Solid fuel from light oil

Overview





Light oil yields the most Solid fuel per unit of input for this recipe, with the most favorable conversion rate among the three petroleum intermediates. Converting Heavy oil to Solid fuel directly gives a poorer yield; if Heavy oil is first cracked into Light oil and then used for Solid fuel, the effective Solid fuel yield from that original Heavy oil changes (the branching through Light oil improves overall output but reduces the raw Heavy oil→Solid fuel ratio compared with using Heavy oil alone).
- Solid fuel can be produced from Heavy oil, Light oil, or Petroleum gas using the appropriate production building.
- Using Light oil as the feedstock yields the most Solid fuel per unit of input for this recipe.
- Cracking Heavy oil into Light oil before producing Solid fuel alters the net yield from Heavy oil (the intermediate step increases overall Solid fuel output compared to using Heavy oil alone, but the raw Heavy oil→Solid fuel ratio is reduced compared to an original baseline).
Choosing to produce Solid fuel is a strategic decision that depends on resource availability and factory layout. 
Recipe
Other entities of this type
- Acid neutralisation
- Advanced thruster fuel
- Advanced thruster oxidizer
- Ammonia rocket fuel
- Ammoniacal solution separation
- Battery
- Carbon
- Coal synthesis
- Explosives
- Flamethrower ammo
- Heavy oil cracking to light oil
- Holmium solution
- Ice melting
- Light oil cracking to petroleum gas
- Lithium
- Lubricant
- Plastic bar
- Solid fuel from ammonia
- Solid fuel from heavy oil
- Solid fuel from petroleum gas
- Steam condensation
- Sulfur
- Sulfuric acid
- Thruster fuel
- Thruster oxidizer