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Abydos mantle: ZPM Fluid Drilling Rig (144 CWU/t research) → gritty akreyrium → Cyclonic Sifter and Molten Destabiliser (280 B and 72 B of it per controller)

Chain id: uv_akreyrium · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: Abydos first: xenotime → dysprosium → drilling rig and magma

Tips: 7, 1 unverified

Machines

Assembly Line · 20 s · 245 760 EU/t · research EV Fluid Drilling Rig 144 CWU/tMultiblock
Oak 1UV hull · 4 enriched naquadah frame · 4 UV circuit · 4 UV motor · 4 UV pump · 4 naquadah alloy gear · 1872 mB solderUV Machine HullEnriched naquadah frameUV motorUV pumpNaquadah alloy gear1
20 s
ZPM Fluid Drilling RigZPM Fluid Drilling Rig (Abydos)1
gtceu:assembly_line
Assembly Line · 80 s · 491 520 EU/t · research Large Sifting Funnel 24 CWU/tMultiblock
Oak 1ZPM hull · 12 UV circuit · 56 UHPIC · 16 prismalium gear · 8 ZPM pump · 4 ZPM motor · 2 ZPM field generator · 6 pure netherite gear · 4 B PBI · 280 B gritty akreyriumZPM Machine HullPrismalium gearZPM pumpPure netherite gear1
80 s
Cyclonic Sifter1
gtceu:assembly_line
Assembly Line · 112.5 s · 491 520 EU/t · research Large Distillery 24 CWU/tMultiblock
Oak 1ZPM hull · 6 UV circuit · 4 dense naquadria plate · 64 UHPIC · 4 huge duranium pipe · 4 pure netherite rotor · 4 small netherite gear · 24 ZPM pump · 8 B PBI · 72 B gritty akreyriumDense naquadria plateDuranium huge fluid pipePure netherite rotor1
112 s
Molten Destabiliser1
gtceu:assembly_line

Flow

Direct steps

  • ZPM Fluid Drilling Rig (Abydos) → Gritty akreyrium fluid vein (Abydos, weight 19, yield 360 to 640, depleted 320) (drill)
  • Gritty akreyrium fluid vein (Abydos, weight 19, yield 360 to 640, depleted 320) → Gritty akreyrium (280 B + 72 B) (fluid)
  • Gritty akreyrium (280 B + 72 B) → ZPM hull · 12 UV circuit · 56 UHPIC · 16 prismalium gear · 8 ZPM pump · 4 ZPM motor · 2 ZPM field generator · 6 pure netherite gear · 4 B PBI · 280 B gritty akreyrium (280 B)
  • Gritty akreyrium (280 B + 72 B) → ZPM hull · 6 UV circuit · 4 dense naquadria plate · 64 UHPIC · 4 huge duranium pipe · 4 pure netherite rotor · 4 small netherite gear · 24 ZPM pump · 8 B PBI · 72 B gritty akreyrium (72 B)

How to build

  1. Drawers first, one per input: hulls, frames, UV circuits (4 / 12 / 6), UV motors and pumps, ZPM pumps (8 and 24), prismalium gears, pure netherite gears and rotors, UHPIC chips, dense plates. Drums: soldering alloy, PBI, gritty akreyrium (several big drums). — functionalstorage:oak_1, gtceu:uv_machine_hull, gtceu:zpm_machine_hull, gtceu:uhpic_chip
  2. Research for the rig: an EV fluid drilling rig in the Object Holder, 144 CWU/t at 245 760 EU/t → orb. Do it only after the Network Switch + HPCAs read 144 CWU/t. — gtceu:research_station, gtceu:ev_fluid_drilling_rig, gtceu:data_orb
  3. Rig: Assembly Line, 20 s, 245 760 EU/t; place it over the Abydos vein (use a prospecting tool for the vein), connect a UV energy hatch and an output hatch with a Pipez fluid pipe to the drum. — gtceu:assembly_line, start_core:zpm_fluid_drilling_rig
  4. Sifter first (24 CWU/t research, 80 s) then the destabiliser (24 CWU/t research, 112.5 s); both on a ZPM 4A hatch. Fluids by hatches: PBI and gritty akreyrium through the Pipez pipes with Keep Exact valves. — gtceu:assembly_line, gtceu:cyclonic_sifter, gtceu:molten_destabiliser
  5. Output drawers Keep Exact 1 per controller. The sifter stays idle until the UHV page: it needs netherite reinforced meshes and UHV power for its recipe. — gtceu:cyclonic_sifter, functionalstorage:oak_1
  6. Easy to miss: 280 B for a sifter plus 72 B for a destabiliser is 352 000 mB: plan storage (steel drums hold 32 B; the Abydos bulk tanks matter). — gtceu:gritty_akreyrium_bucket, functionalstorage:oak_1

Tips

  • Fluid drilling rig (kjs additions/multiblock_recipes/fluid_drill.js): Assembly Line, 400 ticks at VHA[UV] = 245 760 EU/t, UV hull + 4 enriched naquadah frames + 4 UV circuits + 4 UV motors + 4 UV pumps + 4 naquadah alloy gears + 1872 mB soldering alloy, STATION research of the EV fluid drilling rig at 144 CWU/t and VHA[UV]. 144 CWU/t is the highest research load of the UV era: nine advanced HPCA components, i.e. about four HPCAs through a Network Switch (uv_research). The rig drills fluid veins of its dimension; the pack adds the Abydos vein ‘gritty akreyrium’ (kjs utils/fluid_veins.js: dimension sgjourney:abydos, weight 19, yield 360 to 640, depletes by 2 per cycle with chance 1, depleted yield 320) next to the dense magma veins of Abydos (weight 25 and 28, yield 400 to 540).
  • Cyclonic Sifter (UV): ZPM hull + 12 UV circuits + 56 UHPIC chips + 16 prismalium gears + 8 ZPM pumps + 4 ZPM motors + 2 ZPM field generators + 6 pure netherite gears; 4 B PBI + 280 B gritty akreyrium (280 000 mB!), 1600 ticks (80 s) at VA[UV] = 491 520 EU/t, research Large Sifting Funnel 24 CWU/t at VHA[UV]. Molten Destabiliser (UV): ZPM hull + 6 UV circuits + 4 dense naquadria plates + 64 UHPIC + 4 huge duranium pipes + 4 pure netherite rotors + 4 small pure netherite gears + 24 ZPM pumps; 8 B PBI + 72 B gritty akreyrium, 2250 ticks (112.5 s) at VA[UV], research Large Distillery 24 CWU/t. Both need 491 520 EU/t = a ZPM 4A hatch or a UV hatch on the Assembly Line.
  • What the sifter does later (akreyrium.js, UHV page): cyclonic sifter recipe akreyrium_sieving, 100 B gritty akreyrium + a netherite reinforced mesh (50 % chance kept) → 1 B lepton sparse akreyrium + crystalline and amorphous akreyrium, 1200 ticks at VA[UHV] x 0.8; manifold centrifuge then splits the lepton form into electron / muon / tau akreyrium (UHV). So the UV page ends at building the sifter and filling a 280 B tank.
  • Order inside Abydos (verified, NOT a loop): both controllers need UV motors and pumps, and every UV motor carries a long magnetic dysprosium rod (UV primary magnet = dysprosium, tier_data.js). Dysprosium has one source: the xenotime line (uv_rare_earth), and xenotime exists only in the Abydos ore veins (ore_veins.js removes every other vein; abydos_refractory_metals_vein carries xenotime, weight 3), plus 3 raw xenotime per refractory magma residue run later. So: mine xenotime by hand in Abydos -> uv_rare_earth -> dysprosium rod -> UV motors and pumps -> ZPM Fluid Drilling Rig (UV hull, VHA[UV], 144 CWU/t research) -> drill the gritty akreyrium vein -> Molten Destabiliser (ZPM hull, 6 UV circuits, 24 ZPM pumps, VA[UV], 24 CWU/t research) -> magma. The dysprosium comes from the ore vein, not from the magma, so nothing waits on itself; both machines need a UV hatch to be assembled. The bacterial machines (uv_bio2) come after this.
  • Cost reality: 280 000 mB of gritty akreyrium for ONE sifter. At the vein yield of 360 to 640 per cycle that is hundreds of cycles of one rig (drill output per cycle: Unverified), so build several rigs on the same vein or find the vein with a big field. A Magmatic Drill (komaru modules, UV power, 250 MEU start) can output up to 4 096 000 mB of gritty akreyrium per run but needs kaleidoscope agitation serum, which is a later line.
  • Sub-steps people skip: (1) rigs only drill in their own dimension: put the rig, a power line and an output pipe/drum in Abydos (needs the Abydos talisman, uv era step 1); (2) 24 ZPM pumps for the destabiliser come from the ZPM pump line, many at once; (3) prismalium gears (16): prismalium is a Nether line metal (Unverified route); (4) both controllers need a vacuum of UHPIC chips: 56 + 64 chips = 60 wafers.
  • Unverified drill output per cycle, prismalium route, what the destabiliser recipe types do.

Bill of materials

Item Qty
gtceu:assembly_line 3
gtceu:research_station 1
gtceu:data_bank 1
start_core:zpm_fluid_drilling_rig 1
gtceu:uv_energy_input_hatch 1
functionalstorage:oak_1 24
modularrouters:modular_router 12
gtceu:lv_robot_arm 12
gtceu:item_filter 20
pipez:item_pipe 16
pipez:fluid_pipe 6
gtceu:steel_drum 10

Needs / Feeds