![]() If you are on a map with ice biomes then you might also have an Anti Entropy Thermo-Nullifier on your asteroid. Some downsides to this approach are that you will slowly start to heat up the ice biome, and that it is difficult to control the temperature oxygen enters the base at.Ģ. (Use radiant pipes for improved temperature transfer between the oxygen and the ice biome.) ![]() This will cool down the oxygen in the pipes. An easy albeit temporary approach to cooling is running the oxygen gas pipes from your SPOM through an ice biome. ![]() Here are three alternatives for cooling, presented in increasing order of difficulty.ġ. Or, more specifically, getting your hands on the materials needed for cooling builds. (If I have a small colony, I usually use a combination of the two: I have a cooling loop that runs through my base and that also passes through my SPOM, cooling both.)īuilding a SPOM isn't that difficult, the challenge tends to be cooling. Pump hot oxygen into your base and instead run a cooling loop through your base. There are two main options regarding SPOMs and cooling:Ĭool down the oxygen before it enters your base. If that doesn't sound like your cup of tea, you'll need some kind of cooling. In theory you could run a Vault-Tec inspired experiment where you see how well a colony of dupes fare as their base creeps towards boiling point. The bad news is that it will nonetheless constantly add heat to your base. The good news is that it will take a very long time for your SPOM to actually heat up your base to those temperatures. The electrolyzer produces oxygen that is +70C (or hotter).
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