Difference between revisions of "Evaporite Deposits"
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In combination with 100 units of [[Atmospheric Gases]] it can be used to create 200 units of Sulfuric Acid.<br /> | In combination with 100 units of [[Atmospheric Gases]] it can be used to create 200 units of Sulfuric Acid.<br /> | ||
In combination with 100 units of [[Silicates]] it can be used to create 200 units of Silicon Diborite or 200 units of Ceramic Powder | In combination with 100 units of [[Silicates]] it can be used to create 200 units of Silicon Diborite or 200 units of Ceramic Powder | ||
| + | |||
| + | ==Product Of== | ||
| + | [[Moon_mining]] | ||
| + | |||
| + | ==Used In== | ||
| + | [[Ceramic Powder Reaction]]<br> | ||
| + | [[Silicon_Diborite_Reaction]]<br> | ||
| + | [[Sulfuric_Acid_Reaction]] | ||
Latest revision as of 14:08, 14 September 2009
Evaporite Deposits are very common on moons and as such by itself not very profitable.
100 units of Evaporite Deposits are harvested by the Moon Harvesting Array per hour.
Raw materials gathered from a harvesting array however are used in simple reactions to make alloys and compounds.
These simple reactions always start with 100 units of two different raw materials and produce 200 units of alloy or compound.
The reaction occurs once per hour.
Evaportie Deposits can be used in combination with several other raw moon materials to produce processed moon materials.
In combination with 100 units of Atmospheric Gases it can be used to create 200 units of Sulfuric Acid.
In combination with 100 units of Silicates it can be used to create 200 units of Silicon Diborite or 200 units of Ceramic Powder
Product Of
Used In
Ceramic Powder Reaction
Silicon_Diborite_Reaction
Sulfuric_Acid_Reaction