Vial (Nitrobenzene)

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Description

Nitrobenzene can be made through an electrophilic aromatic substitution reaction between benzene, nitric acid and sulfuric acid. Concentrated sulfuric acid and nitric acid react to generate a reactive nitronium (NO2+) ion which can then be attacked by a molecule of benzene.

Nitrobenzene-nitration.png

External

Nitrobenzene on en.wikipedia.org

Properties

Name Value
Release Version 1.1.2

Recipes

Crafting Table

Outputs Components Recipe
  • Vial (Nitrobenzene) Vial (Nitrobenzene)
Shapeless
Beaker (Nitrobenzene)
Vial (Nitrobenzene)
64

  • Vial (Nitrobenzene)
Shapeless
Vial (Nitrobenzene)
64
Beaker (Nitrobenzene)

Chemical Processor

Outputs Components Recipe
Platinum Catalyst
Vial (Nitrobenzene)
Flask (Hydrogen)
3
Vial (Aniline)
Vial (Deionized Water)
2
Water Bucket
Water Bucket
Fuel

Platinum Catalyst
3
Vial (Nitrobenzene)
16
Flask (Hydrogen)
48
Vial (Aniline)
16
Vial (Deionized Water)
32
Water Bucket
Water Bucket
Fuel

Vial (Sulfuric Acid)
3
Vial (Benzene)
16
Vial (Nitric Acid)
16
Vial (Nitrobenzene)
16
Vial (Deionized Water)
16
Water Bucket
Water Bucket
Fuel

Vial (Sulfuric Acid)
2
Vial (Benzene)
4
Vial (Nitric Acid)
4
Vial (Nitrobenzene)
4
Vial (Deionized Water)
4
Water Bucket
Water Bucket
Fuel

Vial (Sulfuric Acid)
Vial (Benzene)
Vial (Nitric Acid)
Vial (Nitrobenzene)
Vial (Deionized Water)
Water Bucket
Water Bucket
Fuel

Platinum Catalyst
2
Vial (Nitrobenzene)
4
Flask (Hydrogen)
12
Vial (Aniline)
4
Vial (Deionized Water)
8
Water Bucket
Water Bucket
Fuel

History

Gallery

Vessel vial.png

References