Machine Recipes

Machine Recipes

Every recipe QuantaWorks brings for its machines and plants, read from the mod's own data files. All of them are data and can be changed with a data pack (see For Mod Developers); JEI shows the same recipes in the game. "any Iron Ingot" means every item in the tag, so the metals of other mods work too. Energy is per tick (E/t), time in ticks (20 t = 1 s), before upgrades.

Besides these, the machines make recipes for every material of the modpack from templates (next section), and the Induction Furnace runs every smelting recipe of every mod at half the furnace time (30 E/t).

Recipes for every material

A template makes one recipe for each material that has both forms (from the c: tags), e.g. one ore → two dust for every ore of every mod.

Machine	For every material	Energy, time
Industrial Centrifuge	1 raw metal → 1 dust, 1 dust (25 %) + by-product	150 E/t, 160 t
Chemical Processing Plant	1 ore + 250 mB Nitric Acid → 3 dust + by-product	5,000 E/t, 200 t
Metal Former (Block Die)	9 gem → 1 block	60 E/t, 120 t
Metal Former (Block Die)	9 ingot → 1 block	60 E/t, 120 t
Metal Former (Block Die)	9 nugget → 1 ingot	60 E/t, 60 t
Metal Former (Gear Die)	4 ingot → 1 gear	60 E/t, 200 t
Metal Former (Plate Die)	1 ingot → 1 plate	60 E/t, 100 t
Industrial Pulverizer	1 gear → 4 dust (fallback)	40 E/t, 400 t
Industrial Pulverizer	1 gem → 1 dust (fallback)	40 E/t, 100 t
Industrial Pulverizer	1 ingot → 1 dust (fallback)	40 E/t, 100 t
Industrial Pulverizer	1 ore → 2 dust + by-product	40 E/t, 200 t
Industrial Pulverizer	1 plate → 1 dust (fallback)	40 E/t, 100 t
Industrial Pulverizer	1 raw block → 11 dust, 1 dust (25 %)	40 E/t, 1260 t
Industrial Pulverizer	1 raw metal → 1 dust, 1 dust (25 %)	40 E/t, 140 t
Industrial Pulverizer	2 rod → 1 dust (fallback)	40 E/t, 100 t
Industrial Pulverizer	1 block → 9 dust (fallback)	40 E/t, 900 t
Metal Former (Rod Die)	1 ingot → 2 rod	60 E/t, 100 t
Metal Former (Wire Die)	1 ingot → 2 wire	60 E/t, 100 t

Fallback templates turn finished parts back into dust; a server can switch them off (fallbackRecipes).

Pulverizing

In the Industrial Pulverizer.

Input	Output	Energy, time
Blaze Rod	Blaze Powder ×3	30 E/t, 80 t
Bone	Bone Meal ×5	20 E/t, 60 t
Coal	any Coal Dust	30 E/t, 80 t
any Cobblestones	Gravel	20 E/t, 80 t
Gravel	Sand, Flint (10 %)	20 E/t, 80 t
any Copper Ingot	any Copper Dust	40 E/t, 100 t
any Gold Ingot	any Gold Dust	40 E/t, 100 t
any Iron Ingot	any Iron Dust	40 E/t, 100 t
any Copper Ore	any Copper Dust ×2	40 E/t, 200 t
any Gold Ore	any Gold Dust ×2	40 E/t, 200 t
any Iron Ore	any Iron Dust ×2	40 E/t, 200 t
any Redstone Ore	any Redstone Dust ×6	40 E/t, 200 t
any Raw Copper	any Copper Dust, any Copper Dust (25 %)	40 E/t, 140 t
any Raw Gold	any Gold Dust, any Gold Dust (25 %)	40 E/t, 140 t
any Raw Iron	any Iron Dust, any Iron Dust (25 %)	40 E/t, 140 t

Alloys in the Induction Furnace

In the Induction Furnace.

Input	Output	Energy, time
any Copper Ingot or any Copper Dust ×3, any Zinc Ingot or any Zinc Dust	any Brass Ingot ×4	60 E/t, 200 t
any Copper Ingot or any Copper Dust ×3, any Tin Ingot or any Tin Dust	any Bronze Ingot ×4	60 E/t, 200 t
any Copper Ingot, any Redstone Dust ×4	Conductive Alloy Ingot	60 E/t, 200 t
any Copper Ingot or any Copper Dust, any Nickel Ingot or any Nickel Dust	any Constantan Ingot ×2	60 E/t, 200 t
any Gold Ingot or any Gold Dust, any Silver Ingot or any Silver Dust	any Electrum Ingot ×2	60 E/t, 200 t
any Iron Ingot or any Iron Dust ×2, any Nickel Ingot or any Nickel Dust	any Invar Ingot ×3	60 E/t, 200 t
any Iron Ingot or any Iron Dust, any Coal Dust ×2	any Steel Ingot	60 E/t, 200 t

Pressing

In the Metal Former (Plate Die).

Input	Output	Energy, time
Silicon Boule	Silicon Wafer ×8	60 E/t, 160 t

Plant processing

In the Plant Processor.

Input	Output	Energy, time
any Crops ×2	Plant Fiber, 100 mB Bio Slurry	30 E/t, 100 t
Plant Fiber ×4, Bone Meal	Bio Fertilizer ×4	30 E/t, 120 t
Kelp ×2	Plant Fiber, 100 mB Bio Slurry	30 E/t, 60 t
any Leaves ×4	Plant Fiber, 50 mB Bio Slurry	30 E/t, 80 t
any Saplings	Plant Fiber, 100 mB Bio Slurry	30 E/t, 80 t
any Seeds ×4	100 mB Plant Oil	30 E/t, 80 t

Assembly

In the Assembler, Assembly Complex.

Input	Output	Energy, time	Needs
Silicon Wafer, Polymer Sheet, any Copper Wire ×2, any Conductive Alloy Ingot	Basic Circuit ×2	400 E/t, 100 t
any Copper Wire ×6, any Steel Rod	Copper Coil	200 E/t, 100 t
Machine Frame, any Conductive Alloy Ingot ×2, Polymer Sheet ×2	Industrial Frame	500 E/t, 160 t
any Steel Plate ×4, any Steel Rod ×4	Machine Frame	300 E/t, 160 t
any Steel Gear, Copper Coil, any Steel Plate	Servo Motor	300 E/t, 100 t
any Precision Alloy Ingot, 100 mB Liquid Nitrogen	Superconductor Wire ×4	2,000 E/t, 200 t	Laser Welder station

Air separation

In the Air Separator.

Input	Output	Energy, time
(air)	780 mB Nitrogen, 210 mB Oxygen, 10 mB Argon	400 E/t, 100 t

Chemical reactions

In the Chemical Reactor, Chemical Plant.

Input	Output	Energy, time
500 mB Nitrogen, 1,500 mB Hydrogen	1,000 mB Ammonia	800 E/t, 400 t
1,000 mB Water	1,000 mB Hydrogen, 500 mB Oxygen	400 E/t, 100 t
500 mB Ethanol	500 mB Ethylene	300 E/t, 100 t
1,000 mB Bio Slurry	500 mB Ethanol	200 E/t, 200 t
1,000 mB Nitrogen	100 mB Liquid Nitrogen	2,000 E/t, 200 t
500 mB Ammonia, 1,000 mB Oxygen	500 mB Nitric Acid	600 E/t, 200 t
1,000 mB Ethylene	Polymer Sheet	400 E/t, 120 t
any Quartz Gem, any Coal Dust ×2	Silicon	500 E/t, 160 t

Centrifuging

In the Industrial Centrifuge.

Input	Output	Energy, time
Gravel	Sand, Flint (30 %)	150 E/t, 80 t

Crystallizing

In the Crystallizer.

Input	Output	Energy, time
Quartz, 250 mB Water, 5 mB Argon	Amethyst Shard	500 E/t, 200 t
Amethyst Shard ×4, 250 mB Liquid Nitrogen, 100 mB Argon	Quantum Crystal	8,000 E/t, 600 t
Silicon, 250 mB Water, 500 mB Oxygen	Quartz	500 E/t, 200 t
Silicon ×8, 50 mB Argon	Silicon Boule	600 E/t, 400 t

Large processes of the Chemical Plant

In the Chemical Processing Plant.

Input	Output	Energy, time	Needs
2,000 mB Nitrogen, 6,000 mB Hydrogen	4,000 mB Ammonia	8,000 E/t, 200 t	2 columns
1,000 mB Plant Oil	200 mB Ethanol, 600 mB Ethylene	6,000 E/t, 200 t	2 columns

Step recipes of the Assembly Complex

In the Industrial Assembly Complex.

Input	Output	Energy, time	Needs
Basic Circuit ×2, Superconductor Wire, Silicon Wafer	Advanced Circuit	4,000 E/t, 300 t	stations: Press → Soldering → Inspection
any Diamond Gem, Amethyst Shard ×2, any Gold Ingot ×2	Laser Optic	6,000 E/t, 300 t	stations: Robot Arm → Laser Welder → Inspection
Industrial Frame, any Precision Alloy Ingot ×4	Precision Frame	4,000 E/t, 400 t	stations: Press → Laser Welder → Inspection
Precision Frame, Stabilized Matter, Quantum Processor	Quantum Frame	64,000 E/t, 400 t	stations: Press → Quantum Manipulator → Inspection

Particle processing

In the Particle Processing Facility.

Input	Output	Energy, time	Needs
Quantum Crystal, 250 mB Liquid Nitrogen, 500 mB Argon	Charged Quantum Crystal	beam power, 200 t	beam 1,000
Sculk ×8, Amethyst Shard ×2, 250 mB Argon	Echo Shard	beam power, 300 t	beam 800
Ender Pearl, 1,000 mB Hydrogen	Exotic Matter, Irradiated Residue (50 %)	beam power, 200 t	beam 500
Wither Skeleton Skull, Soul Sand ×8, Stabilized Matter ×2, 1,000 mB Liquid Nitrogen, 4,000 mB Hydrogen	Nether Star	beam power, 600 t	beam 2,500
Exotic Matter ×2, 500 mB Liquid Nitrogen, 1,000 mB Nitrogen	Stabilized Matter, Irradiated Residue (50 %)	beam power, 300 t	beam 1,500

The facility draws the beam power itself: 500,000 × (beam / 500)^1.55 E/t while the beam is held.

Quantum fabrication

In the Quantum Fabrication Facility.

Input	Output	Energy, time
Quantum Processor, Exotic Matter, any Lapis Gem ×4	Efficiency Upgrade	500,000 E/t, 200 t
Laser Optic, Exotic Matter, Superconductor Wire ×4	Field Emitter	1,500,000 E/t, 300 t
Stabilized Matter, Field Emitter ×2, Quantum Crystal ×2	Field Stabilizer	2,500,000 E/t, 400 t
Quantum Processor ×2, Advanced Circuit ×2, Superconductor Wire ×4	Parallel Upgrade	750,000 E/t, 300 t
Advanced Circuit, Charged Quantum Crystal, Superconductor Wire ×2	Quantum Processor	1,000,000 E/t, 200 t
Quantum Processor, Laser Optic ×2, any Amethyst Gem ×4	Range Upgrade	500,000 E/t, 200 t
Quantum Processor, Superconductor Wire ×4, any Redstone Block	Speed Upgrade	500,000 E/t, 200 t
Quantum Processor, Bio Fertilizer ×16, any Emerald Gem ×2	Yield Upgrade	500,000 E/t, 200 t

Only in a stable coherence field; the field's own 250,000 E/t come on top.

Reconstruction

In the Matter Reconstructor.

Input	Output	Energy, time	Needs
any Coal Block ×16	Diamond	2,000,000 E/t, 400 t	pattern scan 3,000,000,000 E
Netherrack ×64, any Quartz Gem ×8, Exotic Matter	Netherite Scrap	4,000,000 E/t, 600 t	pattern scan 5,000,000,000 E

Foundry alloys

In the Advanced Materials Foundry: parts in material units, mixed in the bath when it is hot enough.

Parts	Result	Lowest temperature	Argon
3 Copper + 1 Zinc	Brass	930 °C	no
3 Copper + 1 Tin	Bronze	950 °C	no
1 Copper + 1 Nickel	Constantan	1,250 °C	no
1 Gold + 1 Silver	Electrum	1,000 °C	no
2 Iron + 1 Nickel	Invar	1,450 °C	no
1 Gold + 2 Conductive Alloy	Precision Alloy	1,200 °C	yes (1 mB per set)

An alloy forms only when the pack has its metals and an ingot of the result.

Reconstruction rules

In the Matter Reconstructor: every metal with one of the source forms turns into the target; the ratio is how many times the target's material goes in.

Target	From the forms	Ratio	Energy, time	Pattern scan
Gold ingot	ingot, dust (not Netherite)	4	1,000,000 E/t, 200 t	1,000,000,000 E
Iron ingot	ingot, dust (not Netherite, Gold)	2	1,000,000 E/t, 200 t	1,000,000,000 E