Ethanol Gas

Ethanol Gas is the gaseous state of Ethanol, formed when liquid Ethanol is heated to about 80 °C. It is a usable industrial gas rather than a special endgame material, but it has a notable role in heat management because its thermal properties are only slightly weaker than Hydrogen Gas. Once it is above 100 °C, Ethanol Gas becomes a solid choice for transferring heat through pipes and enclosed systems.

Because it is created from heated Ethanol, Ethanol Gas usually appears where Ethanol is being processed or where temperature control is being used to move it into a gas phase. That makes it relevant to setups that already handle Lumber, Ethanol Distillers, and power production chains built around Ethanol. In practice, the gas form is most useful when a system wants to exploit Ethanol’s relatively favorable heat behavior instead of simply storing or consuming it as a liquid.

A few practical points matter when working with it:

• Ethanol Gas forms at about 80 °C.
• Its thermal performance is slightly lower than Hydrogen Gas, but still strong enough to make it a useful heat-transfer medium.
• It is especially effective in systems kept above 100 °C, where its heat-moving properties are more valuable.
• Ethanol production chains can be built around Ethanol Distillers, which consume Lumber and output Ethanol that can then be routed into power or other downstream uses.
• Ethanol Distillers do not overheat, so they are not usually the limiting factor in the chain; temperature control is more relevant for the gas handling side.

In broader Ethanol industry setups, the gas phase can be part of a compact, high-throughput loop. Ethanol Distillers consume 1 kg/s of Lumber and produce Ethanol while also dropping Polluted Dirt in 20 kg lumps. The resulting Ethanol can be fed into a Petroleum Generator to create power, while the byproducts can support other colonies’ material loops. This means Ethanol Gas is not just a curiosity of phase change; it sits within a production chain that can be tied to power generation, dirt handling, and even heat management.

For colony design, the main consideration is whether the system benefits more from liquid Ethanol storage or from intentionally heating it into gas. If the goal is heat transport in a hot industrial area, Ethanol Gas is useful because it remains a competent conductor compared with many other gases. If the goal is resource efficiency, it is often better to treat it as part of a controlled chain rather than a standalone gas to be generated and stored arbitrarily.