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Difference between revisions of "Bauxite"

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'''Bauxite''' is a dark-red [[sedimentary]] [[stone]]. [[40d:Bauxite|Once]] highly prized as the only practical source of [[magma-safe]] [[mechanism]]s to create magma-proof devices, its importance has declined with the addition of many new heat-resistant forms of stone as well as the ability to make [[metal]] mechanisms from [[iron]] and [[steel]]. Nevertheless, it is still used by some long-time players for nostalgia, and its rare, bloody appearance makes it an interesting aesthetic choice.
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'''Bauxite''' is a dark-red [[sedimentary]] [[stone]]. [[40d:Bauxite|Once]] highly prized as the only practical source of [[magma-safe]] [[mechanism]]s to create magma-proof devices, its importance has declined with the addition of many new heat-resistant forms of stone, as well as the ability to make [[metal]] mechanisms from [[iron]] and [[steel]]. Nevertheless, it is still used by some long-time players for nostalgia, and its rare, bloody appearance makes it an interesting aesthetic choice.
  
 
Bauxite may contain both [[sapphire]] and [[ruby]].
 
Bauxite may contain both [[sapphire]] and [[ruby]].
  
 
==In real life==
 
==In real life==
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In real life, bauxite is an ore of [[aluminum]] often called "hardpan" and the result of progressed chemical leaching of the soil via water. It's commonly found near the surface in well-aged and weathered soil, and is the world's primary source of gallium and aluminum. The technology required to extract it is beyond the level possessed by any of Dwarf Fortress' civilizations.
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In real life, bauxite is an ore of [[aluminum]]. It is often called "hardpan" and the result of progressed chemical leaching of the soil via water. It's commonly found near the surface in well-aged and weathered soil, and is the world's primary source of gallium and aluminum. The technology required to extract these, however, is beyond the level possessed by any of ''Dwarf Fortress''' civilizations.
  
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Bauxite is composed primarily of the minerals gibbsite (aluminum hydroxide: Al(OH)<sub>3</sub>), boehmite (aluminum oxide-hydroxide: γ-AlO(OH)), and diaspore (aluminum oxide-hydroxide: α-AlO(OH)) (none of which are individually present in Dwarf Fortress). Bauxite forms by the weathering and mineralization of various aluminum-rich soils or clays. Despite the correspondence in-game, corundum, the mineral that makes up [[ruby]] and [[sapphire]] (aluminum oxide: Al<sub>2</sub>O<sub>3</sub>), does '''not''' form in bauxite.
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Bauxite is composed primarily of the minerals gibbsite (aluminum hydroxide: Al(OH)<sub>3</sub>), boehmite (aluminum oxide-hydroxide: γ-AlO(OH)), and diaspore (aluminum oxide-hydroxide: α-AlO(OH)) (none of which are individually present in ''Dwarf Fortress''). Bauxite forms by the weathering and mineralization of various aluminum-rich soils or clays. Despite the correspondence in-game, corundum, the mineral that makes up [[ruby]] and [[sapphire]] (aluminum oxide: Al<sub>2</sub>O<sub>3</sub>), does '''not''' form in bauxite.
  
 
Extracting aluminum from bauxite, even in the most primitive way, requires the use of the Hall–Héroult process: the electrolysis of bauxite which has been dissolved into molten [[cryolite]]. The development of this process transformed aluminum from an exceptionally rare metal to a cheap, utilitarian material. Dwarves have not yet discovered electricity, therefore they cannot make use of electrolysis to get aluminum from bauxite.
 
Extracting aluminum from bauxite, even in the most primitive way, requires the use of the Hall–Héroult process: the electrolysis of bauxite which has been dissolved into molten [[cryolite]]. The development of this process transformed aluminum from an exceptionally rare metal to a cheap, utilitarian material. Dwarves have not yet discovered electricity, therefore they cannot make use of electrolysis to get aluminum from bauxite.

Latest revision as of 15:50, 3 May 2024

xTATTEREDx  · +FINE+  · *SUPERIOR*  · ≡EXCEPTIONAL≡  · ☼MASTERWORK☼
Bauxite
BauxiteSample.png
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Graphic
Bauxite sprite.png
Uses

Location

Properties
Fire-safe Magma-safe

Wikipedia article

v50.14 · v0.47.05
This article is about the current version of DF.
Note that some content may still need to be updated.

Bauxite is a dark-red sedimentary stone. Once highly prized as the only practical source of magma-safe mechanisms to create magma-proof devices, its importance has declined with the addition of many new heat-resistant forms of stone, as well as the ability to make metal mechanisms from iron and steel. Nevertheless, it is still used by some long-time players for nostalgia, and its rare, bloody appearance makes it an interesting aesthetic choice.

Bauxite may contain both sapphire and ruby.

In real life[edit]

In real life, bauxite is an ore of aluminum. It is often called "hardpan" and the result of progressed chemical leaching of the soil via water. It's commonly found near the surface in well-aged and weathered soil, and is the world's primary source of gallium and aluminum. The technology required to extract these, however, is beyond the level possessed by any of Dwarf Fortress' civilizations.

Bauxite is composed primarily of the minerals gibbsite (aluminum hydroxide: Al(OH)3), boehmite (aluminum oxide-hydroxide: γ-AlO(OH)), and diaspore (aluminum oxide-hydroxide: α-AlO(OH)) (none of which are individually present in Dwarf Fortress). Bauxite forms by the weathering and mineralization of various aluminum-rich soils or clays. Despite the correspondence in-game, corundum, the mineral that makes up ruby and sapphire (aluminum oxide: Al2O3), does not form in bauxite.

Extracting aluminum from bauxite, even in the most primitive way, requires the use of the Hall–Héroult process: the electrolysis of bauxite which has been dissolved into molten cryolite. The development of this process transformed aluminum from an exceptionally rare metal to a cheap, utilitarian material. Dwarves have not yet discovered electricity, therefore they cannot make use of electrolysis to get aluminum from bauxite.

Bauxite.
V · T · E
Sedimentary
Igneous
Intrusive
Extrusive
Metamorphic
Ore
Economic
Other
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