Gases

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Hydrogen

Hydrogen in a Chemical Tank

Made by:

• Electrolytic Separator using Water

Used by:

• Gas-Burning Generator for power
• Jetpack for fuel
• Armored Jetpack for fuel
• Chemical Infuser to make Hydrogen Chloride

==Polonium== RADIOACTIVE Made by:

• Solar Neutron Activator using Nuclear Waste

Used by:

• Pressurized Reaction Chamber for Polonium Pellets

fissile fuel

Made by:

• Isotopic Centrifuge using Hydrofluoric Acid

Used by:

• Fission Reactor to create power and Nuclear Waste

==Nuclear Waste== RADIOACTIVE Made by:

• Fission Reactor using Fissile Fuel

Used by:

• Solar Neutron Activator to create Polonium and Spent Nuclear Waste

==Spent Nuclear Waste== RADIOACTIVE Made by:

• Pressurized Reaction Chamber with Polonium, Water and Fluorite Dust

Used by:

• Nothing

Oxygen

Made by:

• Electrolytic Separator using Water
• Optionally replaceable by flint on some machines

Used by:

• Purification Chamber to make Clumps
• Chemical Infuser to make Sulfur Trioxide
• Scuba Tank as breathable supply

Chlorine

Made by:

• Electrolytic Separator using Brine

Used by:

• Chemical Infuser to make Hydrogen Chloride

Hydrogen Chloride

Made by:

• Chemical Infuser using Hydrogen and Chlorine

Used by:

• Chemical Injection Chamber to make Shards
• Chemical Injection Chamber to make Sulfur

Sulfur Dioxide

Made by:

• Chemical Oxidizer using Sulfur

Used by:

• Chemical Infuser to make Sulfur Trioxide

Sulfur Trioxide

Made by:

• Chemical Infuser using Oxygen and Sulfur Dioxide

Used by:

• Chemical Infuser to make Sulfuric Acid

Gaseous Brine

Made by:

• Chemical Oxidizer using Salt
• Rotary Condensentrator using Brine

Used by:

• Rotary Condensentrator to make Brine

Water Vapor

Made by:

• Rotary Condensentrator using Water

Used by:

• Chemical Infuser to make Sulfuric Acid
• Chemical Injection Chamber with Dirt to make Clay

Sulfuric Acid

Made by:

• Chemical Infuser using Sulfur Trioxide and Water Vapor

Used by:

• Chemical Dissolution Chamber to make Slurry

Ethylene

Made by:

• Pressurized Reaction Chamber using Water and Hydrogen

Used by:

• Gas-Burning Generator for Power

Deuterium

Made by:

• Electrolytic Separator using Heavy Water

Used by:

• Chemical Infuser to make D-T Fuel

Lithium

Made by:

• Putting Liquid Lithium into a Rotary Condensentrator

Used by:

• Solar Neutron Activator to make Tritium
• Chemical Crystallizer to make Lithium Dust

Tritium

Made by:

• Solar Neutron Activator using Lithium

Used by:

• Chemical Infuser to make D-T Fuel

D-T Fuel

Made by:

• Either Fusion Reactor or Chemical Infuser using Deuterium and Tritium

Used by:

• Fusion Reactor for Energy

Sodium

Made by:

• Electrolytic Separator using Brine

Used by:

• Sodium cooled Fission Reactor setup