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Akreyrium refining: gritty → lepton sparse (sifter) → electron / muon / tau sparse (manifold centrifuge) → dense (catalyst injection) → utopian akreyrium (folding stabiliser)

Chain id: uhv_akreyrium · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: Akreyrium refining, UHV controllers

Tips: 8, 1 unverified

Machines

Cyclonic Sifter · 60 s · 1 572 864 EU/t → 1 B lepton sparse + crystalline + amorphous akreyriumGregTech
Oak 1100 B gritty akreyrium · 1 netherite reinforced mesh (50 % kept)Gritty akreyriumNetherite reinforced mesh100 B
Manifold CentrifugeManifold Centrifuge · 60 s · 1 966 080 EU/t → sparse electron 20 % / muon 40 % / tau 40 %1 BInjection MixerInjection Mixer · 8 s · 491 520 EU/t · amorphous + 864 mB coalescing superalloy → 1 B foundational fluxamorphous
gtceu:cyclonic_sifter
Injection Mixer · 8 s · 491 520 EU/t · amorphous + 864 mB coalescing superalloy → 1 B foundational fluxGregTech
Cyclonic SifterCyclonic Sifter · 60 s · 1 572 864 EU/t → 1 B lepton sparse + crystalline + amorphous akreyriumamorphous
Tau Injection CatalystTau branch: mercury → light, superlight, heavy, superheavy flux → 5 B ethereal flux (6 machines)fluxMuon Injection CatalystMuon branch: glowstone, lava, blaze, lumium → 4 B brilliant flux (5 machines)fluxElectron Injection CatalystElectron branch: electrum → agent dust phases → alternating phase flux (8 machines)flux
gtceu:injection_mixer
Canner (LuV) · 125 mB flux + blank injection catalyst → tau / muon / electron catalystLuV
Tau Injection CatalystTau branch: mercury → light, superlight, heavy, superheavy flux → 5 B ethereal flux (6 machines)125 mBMuon Injection CatalystMuon branch: glowstone, lava, blaze, lumium → 4 B brilliant flux (5 machines)125 mBElectron Injection CatalystElectron branch: electrum → agent dust phases → alternating phase flux (8 machines)125 mB
up to 32 768 EU/t
Injection MixerInjection Mixer · 10 s · 983 040 EU/t · sparse X + catalyst → dense X (1 B same type, 200 mB others) + damaged catalystcatalyst
gtceu:luv_canner
Assembler · 18 s · 491 520 EU/t · damaged catalyst + 80 mB neutronium → blank catalystMultiblock
Injection MixerInjection Mixer · 10 s · 983 040 EU/t · sparse X + catalyst → dense X (1 B same type, 200 mB others) + damaged catalystdamaged
no listed output
gtceu:large_assembler
Folding Akreyrium Stabiliser · 10 s · 983 040 EU/t · 1 B dense X + crystalline + colour lens → 500 mB utopian akreyrium + 90 mB superalloyGregTech
Injection MixerInjection Mixer · 10 s · 983 040 EU/t · sparse X + catalyst → dense X (1 B same type, 200 mB others) + damaged catalystdense X 1 B
Utopian Akreyrium Bucket500 mB
gtceu:folding_akreyrium_stabiliser

Flow

How to build

  1. Drawers first: meshes, blank / three kinds of / damaged catalysts, the four lenses (gray, magenta, lime, light blue), crystalline akreyrium, amorphous akreyrium, osmiridium dust, aspect of weight, agent dusts. Drums: gritty / lepton sparse / three sparse / three dense / utopian akreyrium, superalloy, every flux, mercury, glowstone, lava, blaze, lumium, electrum. — functionalstorage:oak_1, kubejs:netherite_reinforced_mesh, kubejs:blank_injection_catalyst, gtceu:gray_glass_lens
  2. Sifter then centrifuge on UHV power; separate output hatches for the three sparse types into drums. — gtceu:cyclonic_sifter, gtceu:manifold_centrifuge
  3. Foundational flux first (amorphous + superalloy), then three catalyst branches each with its own drums; canner into blank catalysts. — gtceu:injection_mixer, kubejs:amorphous_akreyrium
  4. Injection mixer: sparse X + catalyst by router (Keep Exact 1); damaged catalysts back to the washing assembler. — gtceu:injection_mixer, kubejs:tau_injection_catalyst
  5. Folding stabiliser: dense X + crystalline akreyrium + the lens in the lens slot; utopian akreyrium to a drum. — gtceu:folding_akreyrium_stabiliser, gtceu:utopian_akreyrium_bucket
  6. Easy to miss: crystalline akreyrium is consumed 1 per run and comes only from the sifter: it is the pacing item. — functionalstorage:oak_1, gtceu:utopian_akreyrium_bucket

Tips

  • Source: kjs abydos_lines/akreyrium.js (verified). Sifter (UHV power): 100 B gritty akreyrium + netherite reinforced mesh (chance 500, -50) → 1 B lepton sparse akreyrium + 1 crystalline akreyrium + 1 amorphous akreyrium, 1200 ticks at VA[UHV] x 0.8. Manifold Centrifuge: 1 B lepton sparse → chanced 1 B sparse electron (20 %), muon (40 %), tau (40 %), 1200 ticks at VA[UHV]. Note the huge ratio: 100 B gritty per B of sparse.
  • Catalysts: blank injection catalyst (assembler in a cleanroom, 800 ticks, VA[UHV]): 1 petri dish + 2 UHV microfluidic flow valves + 32 neutronium foil + 12 UHV high strength panels + 8 neutronium screws + 512 mB PEEK. TAU: mixer mercury 3850 + 1 B foundational flux → light tau flux; distillation tower (UV) → 800 superlight + 200 heavy + 1 aspect of weight; brewery superlight + aspect → 500 heavy; injection mixer heavy + aspect + osmiridium → superheavy; mixer 2 B superheavy + 2 B superlight + aspect → 5 B ethereal tau flux; canner 125 mB. MUON: foundational flux + glowstone 512 → twinkling; + 1 B lava → glowing; + 288 mB blaze → shining; + 288 mB lumium → radiant; injection mixer all four → 4 B brilliant; canner 125 mB. ELECTRON: flux + electrum 512 → mono-phase; distillation → di-phase dust + 864 mB coalescing superalloy; polarizers and separator give 10 gamma + 5 beta + 1 alpha dust, gamma + annealed copper dust, beta + sterling silver dust, polarize up to alpha; injection mixer 16 alpha dust + 864 mB superalloy → 1 B alternating phase flux; canner 125 mB.
  • Injection (mixer, VHA[UHV]): sparse X + the matching catalyst → 1 B dense X (the other two types give only 200 mB), 200 ticks, the catalyst becomes damaged and is washed with 80 mB neutronium (assembler, 360 ticks, VA[UV]). Stabilisation (folding stabiliser, UHV hull recipe in uhv_multis): 1 B dense electron / muon / tau + 1 crystalline akreyrium + a magenta / lime / light blue glass lens (not consumed) → 500 mB utopian akreyrium + 90 mB coalescing superalloy, 200 ticks at VHA[UHV]; the lepton route (lepton flux + gray lens) gives only 10 mB but returns 720 mB superalloy.
  • Coalescing superalloy: mixer 4 thallium tungstate + 2 nickel + 4 graphene + 3 niobium + 4 bismuth dust → 17 lepton coalescing superalloy dust (600 ticks, VA[LuV]), then molten; thallium tungstate = LCR 2 thallium + 4 tungsten trioxide + 1 B oxygen → 7 dust (800 ticks, VHA[LuV]); the folding stabiliser returns it, so it is a loop with small losses. UEV page: the abyssal stabiliser turns lepton dense akreyrium into more utopian.
  • Branches (verified): every dense branch gives 500 mB utopian akreyrium per 1000 mB (+ 90 mB superalloy), so the electron line is a real source of utopian too; its exclusive job is the leptonic catalyst (100 electron + 200 muon + 200 tau dense + crystalline) -> lepton dense akreyrium -> Abyssal Akreyriadix Stabiliser (VHA[UIV] = 15 728 640 EU/t) -> lepton resonant thallium antimonide, which only UIV items consume. Power by step: magma sifter and Molten Destabiliser are UV (uv_magma); this line needs UHV power (manifold centrifuge 1 966 080 EU/t, injection mixers and the Folding Akreyrium Stabiliser 983 040 EU/t), plus the one UIV step.
  • Utopian akreyrium is the fuel and ingredient of everything after: the runic circuits (via the infusion), the Manifold Centrifuge / Injection Mixer controllers (1250 mB each), the bulk ore array (750 mB), the IHPCA (576 mB), the Component Nexus (1000 mB), the nanofluidic heat sink coolant (2000 mB). 500 mB per run means hundreds of sifter cycles of the gritty vein.
  • Sub-steps people skip: (1) the catalysts are NOT consumed on use: they turn damaged and must be washed (80 mB neutronium each time); keep 3 catalysts of each type in rotation; (2) the lens stays in the stabiliser and is returned as an item output: keep it in an output bus; (3) distillation tower with UV power for the tau branch; (4) one machine per branch step: 19 machines in total.
  • Unverified the real throughput per gritty vein, aspect of weight origin (kubejs:aspect_of_weight), mercury and blaze fluid sources.

Bill of materials

Item Qty
gtceu:cyclonic_sifter 1
gtceu:manifold_centrifuge 1
gtceu:injection_mixer 2
gtceu:folding_akreyrium_stabiliser 1
gtceu:luv_canner 1
gtceu:large_assembler 1
gtceu:uhv_energy_input_hatch_4a 1
functionalstorage:oak_1 24
modularrouters:modular_router 12
gtceu:lv_robot_arm 12
gtceu:item_filter 18
pipez:item_pipe 16
pipez:fluid_pipe 16
gtceu:steel_drum 20

Needs / Feeds

  • Main source for: gtceu:utopian_akreyrium_bucket, kubejs:crystalline_akreyrium, kubejs:amorphous_akreyrium, kubejs:blank_injection_catalyst, kubejs:tau_injection_catalyst, kubejs:muon_injection_catalyst, kubejs:electron_injection_catalyst