Difference between revisions of "Element:OIL"

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{{MaterialBtn|HYGN}} + {{MaterialBtn|DESL}} → {{MaterialBtn|OIL}} + {{MaterialBtn|WATR}}
 
{{MaterialBtn|HYGN}} + {{MaterialBtn|DESL}} → {{MaterialBtn|OIL}} + {{MaterialBtn|WATR}}
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at over 7 pressure and 200C, and in the presence of [[Element:PTNM|platinum]]: {{MaterialBtn | WTRV }} + {{MaterialBtn | BCOL }} -> {{MaterialBtn | OIL }}
  
 
== Reactions ==
 
== Reactions ==
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| This save shows an example of catalytic hydrogenation of DESL to form OIL.
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{{Languages|Element:OIL}}

Latest revision as of 15:36, 20 October 2023

OIL.png Oil
Properties
Section Liquids
Spawn temperature 22°C
Heat Conductivity 16.8%
Relative weight 20
Gravity 0.1
Acid dissolve rate 0.5%
Flammability 20
State Liquid
Transitions
High temperature GAS.png above 59.85°C
Misc properties
Allows neutrons to pass through
Source code


Oil is a light flammable liquid, which evaporates to gas at low pressure or high temperature. Floats on top of many liquids such as water or liquid oxygen but sinks through soap and diesel.

Creation

Liquefying gas at pressure above 6.0:

GAS.pngOIL.png

Hydrogen and diesel reaction in the presence of a platinum catalyst:

HYGN.png + DESL.png + PTNM.pngOIL.png + WATR.png

The same reaction works without platinum if hydrogen is above 8.0 pressure (diesel has to be at lower pressure to avoid detonation):

HYGN.png + DESL.pngOIL.png + WATR.png

at over 7 pressure and 200C, and in the presence of platinum: WTRV.png + BCOL.png -> OIL.png

Reactions

Oil can be transformed to gas at normal conditions by attacking it with neutrons:

NEUT.png + OIL.pngNEUT.png + GAS.png

Examples

This save shows how to achieve a difficult HYGN + DESL reaction without PTNM.
This save shows an example of catalytic hydrogenation of DESL to form OIL.


Language: English