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Mythril, adamantine, estalt, calamatium and isovol from the nether dusts (Advanced Synthesis Plant, large chemical reactor, EBF, vacuum chemical reactor)

Chain id: uev_nether2 · Tags: Infinite source, Unverified

Era setup: UEV · Nether

Plan modules: Nether magma: mythril, adamantine, estalt

Tips: 7, 1 unverified

Machines

Advanced Synthesis Plant (ordered chemistry) · 6 to 9 s · UEVGregTech
Oak 1Mythrillic dust + 2875 mB hydrogen · 3 carbon + 3250 mB hydrogen · 2 NaOH + 1875 mB HCl · 1875 mB oxygenMythrillic dustCarbon dustSodium hydroxide dust1Oak 1Adamantamite dust + acids and metals (5 layers: HCl, hydrogen, NaOH + sodium, HF + chlorine, magnesium + nitric acid)Adamantamite dustSodium dustMagnesium dust1Oak 1Estaltadyne dust + 6 carbon · 4 sodium + CO2 · HF + hydrogen · 2 magnesium + NaOH · NaOH + nitric acidEstaltadyne dustCarbon dustSodium dust1
Mythrillic Hydride Dust6 mythrillic hydride · 5 adamantine hydroxide · 1 estaltadyne hydride dust1 / recipe
gtceu:advanced_synthesis_plant
EBF 9100 K + sulfur · 21 s · 3.9 M EU/tMultiblock
Mythrillic Hydride Dust6 mythrillic hydride · 5 adamantine hydroxide · 1 estaltadyne hydride dustmythril
Mythril Dust1
gtceu:electric_blast_furnace
Large Chemical Reactor · + 3 sodium (adamantine) · + 15 phosphate (estalt)Multiblock
Mythrillic Hydride Dust6 mythrillic hydride · 5 adamantine hydroxide · 1 estaltadyne hydride dustadamantine, estalt
Adamantine Dust1Estalt Dust4 Estalt dust per hydride4
gtceu:large_chemical_reactor
Vacuum Chemical Reactor · 6 estalt dust + 2000 mB fluoroantimonic acid · 24 s · vacuum 90GregTech
Estalt Dust4 Estalt dust per hydride6
Isovol DustCalamatium and isovol dust (via solutions, 2 centrifuge steps and water)solutions
gtceu:dual_chambered_vacuum_complex

Flow

How to build

  1. Drawers first: the three nether dusts, carbon, sodium, magnesium, sodium hydroxide, sulfur, phosphate. Drums: hydrogen, HCl, oxygen, HF, chlorine, nitric acid, CO2, water. Item filters per drawer; Pipez fluid pipes with pump covers; one product at a time on the Advanced Synthesis Plant. — functionalstorage:oak_1, gtceu:mythrillic_dust, gtceu:carbon_dust
  2. Mythril first (it feeds mythrolic alloy): plant → hydride dust → EBF with sulfur → mythril dust. — gtceu:advanced_synthesis_plant, gtceu:mythrillic_hydride_dust
  3. Adamantine: 5-layer recipe, then the large chemical reactor with 3 sodium. The 9 NaOH it returns go back to the drawer. — gtceu:advanced_synthesis_plant, gtceu:adamantine_dust
  4. Estalt: hydride + 15 phosphate; phosphoric acid out to an electrolyzer (30 EU/t) that returns phosphorus, hydrogen and oxygen. — gtceu:large_chemical_reactor, gtceu:estalt_dust
  5. Isovol and calamatium: vacuum chemical reactor with fluoroantimonic acid, then two centrifuge steps and the water reactor. — gtceu:dual_chambered_vacuum_complex, gtceu:isovol_dust
  6. Drawers Keep Exact 64 on the four dusts; EBF them with the matching alloy recipes (Unverified temperatures). — functionalstorage:oak_1, gtceu:mythril_dust, gtceu:adamantine_dust

Tips

  • Source: nether_lines/{mythril,adamantine,estalt,calamatium_and_isovol}.js. Mythril: Advanced Synthesis Plant (ordered_chemistry, VA[UEV], 116 ticks): 1 mythrillic dust + 2875 mB hydrogen, then 3 carbon + 3250 mB hydrogen, then 2 sodium hydroxide + 1875 mB hydrochloric acid, plus 1875 mB oxygen → 6 mythrillic hydride dust; EBF (blast 9100 K, VHA[UEV], 420 ticks): 1 hydride dust + 1 sulfur → 1 mythril dust + 1000 mB hydrogen sulfide. The blast gas uses xenon instead of krypton (event.replaceInput).
  • Adamantine (VA[UEV], 180 ticks): 1 adamantamite dust + 2500 mB HCl, then 3 carbon + 4250 mB hydrogen, then 3 NaOH + 2 sodium, then 1875 mB hydrofluoric acid + 2000 mB chlorine, then 2 magnesium + 1500 mB nitric acid → 5 adamantine hydroxide dust; Large Chemical Reactor (VHA[UV], 540 ticks): 1 hydroxide + 3 sodium → 1 adamantine dust + 9 NaOH. Estalt (VHA[UEV], 160 ticks): 1 estaltadyne dust + 6 carbon, 4 sodium + 2000 mB CO2, 3500 mB HF + 1500 mB hydrogen, 2 magnesium + 1 NaOH, 1 NaOH + 2000 mB nitric acid → 1 estaltadyne hydride dust; Large Chemical Reactor (UV, 1200 ticks): 1 hydride + 15 phosphate → 4 estalt dust + 3000 mB phosphoric acid (electrolysed back to phosphorus, hydrogen and oxygen).
  • Isovol and calamatium (VHA[ZPM], 480 ticks, vacuum level 90): 6 estalt dust + 2000 mB fluoroantimonic acid → 1000 mB impure calamatium solution + 1000 mB impure isovol solution + 4000 mB fluorine. Each impure solution: centrifuge (100 000 EU/t, 600 ticks) → solution + 4 antimony trifluoride; centrifuge (80 000 EU/t, 600 ticks) → fluoride dust + 2000 mB hydrogen; Large Chemical Reactor (80 000 EU/t, 600 ticks) + 1000 mB water → calamatium or isovol dust + 2000 mB HF + 1000 mB oxygen. Isovol is the UEV tier fluid (parts and components), calamatium the UIV one and the UEV frame/rotor/screw metal.
  • Machines of the whole nether line (verified): magma and nether dust steps run in the Manifold Centrifuge (VHA[UHV]) and the Cyclonic Sifter (VA[UEV] x 3 / 11); molten mixtures in the Molten Destabiliser (VHA[UV]); electrolysis VHA[UHV]; the Advanced Synthesis Plant steps are VA[UEV] for mythrillic and adamantine hydroxide and VHA[UEV] for estaltadyne hydride; the final mythril EBF is VHA[UEV] (a Rotary Hearth Furnace, built at UHV), the final adamantine step an LCR at VHA[UV], estalt an LCR plus manifold centrifuge at VHA[UEV]. The alloys of uev_alloys then need Bulk Blast Chillers (freezing) and Cryostate Quantum Chillers (plasma cooling).
  • Mythril and adamantine and estalt go into the Hell Forge (uev_alloys); starium alloy also needs estalt, magmada needs adamantine, mythrolic needs mythril.
  • Sub-steps people skip: (1) the three ordered chemistry recipes are NOT the same machine as a Chemical Plant: the Advanced Synthesis Plant runs the layered ones; (2) HF, nitric acid, hydrogen, chlorine, magnesium and sodium must be in drawers/drums first: the plant takes them in layers; (3) fluoroantimonic acid and its antimony trifluoride return: loop them; (4) bake the dusts to ingots with the matching EBF recipes: Unverified blast temperatures of the calamatium, isovol, adamantine and estalt ingots (only the mythril dust recipe is traced here).
  • Unverified ingot blast temperatures, fluoroantimonic acid supply, and which EBF/coil tier reaches 9100 K (the strongest coil listed in this guide is the 9001 K trinium one; the Ultimate EBF and Mega Blast Furnace take any heating coil block).

Bill of materials

Item Qty
gtceu:advanced_synthesis_plant 1
gtceu:large_chemical_reactor 2
gtceu:electric_blast_furnace 1
gtceu:dual_chambered_vacuum_complex 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

  • Main source for: gtceu:mythril_dust, gtceu:adamantine_dust, gtceu:estalt_dust, gtceu:isovol_dust, gtceu:calamatium_dust