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Sterile bio line 2: collagen → gelatin → agar, then raw medium, sterilized growth medium and stem cells (Sterile Cleanroom)

Chain id: uv_bio2 · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: Sterile bio lines

Tips: 7, 1 unverified

Machines

HV Chemical Reactor · 40 s · 480 EU/t · Sterile CleanroomHV
Oak 11 meat dust · 1 bone meal · 500 mB sulfuric acidMeat dustBone mealSulfuric acid1
up to 512 EU/t
Oak 14 collagen dust · 1 B phosphoric acid · 3 B waterCollagen dustPhosphoric acidcollagen
gtceu:hv_chemical_reactor
HV Mixer · 80 s · 480 EU/tHV
Oak 14 collagen dust · 1 B phosphoric acid · 3 B waterCollagen dustPhosphoric acid1
up to 512 EU/t80 s
HV CentrifugeHV Centrifuge · 120 s · 6 B mixture → 4 gelatin + 1 phosphorus4 B
gtceu:hv_mixer
HV Centrifuge · 120 s · 6 B mixture → 4 gelatin + 1 phosphorusHV
HV MixerHV Mixer · 80 s · 480 EU/t4 B
up to 512 EU/t
HV AutoclaveHV Autoclave · 30 s · 1 gelatin + 1 B distilled watergelatin
gtceu:hv_centrifuge
HV Autoclave · 30 s · 1 gelatin + 1 B distilled waterHV
HV CentrifugeHV Centrifuge · 120 s · 6 B mixture → 4 gelatin + 1 phosphorusgelatin
up to 512 EU/t30 s
Agar Dust1
gtceu:hv_autoclave
IV Mixer · 75 s · 7680 EU/t · Sterile CleanroomIV
Oak 14 meat · 4 salt · 3 calcium · 4 agar · 1 strontium dust · 4 B mutagenSalt dustCalcium dustStrontium dustMutagen1
up to 8 192 EU/t75 s
IV Fluid HeaterIV Fluid Heater · circuit 1 · 1 s per 100 mB · 7680 EU/t7.5 B
gtceu:iv_mixer
IV Fluid Heater · circuit 1 · 1 s per 100 mB · 7680 EU/tIV
IV MixerIV Mixer · 75 s · 7680 EU/t · Sterile Cleanroom7.5 B
up to 8 192 EU/t75 s
Sterilized Growth Medium100 mB / s
gtceu:iv_fluid_heater
LuV Chemical Reactor · 15 s · 30 720 EU/t · Sterile CleanroomLuV
Oak 11 osmiridium dust · 500 mB bacteria · 500 mB sterile mediumOsmiridium dustBacteria1
up to 32 768 EU/t15 s
Stem CellsStem cells (32 per run)32
gtceu:luv_chemical_reactor

Flow

Direct steps

  • Agar dust → 4 meat · 4 salt · 3 calcium · 4 agar · 1 strontium dust · 4 B mutagen (4)
  • Sterilized growth medium → 1 osmiridium dust · 500 mB bacteria · 500 mB sterile medium (500 mB)

How to build

  1. Drawers first, one per solid: meat dust (Keep Exact 4), bone meal, salt dust, calcium dust, strontium dust (Keep Exact 1), osmiridium dust. Steel drums for sulfuric acid, phosphoric acid, plain water, distilled water, mutagen, raw medium, sterile medium, bacteria. All machines are inside the Sterile Cleanroom. — functionalstorage:oak_1, gtceu:meat_dust, gtceu:salt_dust, gtceu:calcium_dust
  2. Collagen: one HV chemical reactor, bone meal and meat dust by one router (Item Filter on both), sulfuric acid by Pipez; dump the diluted acid into its own drum. 40 s per dust. — gtceu:hv_chemical_reactor, gtceu:collagen_dust
  3. Gelatin line, one machine each and nothing shared: mixer (4 collagen + 1 B phosphoric + 3 B water, 80 s), centrifuge (6 B → 4 gelatin, 120 s), autoclave (gelatin + 1 B distilled, 30 s). Agar goes into an output drawer, Keep Exact 16. — gtceu:hv_mixer, gtceu:hv_centrifuge, gtceu:hv_autoclave
  4. Raw medium: IV mixer, circuit 1. Drawers feed it through one router with five Item Filters; mutagen by Pipez from the bio line 1 drum. 7.5 B of raw medium per 75 s. — gtceu:iv_mixer, gtceu:agar_dust, gtceu:strontium_dust
  5. Fluid heater, circuit 1, raw medium in by Pipez, sterile medium out into a drum. Keep 8 B in the drum, the boards and neuro units pull from it. — gtceu:iv_fluid_heater, gtceu:sterilized_growth_medium_bucket
  6. Stem cell reactor: osmiridium drawer + bacteria + sterile medium by fluid pipes; the 500 mB sludge goes back to line 1. Output drawer Keep Exact 64. — gtceu:luv_chemical_reactor, gtceu:stem_cells

Tips

  • Verified chain (gtsrc GrowthMediumRecipes + pack kjs): collagen = chemical reactor, 1 meat dust + 1 bone meal + 500 mB sulfuric acid → 1 collagen dust + 500 mB diluted sulfuric acid, 800 ticks at VA[HV] (the 2 meat + 1 bone + 1 B acid version is 1600 ticks). Gelatin mixture = mixer, 4 collagen + 1 B phosphoric acid + 3 B water → 4 B, 1600 ticks. Centrifuge 6 B mixture → 4 gelatin + 1 phosphorus, 2400 ticks. Agar = autoclave, 1 gelatin + 1 B distilled water, 600 ticks. All four are Sterile Cleanroom recipes at VA[HV] = 480 EU/t.
  • Raw growth medium: the pack REPLACED the GT recipe (kjs additions/recipe_changes.js): mixer, circuit 1, 4 meat + 4 salt + 4 calcium + 4 agar + 4 B mutagen → 4 B raw medium, 1200 ticks at VA[IV]. circuits.js adds a boosted version: 4 meat + 4 salt + 3 calcium + 4 agar + 1 strontium dust + 4 B mutagen → 7.5 B raw medium, 1500 ticks at VA[IV]. Always use the boosted one: 1.875 B of medium per B of mutagen against 1 B. Sterilization: fluid heater, circuit 1, 100 mB raw → 100 mB sterile, 20 ticks at VA[IV] (Sterile Cleanroom).
  • Stem cells (GrowthMediumRecipes stem_cells): chemical reactor, 1 osmiridium dust + 500 mB bacteria + 500 mB sterile medium → 32 stem cells + 500 mB bacterial sludge, 300 ticks at VA[LuV] = 30 720 EU/t (a LuV reactor), Sterile Cleanroom. The returned sludge is not waste: send it to bio line 1 (uv_bio1) to enrich. A neuro processing unit eats 16 stem cells, so one run makes the cells for 2 units.
  • Budget (see uv_wetware): every 4 B of sterile medium makes 16 wetware boards; each neuro unit needs 250 mB of medium plus 16 stem cells (a 500 mB medium run gives the cells for 2 units, so 250 mB more per unit). That is about 500 mB of sterile medium per neuro unit, i.e. about 270 mB of mutagen with the boosted mixer (7.5 B of medium per 4 B of mutagen).
  • Bacterial machines (verified, bacterial_multiblocks.js): the Bacterial Runic Mutator [BRM] = UV hull + 4 UV motors + melodium gear + 6 ZPM emitters + 4 UV circuits + 576 mB naquadria, VHA[ZPM], research ZPM fermenter 32 CWU/t; the Bacterial Breeding Vat [BBV] and Bacterial Hydrocarbon Harvester [BHH] = UV hull + 4 UV pumps (each UV pump holds a UV motor). Every UV motor needs a dysprosium magnet rod, so Abydos (uv_akreyrium, uv_rare_earth) comes BEFORE these machines; the melodium gear needs the 10 000 K melodium superconductor (tritanium coils). The biostimulating mixture does NOT depend on Abydos: Large Chemical Reactor, VHA[IV], 150 mB silicic acid + 250 mB seaweed oil + 325 mB liquefied nutrient paste + 25 mB fermented biomass + 250 mB glycerol -> 1000 mB.
  • Sub-steps people skip: (1) agar needs DISTILLED water, not plain water; the gelatin mixer uses plain water; (2) meat dust, salt, calcium and strontium dust each need their own drawer: use Keep Exact 4 / 4 / 3 / 1 and one router with an Item Filter per drawer; (3) circuit 1 on both the mixer and the fluid heater; (4) stem cells return bacterial sludge: do not let the output hatch fill, or the reactor stalls.
  • Unverified meat dust, salt, calcium and strontium sources; the phosphoric acid line; whether any pack script changes the collagen or agar recipes (nothing found in kubejs).

Bill of materials

Item Qty
gtceu:hv_chemical_reactor 1
gtceu:hv_mixer 1
gtceu:hv_centrifuge 1
gtceu:hv_autoclave 1
gtceu:iv_mixer 1
gtceu:iv_fluid_heater 1
gtceu:luv_chemical_reactor 1
functionalstorage:oak_1 14
modularrouters:modular_router 8
gtceu:lv_robot_arm 8
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 8
gtceu:steel_drum 6

Needs / Feeds

  • Main source for: gtceu:stem_cells, gtceu:sterilized_growth_medium_bucket, gtceu:raw_growth_medium_bucket, gtceu:agar_dust, gtceu:collagen_dust