Processing line needs

gistfile1.txt

ore refining lines:
Persulfate:
- Malachite
- Azureite
- Nickolite
- Pent?
- Garnerite?
- Pandentilte


Mercury:


Sulfuric:
- Copper -> Copper, Copper

Hydrochloric:

Aqua Regia:
- Copper -> Cobalt (-60), gold



basic acids:
electroizer water -> H, O
roaster (sulfer/sulfide roasting thing) -> CO2

mixer sulfer dioxide, air, (catalist: platnium, vanadium pentoxide) -> sulfer trioxide
mixer sulter trioxide -> sulferic acid
mixer suferic acid, salt -> hydrocloric acid

electorizer salt, water -> H, O, Cl, sodium hydroxide


adv acids:
mixer sulferic acid -> nitric acid
mixer nitric acide, hydrocloric acid -> aqua regia
mixer flourite, Sulferic Acid -> Hydrogen Fluride (2 use in proc, and high end batteries)
mix hydrogen Fluride, (any silicon dioxide: quartz, flint) -> hexafloura selastic acid

alum:
autoclave brauxite -> ?
bath sodium hydroixde, brauide boule -> Al hydroxide
smelter Al Hydrox -> Alumnia
mix hexaflourasisic acid, Alumnia -> Al fluoride dust
smelter Al fluoride dust -> molten (can be done in crucible, needs stainless tho as its an acid)
mixer sodium hydroxide, alumnia, hydrogen floride -> molten cryolite
electorize (any carbon), alumnia, molten Al flouride, molten cryolite -> Al, CO2, Flourene


dynamite:
mixer sulfuric, nitric, gycerol -> glycol (dynamite dust)
mixer glycol, wood pulp -> dynamite dust
press dynamite dust -> dynamite!!


tungsten:
x bath hydrocloric, (tungsen bearing dust) -> tungsetic acid
x dryer tungstic acid -> tungsten trioxide
mixer H, tungsten trioxide -> tungsten dust, water


titanium:
smelter calcite -> molten calcite
burner mixer (ilmite, rutile), (Special Carbon: Petrolium Coke, Coal Coke, Carbon, graphite), molten calcite, Chlorene (close loop) -> titantium tetra chloride, CO2 (ilmite + feric chrolide)
mixer titanium tetra chloride, magnesium chrolide (c), ethelene/propolene -> plastic
bath magnesium (2, loop), titanimum tetra Chloride -> titanium, magnesium chloride
smelter magnesium chloride -> molten mag chlroide
electroize molten mcl -> magnesium, CL (closing loop)

plastic:
Pick one and input Very Heavy Oil, Heavy Oil, Oil(BC, Oil Shale dust), Raw Oil, Light Oil,
distillery (lossy)
OR
distillery w/Zolite (less lossy)
OR
distillation tower

steam cracker (distilation gases) -> ethelene / propolene
OR
catalytic cracker fuel, hydrogen, platinum (c) -> ethelene / propolene


lithium:

electrolyze lithium chloride -> lithium hydroxide
mix lithium hydroxide, chlorine -> lithium chloride, molten lithium chlorate
electrolyze molten lithium chlorate, oxygen -> lithium perchlorate


limonite:

bath hcl, limonite -> Ferric Chloride, H2O

mixer (any iron(1)), Ferric Chloride(8) -> Ferrous Chloride (9)
OR
mixer H2O, SO2, Ferric Chloride(4) -> Ferrous Chloride (3), HCL, H2SO4

Smelter Ferrous Chloride -> molten

mv electorize molent ferrous chloride(3) ->  iron (1), CL (2)


Uraninite:

mixer Uraninite, Hydrogen Fluoride(8000L) -> Uranium Tetrafluoride(UF4) dust (5), H2O

mixer UF4, Fluorine -> Uranium Hexafluoride(UF6) (1400L)

centrifuge(512) UF6 -> Uranium-238 Hexafluoride(U-238F6) (1000L), Uranium-235 Hexafluoride (U-235F6) (400L)

mixer U-238F6, H -> Uranium-238 Tetrafluoride (U-238F4)
mixer U-235F6, H -> Uranium-238 Tetrafluoride (U-235F4)

smelter U-238F4 -> Molten
smelter U-235F4 -> Molten

mixer Molten U-238F4, Molten Calcium -> Molten Fluorite, Molten Uranium
mixer Molten U-235F4, Molten Calcium -> Molten Fluorite, Molten Uranium-235

molds

shredder Fluorite solid -> Fluorite dust

mixer Sulferic Acid (H2SO4), (3) Fluorite dust -> Hydrogen Fluoride (HF), Calcium Sulfate

mixer (Any quartz dust), (4000) HF -> H2O, Hexafluorosilicic Acid (H2SiF6)

electorlyzer(126) (9000) Hexafluorosilicic Acid, 0 selector -> Si, (2000)H, (6000) F2

mixer (Any quartz dust), Calcium Sulfate -> (5) Wollastonite dust, (4000) Sulfur Trioxide

mixer Sulfer Trioxide, H2O -> Sulferic Acid

electorlyzer(70) 5 Wollastonite Dust, Selector(0) -> Calcium, (3) Silicon Dioxide, Oxygen