siphon (Abydos: 32 B helium 3 and 9 B deuterium per run; the Nether: 5 B helium 3 per run; VA[ZPM], 1000 ticks) and from distillation: Unverified exact liquid helium route. The Chiller itself needs 1 000 000 mB liquid helium in its recipe, so helium is the other limiting resource of this era.
  • Moulds: a zalloyic fluid mold (UV bender circuit 4, 16 dense zalloy plates → empty mold, 900 ticks; then ZPM forming press with a cylinder casting mold, 480 ticks) lets the vacuum freezer produce LIQUID alloy instead of ingots; the ingot casting mold is enough for ingots (uev_alloys).
  • Sub-steps people skip: (1) three different recipes run on one machine: use three input hatch groups or the recipe locks; (2) helium 3 returns from the BEC step and from the alloy freezer: pipe it back into the superstate step; (3) keep a start stock of oganesson: the loop loses about 50 mB per 144 mB of alloy.
  • Unverified fermium, selenium and liquid helium supply chains; exact hatch counts of the chiller.

Bill of materials

Item Qty
gtceu:cryostate_quantum_chiller 1
gtceu:uhv_input_hatch 4
gtceu:uhv_output_hatch 4
functionalstorage:oak_1 4
modularrouters:modular_router 4
gtceu:lv_robot_arm 4
gtceu:item_filter 4
pipez:fluid_pipe 10
gtceu:steel_drum 8

Needs / Feeds

  • Main source for: gtceu:bec_og_bucket, gtceu:superstate_helium_3_bucket, gtceu:oganesson_bucket