Skip to content

Nether magma line: highly unstable nether magma → mystical magma → mythrillic, adamantamite and estaltadyne dusts (start of mythril, adamantine and estalt)

Chain id: uev_nether · Tags: Infinite source, Unverified

Era setup: UEV · Nether

Plan modules: Nether magma: mythril, adamantine, estalt

Tips: 6, 1 unverified

Machines

Cyclonic Sifter · 200 B + 1 ancient netherite reinforced mesh (chance) · 67.5 s · 2.1 M EU/tGregTech
ZPM Fluid Drilling RigFluid vein in the Nether: highly unstable nether magma (weight 15, 960 to 1280 yield)infinite200 B
Mystical Nether Magma12 B mystical nether magma + 3 deactivated nether dust12 B
gtceu:cyclonic_sifter
Molten Destabiliser · 3 B → 1 B of each · 24 s · 0.59 M EU/tGregTech
Mystical Nether Magma12 B mystical nether magma + 3 deactivated nether dust3 B
Mythrillic Nether MagmaMythrillic, adamantamite and estaltadyne nether magma (1 B each)1 B each
gtceu:molten_destabiliser
Manifold Centrifuge · 9 B → 6 B molten mixture + 2 B enriched + 1 B mystical · 60 s · 0.98 M EU/tGregTech
Mythrillic Nether MagmaMythrillic, adamantamite and estaltadyne nether magma (1 B each)9 B
Molten Mythrillic MixtureMolten mythrillic, adamantamite or estaltadyne mixture (6 B)6 B
gtceu:manifold_centrifuge
Molten Destabiliser · 300 B mixture → 200 B pure fluid + magma + ore mixture + 32 netherrack dust · 180 s · UVGregTech
Molten Mythrillic MixtureMolten mythrillic, adamantamite or estaltadyne mixture (6 B)300 B
Mythrillic200 B mythrillic, adamantamite or estaltadyne200 B
gtceu:molten_destabiliser
UHV Electrolyzer · 1 B → dust + small dust + 250 mB mystical magma · 7 sUHV
Mythrillic200 B mythrillic, adamantamite or estaltadyne1 B
up to 2 097 152 EU/t
Mythrillic DustMythrillic, adamantamite and estaltadyne dust1 + 1 small
gtceu:uhv_electrolyzer

Flow

How to build

  1. Nether first: fluid drilling rigs on the highly unstable nether magma veins, pumped to drums (Pipez fluid pipes, pump covers). Debris-rich veins are a separate drum. — start_core:zpm_fluid_drilling_rig, gtceu:highly_unstable_nether_magma_bucket
  2. Cyclonic Sifter: 200 B magma + mesh from a drawer (Robot Arm Keep Exact 4). Output 12 B mystical magma and the three deactivated dusts to their own drawer. — gtceu:cyclonic_sifter, gtceu:mystical_nether_magma_bucket
  3. Molten Destabiliser: 3 B mystical in, three magma outputs, one hatch and drum each. — gtceu:molten_destabiliser, gtceu:mythrillic_nether_magma_bucket
  4. Manifold Centrifuge: one run per magma type (9 B each); mystical magma returns to the sifter's output drum. — gtceu:manifold_centrifuge, gtceu:molten_mythrillic_mixture_bucket
  5. Molten Destabiliser again with the molten mixtures (300 B each): the highly unstable magma returns to the first drum, the pure fluid goes on. — gtceu:molten_destabiliser, gtceu:mythrillic_bucket
  6. Electrolyzer: 1 B per dust; the mystical magma it returns goes back into the loop. Dusts to three drawers for uev_nether2. — gtceu:uhv_electrolyzer, gtceu:mythrillic_dust

Tips

  • Source: kjs additions/progression/lines/nether_lines/{magmas,mythril,adamantine,estalt}.js and utils/fluid_veins.js. Vein: start:highly_unstable_nether_magma_deposit in the Nether (weight 15, yield 960 to 1280, depletes 2 per 1 chance, floor 720). Cyclonic Sifter: 200 000 mB highly unstable nether magma + 1 ancient netherite reinforced mesh (chanced input 1000 of 10 000, boost -150) → 12 000 mB mystical nether magma + 3 deactivated nether dust + 2 small + 1 tiny, 1350 ticks, VA[UEV] x 3 / 11 = 2 144 814 EU/t. Molten Destabiliser: 3 000 mB mystical → 1 000 mB each of estaltadyne, adamantamite and mythrillic nether magma, 480 ticks, VHA[UHV] x 3 / 5 = 589 824 EU/t.
  • Manifold Centrifuge (VHA[UHV], 1200 ticks): 9 000 mB of each nether magma → 6 000 mB molten mixture + 2 000 mB enriched mixture + 1 000 mB mystical magma back. Molten Destabiliser (VHA[UV], 3600 ticks): 300 000 mB molten mixture → 200 000 mB pure fluid + 25 000 mB (50 000 for estaltadyne) highly unstable nether magma + 75 000 mB (50 000) molten ore mixture + 32 netherrack dust: the magma comes back, so the line is a loop that only loses to the mesh and the ore mixture. Electrolyzer (VHA[UHV], 140 ticks): 1000 mB pure fluid → dust + small dust + 250 mB mystical magma.
  • Side loops: the enriched mixtures + activated nether dust (polarizer on deactivated dust, 360 ticks) go through a heat chamber into atomic nether sludge dust, which a UEV Manifold Centrifuge with hexafluorobromic acid splits into flerovium-, hafnium- and polonium-rich sludges (flerovium, hafnium, seaborgium, polonium and astatine lines in atomic_nether_sludge.js; the alloys uev_alloys and fusion use flerovium, seaborgium and astatine). Debris-rich nether magma (second vein, weight 25) gives lava, debris and ancient debris for ancient netherite.
  • Mesh: ancient netherite reinforced mesh = netherite reinforced mesh + 4 ancient netherite rods + 1 ancient netherite ingot + 576 mB niobium nitride, 100 ticks, VHA[UHV]. Ancient netherite = EBF 13 300 K, 4 gold ingots + 4 ancient debris dust + 2000 mB argon, 2500 ticks, hot ingot.
  • Sub-steps people skip: (1) 200 B per sifter run needs several veins (Unverified drill rate): run a fleet of drilling rigs; (2) three different magmas come out of one destabiliser run: three output hatches and three drums, never share; (3) the mixture and the pure fluids look alike: label drums; (4) the mesh is consumed with a chance, keep 4 spare.
  • Unverified sifter mesh consumption chance, vein drilling rate, and the Fluid Drilling Rig tier needed for the Nether vein.

Bill of materials

Item Qty
gtceu:cyclonic_sifter 1
gtceu:molten_destabiliser 1
gtceu:manifold_centrifuge 1
gtceu:uhv_electrolyzer 2
functionalstorage:oak_1 8
modularrouters:modular_router 6
gtceu:lv_robot_arm 6
gtceu:item_filter 6
pipez:item_pipe 16
pipez:fluid_pipe 10
gtceu:steel_drum 10

Needs / Feeds