Digital Age

Distilling Steam-Cracked Naptha will give us Toluene.

Asks for: Toluene Bucket

Mixing together Sand, Flint, Nitrogen and Toluene will give us Industrial TNT.

Asks for: Industrial TNT

You can find Tungsten Ore around the world easily. Breaking it will yield Raw Tungsten.

Asks for: Raw Tungsten

You can crush down the Raw Tungsten in one of many ways to get Tungsten Dust.

Asks for: Tungsten Dust

Mixing Stainless Steel, Aluminium and Chromium Dust will give us Kanthal Dust.

Asks for: Kanthal Dust

Kanthal Dust must be smelted in an Electric Blast Furnace.

Asks for: Kanthal Hot Ingot

The Processing Array is a large multiblock that allows you to simulate machines running in parallel. Maximum parallel operations are 64. To build the multiblock, firstly select the amount of parallel machines you wish to simulate in the GUI of the controller block. To use the machine, you need to put the machine you want to simulate into the slot on the right side of GUI. You need the same amount of machines as you want operations. Also, Processing Array accepts normally all the upgrades as well.

Asks for: Processing Array, Advanced Item Input Hatch, Advanced Item Output Hatch, Bronze Item Input Hatch, Bronze Item Output Hatch, Clean Stainless Steel Machine Casing

The Air Intake when put in a Vacuum Freezer will yield you Liquid Air.

Asks for: Air Intake

Centrifuging Liquid Air will give you 3 outputs: Oxygen, Nitrogen and Argon. We will use this Argon in the near future.

Asks for: Argon Bucket, Nitrogen Bucket, Oxygen Bucket

Argon reacting with Silicon Dust and Iridium Tiny Dust will give us Monocrystalline Silicon. Iridium is found as an ore in the overworld.

Asks for: Monocrystalline Silicon

A singular Monocrystalline Silicon can be cut into 32 Silicon Wafers.

Asks for: Silicon Wafer

Turbo Upgrades add 64EU/t of capacity per upgrade.

Asks for: Turbo Upgrade

The Distillation Tower is the upgraded form of Distillery. Its major benefit is that it gives you multiple outputs for the same input. To build the structure, you must open the GUI of the Distillation Tower block and choose the height. Height depends on how many outputs you need. To process Crude Oil, you need a height of 3 blocks.

Asks for: Advanced Fluid Input Hatch, Advanced Fluid Output Hatch, Bronze Fluid Input Hatch, Bronze Fluid Output Hatch, Clean Stainless Steel Machine Casing, Distillation Tower

To obtain Styrene, you must react Iron Dust with EthylBenzene and Steam. EthylBenzene is the product of distilling Steam Cracked Naptha.

Asks for: Butadiene Bucket, Styrene Bucket

Reaction between Styrene and Butadiene leads to Styrene-Butadiene.

Asks for: Styrene-Butadiene Bucket

Styrene-Butadiene can be mixed with either Lead Tiny Dust or Chromium Tiny Dust to get Styrene-Butadiene Rubber.

Asks for: Styrene-Butadiene Rubber Bucket

Random Access Memory is made in a Chemical Reactor with Styrene-Butadiene Rubber, Argon, Antimony Dust, Aluminum Dust and Silicon Wafers.

Asks for: Random Access Memory

Mixing Light Fuel with Steam will yield you Steam Cracked Light Fuel.

Asks for: Steam-Cracked Light Fuel Bucket

Distilling Steam Cracked Light Fuel will give you Acetylene as a product.

Asks for: Acetylene Bucket

Acetylene mixed with HydroChloric Acid will give you Vinyl Chloride.

Asks for: Vinyl Chloride Bucket

Vinyl Chloride can be mixed with either Lead Tiny Dust or Chromium Tiny Dust to get PolyVinyl Chloride.

Asks for: Polyvinyl Chloride Bucket

PolyVinyl Chloride with Platinum Plate, Cadmium Battery, Annealed Copper Cable and Digital Circuit Board will give us Processing Unit Board.

Asks for: Processing Unit Board

The Heat Exchanger is haven for the Extreme Reactors Turbine lovers. This machine can produce an extonishingly large amount of Steam.

Asks for: Advanced Fluid Input Hatch, Advanced Fluid Output Hatch, Bronze Fluid Input Hatch, Bronze Fluid Output Hatch, Frostproof Machine Casing, Heat Exchanger

The Kanthal Hot Ingot can be cooled down using the Vacuum Freezer.

Asks for: Kanthal Ingot

The Kanthal Ingot can be processed into Fine Wire, which can be molded into Cable to finally make the Kanthal Coils. Kanthal Coils allow our Electric Blast Furnace to run at much higher temperature, allowing more recipes to work. You must switch the coils in the GUI of Electric Blast Furnace.

Asks for: Kanthal Coil

Kanthal Coils will allow us to process Raw Titanium into Titanium Hot Ingots. This process requires Manganese Sulfuric Solution.

Asks for: Titanium Hot Ingot

Titanium Hot Ingots can now be cooled down in the Vacuum Freezer to get usable Titanium Ingots.

Asks for: Titanium Ingot

You have finally made it to the components required for the Allthemods Star!!

Asks for: Large Advanced Motor, Large Advanced Pump

Highly Advanced Upgrades add 512EU/t of capacity per upgrade.

Asks for: Highly Advanced Upgrade

Tungsten Dust needs to be broken down to a much smaller variant to allow its processing.

Asks for: Tungsten Tiny Dust

An Electric Compressor allows you to turn Tungsten Tiny Dust into Tungsten Nuggets.

Asks for: Tungsten Nugget

The Packer will now allow us to combine Stainless Steel, Tungsten and Titanium Ingot into a new Mixed Blastproof Ingot.

Asks for: Mixed Blastproof Ingot

As of now, you can very inefficiently make Blastproof Alloy Plates in an Electric Compressor using the Mixed Blastproof Ingot.

Asks for: Blastproof Alloy Plate

The Implosion Compressor uses the power of explosives to combine resources. It can be used to get more efficient Mixed Blastproof Alloy Ingots as well as many more useful resources.

Asks for: Advanced Item Input Hatch, Advanced Item Output Hatch, Blastproof Casing, Bronze Item Input Hatch, Bronze Item Output Hatch, EV Energy Input Hatch

The Nuclear Reactor allows you to process for higher end resources. We will be using it to generate Deuterium and Tritium. This resource list will help you build a "Large" Reactor. Any smaller size is not recommended due to its speed and efficiency. The details of making an efficient reactor are far too complicated to be provided here. I will provide you with the best designs possible here though. Here is a Large Reactor design to produce Deuterium. This is the Extreme sized Reactor design to produce Tritium.

Asks for: Nuclear Alloy Pipe Machine Casing, Nuclear Alloy Casing, Nuclear Fluid Hatch, Nuclear Item Hatch, Nuclear Reactor

Putting Water into a Reactor with fuel will yield us Deuterium. There are other ways to get this as well but Reactors provide the fastest way possible.

Asks for: Deuterium Bucket

Reactor can be fueled by Fuel Rods, these are the most basic ones you can craft.

Asks for: Uranium Fuel Rod, Uranium Double Fuel Rod, Uranium Quad Fuel Rod

Centrifuging the Uranium Dust will give us some isotopes of Uranium which can be further processed into better rods.

Asks for: Uranium 235 Tiny Dust, Uranium 238 Tiny Dust

Chemically Reacting the Deuterium with Oxygen will give us Heavy Water. This can be put back into the Reactor.

Asks for: Heavy Water Bucket

Heavy Water in a Reactor produces Tritium and Heavy Water Steam. The Tritium is used for advanced components whereas the Heavy Water Steam can be recycled into Heavy Water in a Heat Exchanger.

Asks for: Tritium Bucket