Aluminum Gas

Aluminum Gas is the gaseous state of Aluminum produced by an Aluminum Volcano during its eruption. Like other metal volcano outputs, it appears at extremely high temperatures and can be handled as a liquid-like stream until it cools and solidifies into Aluminum. When cooled enough, it becomes solid Aluminum debris or tiles, making it useful as a source of refined building material if the heat is managed correctly.

Because the material exits the volcano very hot, the main challenge is controlling both the heat and the solidification point. Aluminum Gas can transfer heat to surrounding media quickly while it is still molten, so taming an Aluminum Volcano is usually a matter of buffering the eruption output and removing the stored heat during the idle phase between eruptions. Water or steam-based heat management is the standard solution, with Steam Turbines serving as the most effective way to delete the accumulated heat.

Practical handling notes:

• Aluminum Volcanoes eject around 8.2 kg/s for 32 seconds every 450 seconds, so the active burst is substantial even though the average output is moderate.
• An Aluminum Volcano typically needs about 4.7 t of water as a heat buffer when using a self-cooled Steam Turbine setup.
• Compared with other metal volcanoes, Aluminum is especially demanding on cooling because of its high specific heat and the large temperature drop required before it freezes.
• If the goal is only to harvest material, it is often easier to let the output cool into solid Aluminum in a controlled chamber and collect it afterward with automation.
• If the goal is to create Glass rather than Aluminum, dumping Sand into the hot output can be used as a simple, low-power conversion method: the Sand can melt into Liquid Glass and then cool into Glass debris, while the molten Aluminum gives up heat and solidifies.
• Small, repeated dumps of Sand can convert hot metal into Glass at a 1:1 ratio, which is far more efficient than running a Glass Forge.
• Large amounts of Sand can also be used as a long-duration, low-maintenance heat sink if Glass is not needed.

A sealed tamer usually benefits from insulated walls, a vacuum or low-conductivity chamber around the volcano, and automated collection. Since the erupting material exchanges heat more readily while flowing than after it has cooled into debris, keeping the output contained until it reaches the desired temperature is the key to efficient use.