UEV: nether metals and Hell Forge

Phase id: p18 · Era: UEV · Nether

Nether magma to mythril, adamantine and estalt, the Hell Forge alloys, UEV parts, fusion and End access. Typical pace (community reports, not independent samples): players report about 7 days in UEV (1 run only).

Nether magma: mythril, adamantine, estalt

• Module key: plan:uevnether · step 92
• Chain: Nether magma line: highly unstable nether magma → mystical magma → mythrillic, adamantamite and estaltadyne dusts (start of mythril, adamantine and estalt); also Mythril, adamantine, estalt, calamatium and isovol from the nether dusts (Advanced Synthesis Plant, large chemical reactor, EBF, vacuum chemical reactor)
• Uses: gtceu:manifold_centrifuge, gtceu:hydrochloric_acid_bucket, gtceu:hydrogen_bucket, gtceu:mega_blast_furnace, gtceu:mega_vacuum_freezer
• Makes: gtceu:mythrillic_dust, gtceu:isovol_dust
• Power: Manifold Centrifuge 1200 ticks at UHV power
• Watch out:
  • Highly unstable nether magma -> mystical magma -> mythrillic, adamantamite and estaltadyne dusts.
  • Mythril, adamantine and estalt each run in the Advanced Synthesis Plant at UEV power.

Hell Forge, Chiller and UEV alloys

• Module key: plan:uevforge · step 93
• Chain: UEV multiblock controllers: Heart of the Flame → Hell Forge, Cryostate Quantum Chiller, Mega ABS, Super Compact Heat Chamber (all Assembly Line + station research); also Cryostate Quantum Chiller coolants: superstate helium 3 → BEC oganesson (the loop that freezes every UEV and UIV alloy), UEV alloys (mythrolic, magmada, starium): molten metals + element plasma in the Hell Forge → alloy plasma → Cryostate Quantum Chiller → molten alloy → vacuum freezer → ingot
• Uses: gtceu:uhv_field_generator, gtceu:uhv_robot_arm, gtceu:heat_chamber, kubejs:uepic_chip, gtceu:mythrillic_dust, gtceu:isovol_dust
• Makes: start_core:hellforge, gtceu:cryostate_quantum_chiller, gtceu:mythrolic_alloy_ingot, gtceu:magmada_alloy_ingot, gtceu:starium_alloy_ingot
• Watch out:
  • Every UEV alloy is made as PLASMA in the Hell Forge, cooled in the Cryostate Quantum Chiller, then the vacuum freezer.
  • The Chiller is about 2800 blocks (776 reinforced cryostone casings, 640 void frames...).
  • The coolant loop loses 50 mB oganesson per 144 mB of plasma: top it up.
  • Cryostate Quantum Chiller, two modes: quantum cooling (plasma 144 + BEC oganesson 250 mB → molten + 200 oganesson) and vacuum freezer (molten + 500 mB superstate helium-3 → ingot). The Hell Forge has one recipe logic (heating recipes first); every 450 MK over the requirement gives 2^n absolute parallels.

UEV hull, parts, hatches and components

• Module key: plan:uevmach · step 94
• Chain: UEV Machine Hull: 8 mythrolic alloy plates → casing, + 2 cerium tritelluride single cables + 288 mB PEDOT:PSS plastic; also UEV component parts 1/2: voltage coil, computational matrix, transmission assembly, precision drive mechanism, microfluidic flow valve, UEV component parts 2/2: super magnetic core, catalyst core, high strength panel, micropower router, UEV components 1/2: electric motor, electric pump, conveyor module, electric piston, UEV components 2/2: robot arm, field generator, emitter, sensor, fluid regulator, UEV power hatches: energy hatch (Assembly Line), transformers, 4A / 16A / 64A hatches and 256A to 4096A laser hatches
• Uses: gtceu:mythrolic_alloy_ingot, gtceu:starium_alloy_ingot, gtceu:magmada_alloy_ingot, kubejs:runic_processor_mainframe, kubejs:uepic_chip
• Makes: gtceu:uev_machine_hull, gtceu:uev_electric_motor, gtceu:uev_fluid_regulator
• Watch out:
  • Hull: 8 mythrolic alloy plates -> casing + 2 cerium tritelluride cables + 288 mB PEDOT:PSS.
  • No UEV input hatches or buses exist; the UEV power hatches are energy hatches, transformers and laser hatches.
  • Component parts are Component Part Assembly recipes with research of 160 CWU/t and more.

UEV fusion and plasma power

• Module key: plan:uevfusion · step 95
• Chain: UEV fusion parts: borealic reflector panel and casing (tier 5), advanced fusion coil, fusion casing MK4 → UEV Fusion Reactor; also UEV power: plasma → Supreme Plasma Turbine with a UEV rotor holder (tungsten disulfide + superstate helium 3 boost) → laser or dynamo hatch
• Uses: gtceu:uv_field_generator, gtceu:mythrolic_alloy_ingot, gtceu:starium_alloy_ingot, gtceu:uev_machine_hull
• Makes: start_core:uev_fusion_reactor, gtceu:uev_256a_laser_source_hatch
• Watch out:
  • Borealic reflector panel and casing (tier 5), advanced fusion coil, fusion casing MK4.
  • The UEV fusion reactor needs 4 UIV circuits.
  • Power: plasma through the Supreme Plasma Turbine with a UEV rotor holder.
  • Supreme Plasma Turbine (lang): 16 384 EU/t base, x2 per rotor holder tier over IV (UEV holder = 524 288 EU/t), +10 % efficiency per tier, 6 parallels, lubricant +25 %, superstate helium-3 coolant +75 %. Oganesson plasma = fusion tier 5: 144 fermium + 360 selenium → 1 500 mB, 61 440 EU/t.
  • End access (before UIV): the End crystal comes from a Dimensional Finder in the Nether, 16 UHV sensors, 7 200 mB echo, 384 CWU/t, UIV voltage (31 457 280 EU/t): get UEV 4A, better 16A, hatches first.