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UEV alloys (mythrolic, magmada, starium): molten metals + element plasma in the Hell Forge → alloy plasma → Cryostate Quantum Chiller → molten alloy → vacuum freezer → ingot

Chain id: uev_alloys · Tags: Infinite source, Unverified

Era setup: UEV · Nether

Plan modules: Hell Forge, Chiller and UEV alloys

Tips: 7, 1 unverified

Machines

Hell Forge · 3 932 160 EU/t · 8 to 11 ingots per run (uev_hellforge)StarT
Oak 1Mythrolic (11 ingots): 720 mB mythril + 576 mB HSS-S + 288 mB darmstadtium + 1584 mB argon plasmaMythrilHSS-SDarmstadtiumArgon plasma11 ingotsOak 1Magmada (8 ingots): 576 mB adamantine + 144 mB neutronium + 432 mB RTM alloy + 1152 mB magmatic plasmaAdamantineNeutroniumRTM alloyMagmatic plasma8 ingotsOak 1Starium (8 ingots): 576 mB nether star concentrate + 288 mB trinaquadalloy + 288 mB estalt + 1152 mB oxygen plasmaNether star concentrateTrinaquadalloyEstaltOxygen plasma8 ingots
Mythrolic Alloy PlasmaAlloy plasma (144 mB per ingot) + tiny hellfire ash dust144 mB / ingot
start_core:hellforge
Cryostate Quantum Chiller · 3 932 160 EU/t · 6 to 12 s per 144 mBGregTech
Mythrolic Alloy PlasmaAlloy plasma (144 mB per ingot) + tiny hellfire ash dust144 mBBec Og250 mB BEC oganesson per 144 mB (uev_chiller)250 mB
Molten Mythrolic AlloyMolten alloy 144 mB (+ 200 mB oganesson back)144 mB
gtceu:cryostate_quantum_chiller
Vacuum Freezer · UV · 491 520 EU/t · 30 to 49 sMultiblock
Molten Mythrolic AlloyMolten alloy 144 mB (+ 200 mB oganesson back)144 mBSuperstate Helium 3500 mB superstate helium 3 + ingot casting mold500 mB
Mythrolic Alloy Ingot1Magmada Alloy Ingot1Starium Alloy Ingot1
gtceu:vacuum_freezer

Flow

How to build

  1. Drums first: one per molten input (mythril, HSS-S, darmstadtium, adamantine, neutronium, RTM alloy, nether star concentrate, trinaquadalloy, estalt) and one per plasma (argon, magmatic, oxygen). Pipez fluid pipes with pump covers into dedicated hatches of the Hell Forge. Never mix two alloy recipes in the same hatch. — functionalstorage:oak_1, gtceu:mythril_bucket, gtceu:adamantine_bucket
  2. Hell Forge: the recipe follows the fluids you feed (all three use circuit 3; the boosted versions use circuit 13 and one infernal catalyst per ingot). Run mythrolic first: you need 8 plates per hull. Plasma leaves through an output hatch into a UHV drum with Keep Exact so it never blocks the forge. — start_core:hellforge, gtceu:mythrolic_alloy_plasma_bucket
  3. Cryostate Quantum Chiller: plasma + BEC oganesson in, molten alloy and oganesson out; oganesson returns to the BEC loop (uev_chiller). 144 mB per recipe, so use a parallel hatch if you have one. — gtceu:cryostate_quantum_chiller, gtceu:bec_og_bucket
  4. Vacuum Freezer (UV): molten alloy + 500 mB superstate helium 3, ingot casting mold in the controller slot (not consumed). Helium 3 out goes back to the quantum cooling that makes superstate helium 3. — gtceu:vacuum_freezer, gtceu:ingot_casting_mold, gtceu:superstate_helium_3_bucket
  5. Ingots to three drawers Keep Exact 64. Their plates, frames and gears come from LV benders and lathes like any other metal. — functionalstorage:oak_1, gtceu:mythrolic_alloy_ingot, gtceu:starium_alloy_ingot, gtceu:magmada_alloy_ingot
  6. By-product: tiny hellfire ash dust per ingot to a dust drawer (Unverified: 9 tiny make 1 hellfire ash dust); the manifold centrifuge (VHA[ZPM]) splits hellfire ash dust into dark ash, netherrack dust, uvarovite, mica and biotite plus 25 mB infernal tar, and infernal tar goes through a second manifold centrifuge into infernal concentrate (hellforge.js). — gtceu:tiny_hellfire_ash_dust

Tips

  • Hell Forge (kjs systems/hellforge.js, hellForgeMat): every alloy is made as PLASMA. Mythrolic alloy: 11 ingots = 1584 mB argon plasma + 720 mB mythril + 576 mB HSS-S + 288 mB darmstadtium (circuit 3), 9592 ticks (479.6 s), 3 932 160 EU/t (VHA[UEV]), heat requirement 568, output 1584 mB mythrolic alloy plasma + 11 tiny hellfire ash dust. Magmada alloy: 8 ingots = 1152 mB magmatic plasma + 576 adamantine + 144 neutronium + 432 RTM alloy, 8384 ticks, heat 708. Starium alloy: 8 ingots = 1152 mB oxygen plasma + 576 nether star concentrate + 288 trinaquadalloy + 288 estalt, 6368 ticks, heat 633. The same recipes with infernal catalysts (1 per ingot, circuit +10): 85 % of the time and 125 % of the plasma.
  • Cooling (systems/cryostate_quantum_chiller.js, material15000PlusAlloy): the vacuum freezer recipe of each alloy is REMOVED and replaced by two steps. (1) Cryostate Quantum Chiller (quantum_cooling): 144 mB alloy plasma + 250 mB BEC oganesson → 144 mB molten alloy + 200 mB oganesson, duration = seconds x 6 ticks (mythrolic 221 ticks, magmada 295, starium 177), 3 932 160 EU/t (VHA[UEV]). (2) Vacuum Freezer at UV (491 520 EU/t): 144 mB molten alloy + 500 mB superstate helium 3 + non-consumed ingot casting mold → 1 ingot + 250 mB helium 3, 36.9 s (mythrolic), 49.2 s (magmada), 29.55 s (starium). A zalloyic fluid mold instead of the ingot mold gives the liquid alloy (used for pipes and multiblock fluid feeds).
  • Modes (verified): the Hell Forge has NO cooled mode; each alloy has a normal recipe and a _boosted one (one catalyst per ingot: 85 % of the time, 125 % of the plasma). The two modes people talk about belong to the Cryostate Quantum Chiller (quantum_cooling and vacuum_freezer, see uev_chiller). Hell Forge fuel chain (hellforge.js): crude infernal concentrate (Nether vein) -> Cyclonic Sifter (VHA[UHV], 1150 ticks, ancient netherite reinforced mesh, 50 000 -> 15 000 mB infernal concentrate) -> Heat Chamber superheated infernal concentrate (VA[UEV], 640 ticks, 950 infernal + 50 utopian akreyrium) -> Injection Mixer sub-stellar infernal concentrate (VHA[UEV], 7500 superheated + 36 borealic concentrate -> 5000). Heating solvents: flamewake solvent (pressure heat chamber, 50 000 superheated -> 5000, VA[UV] x 4 = 1 966 080 EU/t) and emberheart nectar (50 000 sub-stellar -> 5000, VA[UV] x 16 = 7 864 320 EU/t); the Molten Destabiliser upgrades them to cinderbrew solvent and corefire nectar (returns 70 000 of the original + 5000 infernal). Catalysts (96 per craft): ascendant (1 UHV circuit), infernal (1 UEV), abyssal (1 UIV). The forge loses 5 MK per 10 s and every 450 MK above the recipe requirement gives 2^n absolute parallels. Unverified: the MK cap of each solvent.
  • Ingredients (earlier tiers): mythril = nether magma line (uev_nether), HSS-S and darmstadtium (UV/UHV), adamantine (uev_nether), neutronium, RTM alloy (IV), nether star concentrate (IV line), trinaquadalloy (ZPM naquadah products), estalt (uev_nether). Plasma gases: argon and oxygen from air separation, magmatic plasma: Unverified source.
  • What the alloys are for (tier_data.js): mythrolic = UEV plate, hull, casing, pipe; starium = UEV primary (frames, rods, rings, bolts, gears); magmada = UEV secondary (gears, rotors, screws, rings). So one UEV hull needs 8 mythrolic plates, while the UEV component parts and components eat starium and magmada in large numbers (counts in uev_parts and uev_components). The pack gives no ratio: size the Hell Forge runs from those lists.
  • Sub-steps people skip: (1) tiny hellfire ash dust is a by-product: void or centrifuge it (hellfire_ash_decomposition) so the output bus does not jam; (2) BEC oganesson is not consumed fully (250 in, 200 oganesson out): the loop needs a start stock (uev_chiller); (3) superstate helium 3 comes back as helium 3: keep the loop closed; (4) one batch of plasma is 1584 mB for mythrolic: use a UEV-size tank (UHV drum) so the chiller does not stall mid-batch.
  • Unverified the meaning of the heat values (568, 708, 633) in this fork's Hell Forge, which hatches the plasma needs, and the plasma gas sources.

Bill of materials

Item Qty
start_core:hellforge 1
gtceu:cryostate_quantum_chiller 1
gtceu:vacuum_freezer 1
functionalstorage:oak_1 14
modularrouters:modular_router 10
gtceu:lv_robot_arm 10
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 10
gtceu:steel_drum 10

Needs / Feeds