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Runic convergence infusion: netherite trisulfate complex → voidic nitride + astral fluorosilicate → primordial nitrosilicate; + magnesium nitride in the Vacuum Chemical Reaction Chamber

Chain id: uhv_runic_infusion · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: Runic infusion and runic circuits

Tips: 6, 1 unverified

Machines

LCR · 8 s · 61 440 EU/t · 1 pure netherite dust + 3 B sulfuric acid + 2 B water → 1 B netherite trisulfate complex + 8 B hydrogenMultiblock
no listed input
Large Chemical ReactorLCR · 11 s · 61 440 EU/t · 1 B complex + 6 B ammonia + 6 B hydrogen → 30 hexammine sulfate dust1 BLarge Chemical ReactorLCR · 6 s · 245 760 EU/t · 15 calcium hydroxide + 1 B complex + 4 B hydrogen → 9 netherite tetrahydroxide + 18 calcium sulfate1 B
gtceu:large_chemical_reactor
LCR · 24 s · 245 760 EU/t · 30 dust + 8 B nitrobenzene + 16 B hydrogen → 1 B voidic nitride (+ ammonia, phenol, sulfuric acid)Multiblock
Large Chemical ReactorLCR · 11 s · 61 440 EU/t · 1 B complex + 6 B ammonia + 6 B hydrogen → 30 hexammine sulfate dust30 dust
UV MixerMixer · 4 s · 983 040 EU/t · 1 B voidic nitride + 1 B astral → 1 B primordial nitrosilicate1 B
gtceu:large_chemical_reactor
LCR · 12 s · 122 880 EU/t · 3 magnesium dust + 2 B nitrogen → 1 B magnesium nitrideMultiblock
no listed input
Vacuum Chemical Reaction ChamberVacuum Chemical Reaction Chamber · vacuum 90 · 6 s · 491 520 EU/t · 7 ancient runicalium bolts (kept)1 B
gtceu:large_chemical_reactor
Vacuum Chemical Reaction Chamber · vacuum 90 · 6 s · 491 520 EU/t · 7 ancient runicalium bolts (kept)GregTech
UV MixerMixer · 4 s · 983 040 EU/t · 1 B voidic nitride + 1 B astral → 1 B primordial nitrosilicate1 BLarge Chemical ReactorLCR · 12 s · 122 880 EU/t · 3 magnesium dust + 2 B nitrogen → 1 B magnesium nitride1 B
6 s
Runic Convergence Infusion BucketRunic convergence infusion 1 B1 B
gtceu:vacuum_chemical_reaction_chamber

Flow

How to build

  1. Drawers first: pure netherite dust, calcium hydroxide (15), silicon dioxide (2), magnesium (3), ancient runicalium bolts (7, catalyst, Keep Exact 7). Drums: sulfuric acid, water, ammonia, hydrogen, nitrobenzene, HF, nitrogen and each intermediate. — functionalstorage:oak_1, gtceu:pure_netherite_dust, gtceu:ancient_runicalium_bolt, gtceu:calcium_hydroxide_dust
  2. Complex reactor, then split the output with two Pipez fluid pipes and valves into the hexammine and tetrahydroxide branches. — gtceu:large_chemical_reactor, gtceu:netherite_trisulfate_complex_bucket
  3. Voidic nitride branch (2 LCRs, UV hatch for the second) and astral branch (2 LCRs). — gtceu:large_chemical_reactor, gtceu:voidic_nitride_bucket, gtceu:astral_fluorosilicate_bucket
  4. Mixer at 983 040 EU/t: 1 B + 1 B per 4 s. — gtceu:uv_mixer, gtceu:primordial_nitrosilicate_bucket
  5. Vacuum Chemical Reaction Chamber: nitrosilicate + magnesium nitride by fluid pipes, bolts in the bus; infusion into a drum. — gtceu:vacuum_chemical_reaction_chamber, gtceu:runic_convergence_infusion_bucket
  6. Easy to miss: the line is small in machines (9) but eats hydrogen by the 20 B: plan the drums. — functionalstorage:oak_1, gtceu:runic_convergence_infusion_bucket

Tips

  • Source: kjs additions/progression/lines/gate_lines/runic_convergence.js (verified). Steps and power: netherite trisulfate complex (LCR, 160 ticks, VHA[ZPM] = 61 440 EU/t); hexammine sulfate (220 ticks, VHA[ZPM]); voidic nitride (480 ticks, VHA[UV] = 245 760); netherite tetrahydroxide (120 ticks, VHA[UV]; the script notes a x6 scale of the dust amounts); astral fluorosilicate (200 ticks, VHA[ZPM]); primordial nitrosilicate (mixer, 80 ticks at VHA[UHV] = 983 040 EU/t); magnesium nitride (240 ticks, VA[ZPM]); the infusion: Vacuum Chemical Reaction Chamber, 120 ticks at VA[UV] = 491 520 EU/t, vacuum level 90 (ZPM-era multi, zpm_multis), 7 ancient runicalium bolts as a non-consumed catalyst.
  • Ratios: 1 B of complex (from 1 pure netherite dust) splits into the two branches: 1 B goes to the hexammine/voidic branch and 1 B to the tetrahydroxide branch, so 2 pure netherite dust per 1 B of infusion, 1 B magnesium nitride (3 magnesium dust) and 8 B + 16 B hydrogen, 8 B nitrobenzene. By-products: ammonia, phenol, sulfuric acid return to their drums; 18 calcium sulfate dust per run (the dust amounts in step 4 show 9 and 18 per 15 calcium hydroxide).
  • The infusion is consumed by the runic circuits (7.5 B per 32 runic boards, 250 mB per convergence unit, 500 to 1000 mB per assembly / computer / mainframe: uhv_runic), the 3-fluid draconic recipes and the Draco infusion line.
  • Machine tiers: the mixer step needs 983 040 EU/t (UV 4A); the VCRC step needs the multiblock at UV power; the others run on ZPM hatches. 7 LCR + 1 mixer + 1 VCRC.
  • Sub-steps people skip: (1) the bolts are a catalyst: put them in an input bus and never void them; (2) pure netherite dust (the 5000 K netherite line, Unverified source); (3) vacuum level 90 means the chamber needs its vacuum pump / vacuum casing status; (4) every step is a separate machine.
  • Unverified pure netherite dust supply, ancient runicalium source, nitrobenzene supply, vacuum level mechanic.

Bill of materials

Item Qty
gtceu:large_chemical_reactor 7
gtceu:uv_mixer 1
gtceu:vacuum_chemical_reaction_chamber 1
gtceu:uv_energy_input_hatch_4a 1
gtceu:zpm_energy_input_hatch 2
functionalstorage:oak_1 8
modularrouters:modular_router 6
gtceu:lv_robot_arm 6
gtceu:item_filter 8
pipez:item_pipe 16
pipez:fluid_pipe 14
gtceu:steel_drum 14

Needs / Feeds

  • Main source for: gtceu:runic_convergence_infusion_bucket, gtceu:primordial_nitrosilicate_bucket, gtceu:voidic_nitride_bucket