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Turbofuel

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Turbofuel is an improved version of Fuel Fuel mixed with Compacted Coal Compacted Coal.

Obtaining[]

Unlocking[]

All Turbofuel recipes require Tier 5 - Oil Processing to be researched, directly or indirectly.

The default Turbofuel recipe is unlocked in MAM Sulfur Research. The research itself costs Compacted Coal Compacted Coal, thus it needs to be researched first. It is one of two MAM researches to cost a Hard Drive Hard Drive, due to formerly being an alternate recipe.

Turbofuel Turbofuel is unlocked via the Sulfur Research chain in the MAM MAM using:
Hard Drive
1
Compacted Coal
15
Packaged Fuel
50

The Turbo Heavy Fuel and Turbo Blend Fuel recipes are unlocked by scanning Hard Drives in the MAM. Each recipe has different prerequisites to appear in the selection pool: Turbo Heavy Fuel requires Compacted Coal Compacted Coal to be researched in MAM Sulfur Research, while Turbo Blend Fuel requires Blender Blenders to be available and Sulfur Sulfur to be researched.

Turbofuel Turbo Heavy Fuel is unlocked via the Hard Drive Research chain in the MAM MAM using:
Hard Drive
1
Turbofuel Turbo Blend Fuel is unlocked via the Hard Drive Research chain in the MAM MAM using:
Hard Drive
1

Crafting[]

RecipeIngredientsBuildingProductsPrerequisites
Turbofuel
6 × Fuel
Fuel
22.5 / min
4 × Compacted Coal
Compacted Coal
15 / min
Refinery
16 sec
5 × Turbofuel
Turbofuel
18.75 / min
96 MJ/item
Sulfur Research - Turbo Fuel
Unpackage Turbofuel
2 × Packaged Turbofuel
Packaged Turbofuel
20 / min
Packager
6 sec
2 × Turbofuel
Turbofuel
20 / min
30 MJ/item
2 × Empty Canister
Empty Canister
20 / min
30 MJ/item
Tier 5 - Alternative Fluid Transport
∧ one of:
Sulfur Research - Turbo Fuel
OR Alternate Recipe - Turbo Heavy Fuel
OR Alternate Recipe - Turbo Blend Fuel
Turbo Heavy Fuel
Alternate
5 × Heavy Oil Residue
Heavy Oil Residue
37.5 / min
4 × Compacted Coal
Compacted Coal
30 / min
Refinery
8 sec
4 × Turbofuel
Turbofuel
30 / min
60 MJ/item
Tier 5 - Oil Processing
Sulfur Research - Compacted Coal
Turbo Blend Fuel
Alternate
2 × Fuel
Fuel
15 / min
4 × Heavy Oil Residue
Heavy Oil Residue
30 / min
Blender
8 sec
6 × Turbofuel
Turbofuel
45 / min
100 MJ/item
Tier 7 - Bauxite Refinement
Sulfur Research - Sulfur
3 × Sulfur
Sulfur
22.5 / min
3 × Petroleum Coke
Petroleum Coke
22.5 / min

Alternate recipes analysis[]

The following shows different ways to produce 1 m3 of Turbofuel / second, or 60 m3/min:
Turbofuel alts

Recipe Coal
/min (WP)		 Sulfur
/min (WP)		 Crude Oil
m3/min (WP)		 Total WP Total Energy
/m3 (MJ)		 Space
(m2)		 Building
counts
Default 48
(15.94 )		 48
(70.18 )		 27
(23.08 )		 109.19 251.3 1589.11 7.63
Heavy 60
(19.92 )		 60
(87.72 )		 56.25
(48.08 )		 155.72 207.55 1206.94 6.76
Blend - 30
(43.86 )		 45
(38.46 )		 82.32 203.12 905.16 3.73
  • Weighted Point is the weighted consumption rate which is calculated by: (resource consumption rate / maximum extraction rate) * 10,000. The lower the better.
  • Energy per item can be used to measure how much power is consumed for the entire production chain. The lower the better.
  • Space refers to building space, excluding belts and pipes. The lower the better.
  • Energy for sinking byproducts are considered, assuming using Conveyor Belt Mk.4.
  • Fuel is assumed to be produced via Diluted Fuel alternate recipe.
  • As 1 m3 of Turbofuel contains 2000 MJ, subtracting its manufacturing energy will show the net energy gain.

Usage[]

Crafting[]

RecipeIngredientsBuildingProductsPrerequisites
Packaged Turbofuel
2 × Turbofuel
Turbofuel
20 / min
2 × Empty Canister
Empty Canister
20 / min
Packager
6 sec
2 × Packaged Turbofuel
Packaged Turbofuel
20 / min
30 MJ/item
Tier 5 - Alternative Fluid Transport
∧ one of:
Sulfur Research - Turbo Fuel
OR Alternate Recipe - Turbo Heavy Fuel
OR Alternate Recipe - Turbo Blend Fuel
Turbo Rifle Ammo
25 × Rifle Ammo
Rifle Ammo
125 / min
3 × Aluminum Casing
Aluminum Casing
15 / min
Blender
12 sec
50 × Turbo Rifle Ammo
Turbo Rifle Ammo
250 / min
18 MJ/item
Sulfur Research - Turbo Rifle Ammo
3 × Turbofuel
Turbofuel
15 / min
 

Notes[]

Fuel vs Turbofuel Efficiency[]

Using the Turbo Blend Fuel and Diluted Fuel recipes:

This makes Fuel 75% as efficient as Turbofuel, at the cost of Sulfur.

To create 2,000MW of power 60m3/min of Turbofuel is needed or 160m3/min of Fuel is needed. Using the same recipes as before, the TurboFuel is made from 45m3/min Crude Oil and 30 Sulfur/min while the Fuel is made from 60m3/min Crude Oil. This gives Turbofuel a weighted point value of about 82.32 and Fuel a weighted point value of about 51.28 for 2,000MW of power. This means that for weighted resource efficiency Turbo Fuel is about 1.6x as expensive for an equivalent amount of power.

However turning Fuel into Turbofuel raises the maximum potential MW production from 390,000MW from Fuel alone, to 504,000MW (456,000MW via Turbofuel + 48,000MW turning remaining Crude Oil into Fuel)

Tips[]

Trivia[]

  • In real life, naturally occurring Sulfur typically must be removed from crude oil and its derivatives, not added, during the refining process. It is an important step in petrochemical refining that reduces dangerous Sulfur Dioxide pollution from combusted fuel. Many means for Sulfur removal have been developed, such as Hydrodesfulfurization. A related process, known as Sweetening reduces the odor of noxious organosulfur compounds in gasoline by converting them to less odiferous disulfides. I wonder if FICSIT can make Turbofuel smell better too?

Gallery[]

  • Schematic of Turbofuel production based on 300 m3/min of Crude Oil and 533.34 Sulfur and Coal/min to yield 666.66 m3/min of Turbofuel. Uses Diluted Packaged Fuel loop. Less power efficient but available earlier than the Blender version. Note that this diagram was made before patch 0.3.6 introduced the Packager, and so shows packaging operations being performed by Refineries.

    Schematic of Turbofuel production based on 300 m3/min of Crude Oil and 533.34 Sulfur and Coal/min to yield 666.66 m3/min of Turbofuel. Uses Diluted Packaged Fuel loop. Less power efficient but available earlier than the Blender version. Note that this diagram was made before patch 0.3.6 introduced the Packager, and so shows packaging operations being performed by Refineries.

  • Schematic of Turbofuel production based on 300 m3/min of Crude Oil and 533.34 Sulfur and Coal/min to yield 666.66 m3/min of Turbofuel. Uses Blender version of Diluted Fuel to reduce complexity and power usage.

    Schematic of Turbofuel production based on 300 m3/min of Crude Oil and 533.34 Sulfur and Coal/min to yield 666.66 m3/min of Turbofuel. Uses Blender version of Diluted Fuel to reduce complexity and power usage.

  • Schematic of Turbofuel production based on 500 m3/min of Crude Oil and 333.34 Sulfur/min to yield 666.66 m3/min of Turbofuel. Reduces Sulfur usage and eliminates coal usage. However increases oil usage.

    Schematic of Turbofuel production based on 500 m3/min of Crude Oil and 333.34 Sulfur/min to yield 666.66 m3/min of Turbofuel. Reduces Sulfur usage and eliminates coal usage. However increases oil usage.

  • A setup of Turbofuel Power.

    A setup of Turbofuel Power.

History[]

  • Patch 0.6.0.4: Can no longer be unlocked from Hard Drive research
  • Patch 0.6.0.0: The default recipe can now be unlocked through Sulfur Research in the MAM, while still being an alternate recipe that can be unlocked from Hard Drives
  • Patch 0.4.0.0: Introduced Turbo Blend Fuel alternate recipe
  • Patch 0.3.0.1: Fixed default recipe, now produces liquids properly
  • Patch 0.3:
    • Now a liquid
    • Introduced Turbo Heavy Fuel alternate recipe
    • Loading a save created before Patch 0.3 converts Turbofuel items to Packaged Turbofuel
  • Patch 0.1.7: Changed default recipe's Compacted Coal cost from 2 to 4

See also[]


v · d · eFluids
Liquids
Water Water  •  Crude Oil Crude Oil  •  Heavy Oil Residue Heavy Oil Residue  •  Fuel Fuel  •  Turbofuel Turbofuel  •  Liquid Biofuel Liquid Biofuel  •  Alumina Solution Alumina Solution  •  Sulfuric Acid Sulfuric Acid  •  Nitric Acid Nitric Acid
Gases
Packaged


v · d · eItems (WARNING: THIS WIKI IS DEPRECATED, USE SATISFACTORY.WIKI.GG INSTEAD)
Parts
Ores
Bauxite Bauxite  •  Caterium Ore Caterium Ore  •  Coal Coal  •  Copper Ore Copper Ore  •  Crude Oil Crude Oil (Packaged Oil Packaged)  •  Iron Ore Iron Ore  •  Limestone Limestone  •  Nitrogen Gas Nitrogen Gas (Packaged Nitrogen Gas Packaged)  •  Raw Quartz Raw Quartz  •  SAM Ore SAM Ore  •  Sulfur Sulfur  •  Uranium Uranium  •  Water Water (Packaged Water Packaged)
Flora and Fauna
Alien Remains (Hog  •  Spitter  •  Stinger  •  Hatcher)  •  Flower Petals Flower Petals  •  Leaves Leaves  •  Mycelia Mycelia  •  Power Slug (Blue Power Slug Blue, Yellow Power Slug Yellow, Purple Power Slug Purple)  •  Wood Wood
Healing items
Bacon Agaric Bacon Agaric  •  Beryl Nut Beryl Nut  •  Paleberry Paleberry  •  Medicinal Inhaler Medicinal Inhaler
Other resources
FICSIT Coupon FICSIT Coupon  •  Hard Drive Hard Drive  •  HUB Parts HUB Parts  •  Mercer Sphere Mercer Sphere  •  Somersloop Somersloop
Components
Phase 0
Tier 0
Biomass Biomass (Leaves, Wood)  •  Cable Cable  •  Concrete Concrete  •  Copper Ingot Copper Ingot  •  Iron Ingot Iron Ingot  •  Iron Plate Iron Plate  •  Iron Rod Iron Rod  •  Reinforced Iron Plate Reinforced Iron Plate  •  Screw Screw  •  Wire Wire
Tier 2
Color Cartridge Color Cartridge  •  Copper Sheet Copper Sheet  •  Solid Biofuel Solid Biofuel  •  Modular Frame Modular Frame  •  Rotor Rotor  •  Smart Plating Smart Plating
Phase 1
Tier 3
Steel Beam Steel Beam  •  Steel Ingot Steel Ingot  •  Steel Pipe Steel Pipe  •  Versatile Framework Versatile Framework
Tier 4
Automated Wiring Automated Wiring  •  Encased Industrial Beam Encased Industrial Beam  •  Heavy Modular Frame Heavy Modular Frame  •  Motor Motor  •  Stator Stator
Phase 2
Tier 5
Adaptive Control Unit Adaptive Control Unit  •  Circuit Board Circuit Board  •  Computer Computer  •  Empty Canister Empty Canister  •  Fuel Fuel (Packaged Fuel Packaged)  •  Heavy Oil Residue Heavy Oil Residue (Packaged Heavy Oil Residue Packaged)  •  Liquid Biofuel Liquid Biofuel (Packaged Liquid Biofuel Packaged)  •  Modular Engine Modular Engine  •  Petroleum Coke Petroleum Coke  •  Plastic Plastic  •  Polymer Resin Polymer Resin  •  Rubber Rubber
Phase 3
Tier 7
Alumina Solution Alumina Solution (Packaged Alumina Solution Packaged)  •  Aluminum Casing Aluminum Casing  •  Alclad Aluminum Sheet Alclad Aluminum Sheet  •  Aluminum Ingot Aluminum Ingot  •  Aluminum Scrap Aluminum Scrap  •  Assembly Director System Assembly Director System  •  Battery Battery  •  Radio Control Unit Radio Control Unit  •  Sulfuric Acid Sulfuric Acid (Packaged Sulfuric Acid Packaged)
Tier 8
Research
MAM
AI Limiter AI Limiter  •  Alien DNA Capsule Alien DNA Capsule  •  Alien Protein Alien Protein  •  Biomass Biomass (Mycelia, Alien Protein)  •  Black Powder Black Powder  •  Caterium Ingot Caterium Ingot  •  Compacted Coal Compacted Coal  •  Crystal Oscillator Crystal Oscillator  •  Fabric Fabric  •  High-Speed Connector High-Speed Connector  •  Quickwire Quickwire  •  Power Shard Power Shard  •  Quartz Crystal Quartz Crystal  •  Silica Silica  •  Smokeless Powder Smokeless Powder  •  Supercomputer Supercomputer  •  Turbofuel Turbofuel (Packaged Turbofuel Packaged)
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Equipment
Phase 0
Phase 1
Phase 2
Phase 3
Research
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