Natural Resources: Difference between revisions
Wiki Port 2 (talk | contribs) No edit summary |
Wiki Port 2 (talk | contribs) No edit summary |
||
Line 103: | Line 103: | ||
|primaryimage = Asteroid_lapis_lazuli.png | |primaryimage = Asteroid_lapis_lazuli.png | ||
|secondaryimage = Lapis lazuli.png | |secondaryimage = Lapis lazuli.png | ||
|secondaryimage2 = | |secondaryimage2 = Lapis_block.png | ||
|secondaryimage3 = | |secondaryimage3 = Lapis_ore.png | ||
|description = '''Lapis Lazuli''' is a blue metamorphic rock and a precious stone. The stone can be crushed to form blue dyes, and has magical properties that help a tool or weapon attune themselves with enchantments. | |description = '''Lapis Lazuli''' is a blue metamorphic rock and a precious stone. The stone can be crushed to form blue dyes, and has magical properties that help a tool or weapon attune themselves with enchantments. | ||
|properties = '''Requires smelting:''' No | |properties = '''Requires smelting:''' No | ||
Line 159: | Line 159: | ||
|name = Uranium | |name = Uranium | ||
|primaryimage = Asteroid_uranium.png | |primaryimage = Asteroid_uranium.png | ||
|secondaryimage = | |secondaryimage = Uranium.png | ||
|secondaryimage2 = Uranium_block.png | |secondaryimage2 = Uranium_block.png | ||
|secondaryimage3 = Uranium_ore.png | |secondaryimage3 = Uranium_ore.png | ||
Line 179: | Line 179: | ||
|- | |- | ||
|{{Resource | |{{Resource | ||
|name = | |name = Hydrogen | ||
|primaryimage = | |primaryimage = Gas canister hydrogen.png | ||
|description = '''Hydrogen''' is the smallest and lightest element. It is the most abundant element in the universe and is found in many chemical compounds. | |||
|properties = '''Type:''' Fuel | |||
<br>'''Capacity:''' 1000 | |||
|description = ''' | <br>'''Power per unit:''' 2 | ||
|properties = ''' | <br>'''Cooldown (ticks):''' 150 | ||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[Kovfefe]] | [[Chandra]] 90%<br> | ||
[[ | [[Luxiterna]] 20%<br> | ||
[[Herdoli]] 20%<br> | |||
[[Rubaciea]] 60%<br> | |||
[[Gahara]] 30%<br> | |||
[[Kovfefe]] 10%<br> | |||
[[Turms]] 40%}} | |||
|{{Resource | |{{Resource | ||
|name = | |name = Nitrogen | ||
|primaryimage = | |primaryimage = Gas canister nitrogen.png | ||
|description = '''Nitrogen''' is a common element in the universe and is used in many biological processes. | |||
|properties = '''Type:''' Fuel | |||
<br>'''Capacity:''' 500 | |||
|description = ''' | <br>'''Power per unit:''' 1 | ||
|properties = ''' | <br>'''Cooldown (ticks):''' 100 | ||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[ | [[Ilius]] 50%<br> | ||
[[ | [[Rubaciea]] 30%<br> | ||
[[Aret]] 40%<br> | |||
[[Aerach]] 50%<br> | |||
[[Vask]] 50%<br> | |||
[[Gahara]] 20%<br> | |||
[[Chimgara]] 20%<br> | |||
[[Krio]] 33%<br> | |||
[[Lioda]] 50%}} | |||
|- | |- | ||
|{{Resource | |{{Resource | ||
|name = | |name = Methane | ||
|primaryimage = | |primaryimage = Gas canister methane.png | ||
| | |description = '''Methane''' contains plenty of energy for combustion. | ||
| | |properties = '''Type:''' Fuel | ||
<br>'''Capacity:''' 750 | |||
<br>'''Power per unit:''' 3 | |||
<br>'''Cooldown (ticks):''' 200 | |||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[ | [[Isik]] 25%<br> | ||
[[ | [[Damkoth]] 20%<br> | ||
[[Qatra]] 35%<br> | |||
[[Eden]] 45%}} | |||
| | | | ||
|- | |- | ||
Line 220: | Line 234: | ||
|- | |- | ||
|{{Resource | |{{Resource | ||
|name = | |name = Oxygen | ||
|primaryimage = | |primaryimage = Gas canister oxygen.png | ||
|description = '''Oxygen''' is used by nearly all living organisms for respiration. | |||
|properties = '''Type:''' Oxidizer | |||
<br>'''Capacity:''' 1000 | |||
|description = ''' | <br>'''Power multiplier:''' 1.0 | ||
|properties = ''' | |||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[ | [[Ilius]] 20%<br> | ||
[[ | [[Luxiterna]] 25%<br> | ||
[[Rubaciea]] 10%<br> | |||
[[Aret]] 20%<br> | |||
[[Aerach]] 30%<br> | |||
[[Vask]] 50%<br> | |||
[[Gahara]] 50%<br> | |||
[[Chimgara]] 20%<br> | |||
[[Krio]] 33%<br> | |||
[[Turms]] 50%}} | |||
|{{Resource | |{{Resource | ||
|name = | |name = Chlorine | ||
|primaryimage = | |primaryimage = Gas canister chlorine.png | ||
|description = '''Chlorine''' is extremely reactive in its elemental form and tends to form stable salts. | |||
|properties = '''Type:''' Oxidizer | |||
<br>'''Capacity:''' 500 | |||
|description = ''' | <br>'''Power multiplier:''' 1.5 | ||
|properties = ''' | |||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[ | [[Isik]] 50%<br> | ||
[[ | [[Chimgara]] 30%<br> | ||
[[Damkoth]] 30%<br> | |||
[[Qatra]] 20%}} | |||
|- | |- | ||
|{{Resource | |{{Resource | ||
|name = | |name = Fluorine | ||
|primaryimage = | |primaryimage = Gas canister fluorine.png | ||
|description = '''Fluorine''' is an extremely reactive halogen and whitens teeth. | |||
|properties = '''Type:''' Oxidizer | |||
<br>'''Capacity:''' 750 | |||
|description = ''' | <br>'''Power multiplier:''' 2.0 | ||
|properties = ''' | |||
|obtaining = '''Found on:'''<br> | |obtaining = '''Found on:'''<br> | ||
[[ | [[Luxiterna]] 25%<br> | ||
[[ | [[Qatra]] 60%<br> | ||
[[Eden]] 50%}} | |||
| | | | ||
|- | |- | ||
|} | |} |
Revision as of 08:44, 22 December 2024
Natural resources are items that can be obtained by mining or collecting them.
Ores
|
| ||||||||||||||||||
|
| ||||||||||||||||||
|
| ||||||||||||||||||
|
| ||||||||||||||||||
|
| ||||||||||||||||||
|
| ||||||||||||||||||
|
|
Gases
Gases are a state of matter characterized by a large separation between its atoms.
Gases are stored in gas canisters and can be collected in gas collectors.
There are three types of gases: fuels, oxidizers, and inert gases.
Inert gases (Helium and Carbon Dioxide) do not react and cannot be used for energy production.
Fuels
Fuels store large amounts of energy and are the primary reactant in chemical reactions. Fuels store a certain amount of energy per unit. These are burned in gas power plants.
|
| ||||||||||||||||||
|
Oxidizers
Oxidizers are required for chemical reactions to take place. Oxidizers can multiply the amount of energy produced during a reaction. These are burned in gas power plants.
|
| ||||||||||||||||||
|