Di-hydrogen

Raw Materials - Core

A stable, crystalline form of hydrogen remarkable both for its extreme energy density and its stability at atmospheric pressures. common to all worlds, di-hydrogen is found in the form of large blue crystals. It is a key component of starship launch fuel.

Di-hydrogen

Capacity: 9999 (250)

Refining Recipes

1

Di-hydrogen Jelly x1 Di-hydrogen Jelly
=
Di-hydrogen x40 Di-hydrogen

2

Tritium x5 Tritium
=
Di-hydrogen x1 Di-hydrogen

Refining Recipes Using This Item

1

Uranium x1 Uranium
+
Di-hydrogen x1 Di-hydrogen
=
Condensed Carbon x2 Condensed Carbon

2

Di-hydrogen x1 Di-hydrogen
+
Tritium x1 Tritium
=
Deuterium x1 Deuterium

3

Di-hydrogen x1 Di-hydrogen
+
Oxygen x1 Oxygen
=
Salt x1 Salt

4

Nitrogen x1 Nitrogen
+
Di-hydrogen x1 Di-hydrogen
=
Ammonia x1 Ammonia

5

Radon x1 Radon
+
Di-hydrogen x1 Di-hydrogen
=
Uranium x1 Uranium

6

Di-hydrogen x1 Di-hydrogen
+
Condensed Carbon x1 Condensed Carbon
=
Mordite x1 Mordite

7

Di-hydrogen x1 Di-hydrogen
+
Carbon x1 Carbon
=
Faecium x1 Faecium

8

Di-hydrogen x10 Di-hydrogen
+
Ferrite Dust x20 Ferrite Dust
+
Sodium Nitrate x5 Sodium Nitrate
=
Starship Launch Fuel x1 Starship Launch Fuel

9

Di-hydrogen x10 Di-hydrogen
+
Pure Ferrite x20 Pure Ferrite
+
Sodium x10 Sodium
=
Starship Launch Fuel x1 Starship Launch Fuel

10

Di-hydrogen x10 Di-hydrogen
+
Magnetised Ferrite x10 Magnetised Ferrite
+
Sodium Nitrate x5 Sodium Nitrate
=
Starship Launch Fuel x1 Starship Launch Fuel

11

Oxygen x10 Oxygen
+
Condensed Carbon x10 Condensed Carbon
+
Di-hydrogen x10 Di-hydrogen
=
Life Support Gel x1 Life Support Gel

12

Di-hydrogen x30 Di-hydrogen
=
Di-hydrogen Jelly x1 Di-hydrogen Jelly

13

Sulphurine x1 Sulphurine
+
Di-hydrogen x1 Di-hydrogen
=
Solanium x1 Solanium