Beaker (Nitrobenzene)

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.

External

Nitrobenzene on en.wikipedia.org

Properties

Name	Value
Release Version	1.1.2

Recipes

Crafting Table

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

Chemical Processor

Outputs	Components	Recipe
Beaker (Aniline) Beaker (Deionized Water)	Platinum Catalyst Beaker (Nitrobenzene) Cartridge (Hydrogen)	5 4 12 4 8
Beaker (Nitrobenzene) Beaker (Deionized Water)	Vial (Sulfuric Acid) Beaker (Benzene) Beaker (Nitric Acid)	4
Beaker (Nitrobenzene) Beaker (Deionized Water)	Vial (Sulfuric Acid) Beaker (Benzene) Beaker (Nitric Acid)	12 16 16 16 16
Beaker (Aniline) Beaker (Deionized Water)	Platinum Catalyst Beaker (Nitrobenzene) Flask (Hydrogen)	4 3 2
Beaker (Aniline) Beaker (Deionized Water)	Platinum Catalyst Beaker (Nitrobenzene) Cartridge (Hydrogen)	6 16 48 16 32
Beaker (Nitrobenzene) Beaker (Deionized Water)	Vial (Sulfuric Acid) Beaker (Benzene) Beaker (Nitric Acid)	8 4 4 4 4

History

Gallery

References