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UHV superconductors: thorium plutonium duranide 241 (voltage coil wire) and ruthenium trinium americium neutronate (RTAN, UHV cable and fusion wire)

Chain id: uhv_sc · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: Zapolgium, superconductors, alloys, void ingot

Tips: 6, 1 unverified

Machines

UV Mixer · 50 s · 491 520 EU/t → 8 dustUV
Oak 14 thorium · 1 duranium · 3 plutonium 241 (dusts) · circuit 4Thorium dustDuranium dustPlutonium 241 dust8 dust
up to 524 288 EU/t
Electric Blast FurnaceEBF 10 199 K · 42.5 s · 491 520 EU/t (tritanium coils)1 each
gtceu:uv_mixer
EBF 10 199 K · 42.5 s · 491 520 EU/t (tritanium coils)Multiblock
UV MixerUV Mixer · 50 s · 491 520 EU/t → 8 dust1 each
Thorium Plut Duranide 241 IngotVacuum freezer → ingot → fine wire (32 per voltage coil)hot ingot
gtceu:electric_blast_furnace
UV Mixer · 20 s · 491 520 EU/t → 14 dustUV
Oak 11 ruthenium · 2 trinium · 1 americium · 2 neutronium (dusts) · 8 B oxygen · circuit 4Ruthenium dustTrinium dustAmericium dustNeutronium dust14 dust
up to 524 288 EU/t
Electric Blast FurnaceEBF 10 800 K · 50 s · 122 880 EU/t (tritanium coils)1 each
gtceu:uv_mixer
Vacuum freezer · 10 s · 1 966 080 EU/t (Mega Vacuum Freezer)Multiblock
Electric Blast FurnaceEBF 10 800 K · 50 s · 122 880 EU/t (tritanium coils)hot ingot
Ruthenium Trinium Americium Neutronate IngotRTAN ingot → fine / single / double wire1
gtceu:mega_vacuum_freezer

Flow

How to build

  1. Drawers first: thorium (4), duranium (1), plutonium 241 (3), ruthenium, trinium (2), americium, neutronium dust (2). Drum: oxygen. Output drawers for the ingots and wires. — functionalstorage:oak_1, gtceu:thorium_dust, gtceu:plutonium_241_dust, gtceu:neutronium_dust
  2. Mixer 1 (circuit 4): 8 dust per 50 s. Mixer 2 (circuit 4 + 8 B oxygen): 14 dust per 20 s. — gtceu:uv_mixer, gtceu:thorium_plut_duranide_241_dust
  3. Two EBFs with tritanium coils: TPD at 10 199 K (UV power), RTAN at 10 800 K (ZPM power). Hot ingots go to the freezer. — gtceu:electric_blast_furnace, gtceu:tritanium_coil_block
  4. Mega Vacuum Freezer (UV 4A hatch) for RTAN; the TPD ingot can use a plain vacuum freezer at UV power (Unverified). — gtceu:mega_vacuum_freezer, gtceu:ruthenium_trinium_americium_neutronate_ingot
  5. Wiremill circuit 1 for fine wire (RTAN fine wire needs the pack’s extra flag): the UHV field generator eats 64 per craft. — gtceu:lv_wiremill, gtceu:fine_ruthenium_trinium_americium_neutronate_wire
  6. Output drawers Keep Exact 16 per metal. — functionalstorage:oak_1, gtceu:thorium_plut_duranide_241_ingot

Tips

  • Thorium plutonium duranide 241 (kjs misc_materials.js mixer + startup abydos_alloys.js): UV mixer, circuit 4, 4 thorium + 1 duranium + 3 plutonium 241 dust → 8 dust, 1000 ticks at VA[UV] = 491 520 EU/t; blast data [10 199 K, gas highest, VA[UV], 850 ticks]; flags fine wire, foil. It is the wire of the UHV voltage coil (32 fine wire per coil, uhv_parts). Plutonium 241 comes from the reactor chain (Unverified), thorium from monazite (Unverified).
  • RTAN (gtsrc MixerRecipes + FirstDegreeMaterials, verified): mixer, circuit 4, 1 ruthenium + 2 trinium + 1 americium + 2 neutronium dust + 8 B oxygen → 14 dust, 400 ticks at VA[UV]; EBF 10 800 K at VA[ZPM] = 122 880 EU/t, 1000 ticks; vacuum freezer 200 ticks at VA[UHV] = 1 966 080 EU/t (cooling stats), cable V[UHV] 24 A, fine wire flag added by the pack. 10 800 K is exactly the tritanium coil: no other coil works. RTAN is the UHV fusion reactor wire, the UHV field generator wire (64 fine wire), the UHV hatch 2-wire and zalloy coil foils.
  • Americium and neutronium are made by the UV Fusion Reactor (uv_fusion_mats): per 14 dust batch 1 americium (144 mB) + 2 neutronium (288 mB), i.e. 1 americium run + 2 neutronium runs; ruthenium and trinium come from the platinum and naquadah lines. Oxygen is the 8 B per batch.
  • Freezer tier: RTAN’s freezing recipe is a 1.97 MEU/t recipe: only the Mega Vacuum Freezer on a UV 4A hatch (uv_multis) can run it; a plain vacuum freezer cannot. The same applies to many UHV hot ingots; get the Mega Vacuum Freezer early.
  • Sub-steps people skip: (1) oxygen is a fluid input of the mixer; (2) the EBF needs 10 800 K: 24 tritanium coils; (3) fine wire: a wiremill on the ingot, circuit 1; (4) separate UV mixers for TPD and RTAN (circuit 4 both).
  • Unverified plutonium 241 and thorium supply, TPD freezing tier, gas usage of the highest-tier blasts.

Bill of materials

Item Qty
gtceu:uv_mixer 2
gtceu:electric_blast_furnace 2
gtceu:mega_vacuum_freezer 1
gtceu:vacuum_freezer 1
gtceu:tritanium_coil_block 24
functionalstorage:oak_1 12
modularrouters:modular_router 6
gtceu:lv_robot_arm 6
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 3
gtceu:steel_drum 4

Needs / Feeds

  • Main source for: gtceu:ruthenium_trinium_americium_neutronate_ingot, gtceu:fine_ruthenium_trinium_americium_neutronate_wire, gtceu:thorium_plut_duranide_241_ingot, gtceu:fine_thorium_plut_duranide_241_wire