Mineralised Water
	Geode Processing  (water treatment 30 R/G > hydro refining 80 R/G > geode processing 50 R/G)
D	80 Water + 80 CO2 = 50 Green Algae (Advanced Algae Processing - 50 Red Research)
						Also provides:
D							100 Methanol Gas (20 Cellulose Fibre, 30s in Chemical Plant)
							1 Lithia Salt (20 Brown Algae, 7.5s in furnace) - Used for Lithium Batteries
							1 Sodium Carbonate (20 Brown Algae + 50 Purified Water, 7.5s in Chem Plant) - Used for stuff
D							100 Mineralised Water (Crushed Stone + 100 Water)

Acid Gas (can be processed to sulfur with Sulfur Processing 3, but it is basically a waste material)

D   100 Natural Gas > 60 Raw Gas, 30 Gas Condensates, 10 Sulfuric Waste Water (2s)
D   100 Raw Gas > 20 Acid Gas, 80 Natural Gas Liquids (6s)
40 Crude Oil + 60 Gas Condensates > 1 Oil Residuals, 40 Base Mineral Oil, 30 Fuel Oil, 30 Naptha (6s)
Pumpjack = 90RF/t

Natural Gas Liquids
	100 = 	50 Methane Gas (aka Petrolum Gas???)
			60 Methane + 60 Steam = 80 Methanol + 20 Residual Gas
				Green Catalyst + 70 Methanol + 30 Carbon Monoxide + 50 Purified Water = 100 Acetic Acid      (used for Bioplastics)
				Green Catalyst + 100 Methanol = 100 Formaldehyde Gas   (used for Plastics and Resin)
				50 Steam + 100 Methanol = 80 Propene Gas + 20 Residual Gas    (40 Propene = 10 Liquid Plastic)

			100 Methane + Green Catalyst = 100 Benzene Gas - ???

			60 Chlorine Gas + 40 Methane Gas = 100 Choromethane Gas - ???

			20 Chlorine Gas + 20 Methane Gas = 2 X Plastic
			30 Purified Water + 30 Methane Gas = 2 X Sulfur
			20 Purified Water + 5 Methane Gas = 250 Hydrogen Gas
			20 Methane Gas = 1 Solid Fuel
			1 Coke + 100 Methane Gas = 2 X Solid Fuel

		30 Ethane Gas
			60 Ethane Gas + 60 Steam = 80 Ethylene Gas + 20 Residual Gas
				Blue Catalyst + 100 Ethylene = 50 Polyethylene - ???
				Green Catalyst + 50 Ethylene + 50 Carbon Monoxide + 50 Purified Water = 50 Propionic Acid (used for Bioplastics 2)

		20 Butane Gas
			60 Butane Gas + 60 Steam = 80 Benzene Gas + 20 Residual Gas
				Yellow Catalyst + 100 Benzene + 100 Oxygen = 100 Phenol Liquid   (used for Plastics)
				Blue Catalyst + 50 Benzene + 50 Propene + 20 Oxygen = 60 Phenol Liquid + 60 Acetone Gas
		

Residual Gas
	60 Crude Oil + 40 Residual Gas = 1 x Oil Residuals, 60 Base Mineral Oil, 30 Fuel Oil, 10 Naptha    6s (Advanced Oil Processing 50 R/G/B)
	100 NGL + 50 Residual Gas = 40 Methane Gas, 40 Ethane Gas, 50 Butane Gas, 20 Toleune Liquid - ???
	100 Residual Gas + 100 Steam = 150 Synthesis Gas (Gas Steam Cracking 2 50 R/G/B)
	40 Base Mineral Oil + 10 Residual Gas = 50 Lubricant, 4s (Lubricants 50 R/G)   - Electric Engines and Advanced Bearings
	

Oil Residuals
	10 Oil Residuals + 100 Steam = 100 Residual Gas   (Oil Steam Cracking 2 50 R/G/B)

Military Science (30 R/G - 2x = 1 Piercing Rounds Magazine, 1 Grenade, 2 Walls, 10s)
		Piercing Rounds = 1 Firearm Magazine, 5 Copper Plate, 1 Steel Plate
		Grenade = 5 Iron Plate, 10 Coal

Molten Invar

D    Blue/Chemical Science (75 R/G - 2x = 2 x Sodium Hydroxide, 1 x Sulfur, 2 x Engine, 3 x Circuit 3, 14s)

D    Purple/Production Science (100 R/G/B - 3x = 1 Electric Furnace, 1 x Assembling Machine 2, 1 x Chemical Plant, 21s)

Yellow/Utility Science (100 R/G/B - 4x = 4 Silicon Nitride, 1 Electric Engine, 4 Lithium-ion Battery, 3 Low Density Structure, 4 Titanium Bearing, 6 Electronic Logic Board, 28s)

DX   Electric Furnace (250 R/G/B) - 10 Stone Brick, 10 Steel Plate, 5 Electronic Circuit Board.   186 RF/t



Hydrogen (H2)				120-142 MJ/kg
Methane (CH4)				50-55 MJ/kg
Methanol (CH3OH)			22.7 MJ/kg
Dimethyl ether - DME (CH3OCH3)		29 MJ/kg
Petrol/gasoline				44-46 MJ/kg
Diesel fuel				42-46 MJ/kg
Crude oil				42-47 MJ/kg
Liquefied petroleum gas (LPG)		46-51 MJ/kg
Natural gas				42-55 MJ/kg
Hard black coal (IEA definition)	>23.9 MJ/kg
Sub-bituminous coal (IEA definition)	17.4-23.9 MJ/kg
Lignite/brown coal (IEA definition)	<17.4 MJ/kg
Firewood (dry)				16 MJ/kg


Automation 3 (60 R/G) - AM2, 9 Steel Plates, 5 Steel Gears, 3 Circuit 3   (217 RF/t)
Automation 4 (80 R/G/B) - 9 Aluminium Plates, 5 Brass Gears, 5 Steel Bearings, 3 Circuit 3  (310 RF/t)
		Brass Gear (Brass = 3 Copper + 2 Zinc)
		Steel Bearing (1 Steel Plate + 16 Steel bearing balls) = 2 Bearing (Honestly, these are barely used and almost equal to 2 Steel Gears)
D		Aluminium Plate (Aluminium is Aluminium Dust + Sodium Hydroxide = Alumina, 2 Alumina + Carbon = 2 Ingots)



Uranium
1 Ore + 100 Sulfuric Acid = 1 Yellow Cake
1 Yellow Cake into Uranium Centrifuge produces
		Uranium 235
		Uranium 238

		Both are combined into either LEU-235 or HEU-235uuu
Reactor = 500 Concrete, 250 Steel, 500 Circuit 3