Difference between revisions of "Coolant (Fluid)"
m (Changed 'Universal Fluid Cell' to 'Empty Cell'.) |
m (Since UFC fluid handling is a go, changed the cells to filled UFCs; added note) |
||
Line 3: | Line 3: | ||
== Recipe == | == Recipe == | ||
Coolant is made in the [[Canning Machine]] in Fluid Enrich mode, combining Lapis Lazuli Dust with either normal water or [[Distilled Water]]. | Coolant is made in the [[Canning Machine]] in Fluid Enrich mode, combining Lapis Lazuli Dust with either normal water or [[Distilled Water]]. | ||
''Note: The coolant would either go into the output tank or an available cell, not both. The GUI is merely an example.'' | |||
{| | {| | ||
|{{Grid/Canning Machine | |{{Grid/Canning Machine | ||
|mode=D | |mode=D | ||
|can= | |can=Universal Fluid Cell | ||
|input-tank=Water | |input-tank=Water | ||
|input-fill=1000 | |input-fill=1000 | ||
|input=Lapis Lazuli Dust | |input=Lapis Lazuli Dust | ||
|IA=8 | |IA=8 | ||
|output=Coolant | |output=Universal Fluid Cell^Coolant | ||
|output-tank=Coolant | |output-tank=Coolant | ||
|output-fill=1000 | |output-fill=1000 | ||
Line 17: | Line 19: | ||
|{{Grid/Canning Machine | |{{Grid/Canning Machine | ||
|mode=D | |mode=D | ||
|can= | |can=Universal Fluid Cell | ||
|input-tank=Distilled Water | |input-tank=Distilled Water | ||
|input-fill=1000 | |input-fill=1000 | ||
|input-tank-link=Distilled Water | |input-tank-link=Distilled Water | ||
|input=Lapis Lazuli Dust | |input=Lapis Lazuli Dust | ||
|output=Coolant | |output=Universal Fluid Cell^Coolant | ||
|output-tank=Coolant | |output-tank=Coolant | ||
|output-fill=1000 | |output-fill=1000 | ||
Line 36: | Line 38: | ||
|A2=Tin Plate | |A2=Tin Plate | ||
|B1=Tin Plate | |B1=Tin Plate | ||
|B2= | |B2=Universal Fluid Cell^Coolant | ||
|B3=Tin Plate | |B3=Tin Plate | ||
|C2=Tin Plate | |C2=Tin Plate |
Revision as of 14:13, 13 December 2016
Coolant is a fluid in IC². It exists to make Cooling Cells and to cool a fluid reactor.
Recipe[edit]
Coolant is made in the Canning Machine in Fluid Enrich mode, combining Lapis Lazuli Dust with either normal water or Distilled Water.
Note: The coolant would either go into the output tank or an available cell, not both. The GUI is merely an example.
|
|
As shown, for every 1000 mB of coolant produced, using normal water requires 8 dust while using Distilled Water only requires 1 dust.
Uses[edit]
Coolant can be placed in the world, but serves no useful purpose that way other than looking nice. A more practical use is to make 10K Cooling Cells.
Coolant (in fluid form) is also a key component of energy production in fluid reactors, where it is cyclically heated by the reactor and cooled by a Liquid Heat Exchanger.