Sour Gas

From HBM's Nuclear Tech Wiki
Sour Gas
Properties
TypeGas
Made With/ByRefining/Hydrotreating
Difficulty of ProductionMedium
Exists in RealityYes
Can Be PlacedNo
Temperature~20°C
Renewable?Yes
Flammable250.0 kTU
Tooltip
Sour Gas
[Corrosive]
[Flammable]
Provides 250.0kTU per bucket
[Polluting]
When burned:
- 0.0002 SOOT per mB
[Toxic Fumes]
[Gaseous]
Hbm's Nuclear Tech
Warnings
Fire DiamondDefault:
NFPA 704
Sour Gas


Sour Gas is a byproduct gas of late-game petroleum processing. It is one of the most reliable sources of sulfuric acid, making it important in petroleum and bedrock ore processing.


Sour Gas is a corrosive, flammable, polluting gas with the [Toxic Fumes] trait.

Production

Vacuum Refinery
Crude Oil
1,000mB
Vacuum Heavy Oil
400mB
Reformate
250mB
Vacuum Light Oil
200mB
Sour Gas
150mB
Hydrotreater
Liquid Hydrogen
50mB
Natural Gas
1,000mB
Hydrotreater
Petroleum Gas
800mB
Sour Gas
150mB
Liquid Hydrogen
50mB
Crude Oil
1,000mB
Hydrotreater
Desulfurized Crude Oil
900mB
Sour Gas
150mB
Liquid Hydrogen
50mB
Cracked Oil
1,000mB
Hydrotreater
Desulfurized Cracked Oil
900mB
Sour Gas
150mB
Liquid Hydrogen
100mB
High-Cetane Cracked Diesel
1,000mB
Hydrotreater
High-Cetane Diesel
800mB
Sour Gas
300mB
Liquid Hydrogen
50mB
Cracked Diesel
1,000mB
Hydrotreater
Diesel
800mB
Sour Gas
300mB
Liquid Hydrogen
100mB
Coal Oil
1,000mB
Hydrotreater
Coal Gasoline
800mB
Sour Gas
150mB

Uses

Catalytic Reformer
Sour Gas
1,000mB
Catalytic Reformer
Sulfuric Acid
750mB
Petroleum Gas
100mB
Liquid Hydrogen
150mB
Chemical Plant
Inputs Recipe
Chemistry Recipe: TATB

Duration: 2.5 seconds

Consumption: 5.0 kHE/t

Inputs: TNT, Sour Gas (1PU), Nitric Acid

Outputs: TATB

Sour Gas
200mB
Nitric Acid
10mB
TNT
Chemical PlantChemical Factory
TATB
Coker Unit
Sour Gas
1,000mB
Sulfur
Coker Gas
150mB
Industrial Solidification Machine
Sour Gas
7,200mB
Industrial Solidification Machine
Solid Fuel
Sour Gas
2,800mB
Pyrolysis Oven
Solid Fuel

Trivia

  • In real life, sour gas refers to any natural gas that contains a certain amount of hydrogen sulfide. This can be seen in the leftover petroleum gas produced by reforming.
    • Although it is feasible for sour gas to have such a high sulfur content, the in-game variant contains a suspiciously large amount of oxygen (since sulfuric acid is ).

Gallery

External Links