Don't forget that the AETN also has a maximum input rate that will limit your SPOM's size if you don't want to back it up with wheezeworts. Just use as little hydrogen for power as you can, and compute your cooling power with what remains to see if it's cold enough. Now since you don't use wheezeworts for cooling, you might have not enough hydrogen to keep it cool enough. .-type transformation at 28.7 K and suggested that the thermal anomaly was associated with a transition from a high-temperature paramagnetic state to a low- temperature anti-ferromagnetic state. I would use a Anti-Entropy Thermal Nullifier to cool down the petroleum, and have a line of Radiant. The rest of the thread is interesting aswell. So I actually had never played Oxygen Not Included for over 200 cycles without cheating. Here's a neat way of calculating what you need for a SPOM. In the end, what you're trying to build is a SPOM hooked on a geyser and an AETN instead of wheezeworts. Also, you might want to build it too big (read: more electrolysers) for a possible future with more dupes. Each electrolyzer will generate enough oxygen for 8.88 normal dupes. Absorbs and neutralizes Heat energy when provided. Most water/polluted water/slush geysers will be able to support a single electrolyzer, and many will support two, but it's possible it won't be able to run a single one fully either. A self-sustaining machine powered by what appears to be refined Neutronium. You can use this tool or this one to calculate the overall average yield. You'll need to stay below that consumption and have big enough storage to last through the winter dormant period. How do I deal with all these issue? Help! If perpetual motion machine can't be build, what is the best other option for Oxygen/Water/AETN setup?ĭon't forget about the average output of your geyser, and dormancy periods. Anti Entropy Thermo-Nullifier is an example of old technology found only in the Frozen. This means on 4 electrolyser setup is 4*720W = 2880W + 240W (water pump) = 3120WĮlextrolyzer output: 4*112g = 448g -> 400g = 3200W power | 48g = AETN cooling.īut is 48g for AETN even enough to cool oxygen and water? Do I start running into water problems if I put so into eletrolyzers? Another issue I see is that eventually I should have no room for oxygen, but that can be solved by mining more room I guess. Hydrogen is one of the Resources in the game Oxygen Not Included. So is it possible to break even on this? Every electrolyzer is:Ģ40W*2 (pump) + 120W (Electrolyzer) +120W (filter) = 720W Pool/Eletrolyzers I would cool with thermo plates brought from AETN. Above the place I would build small pool where I would dump rest of the water. it flows down a abyssalite insulated path, and collects next to an anti entrophy thermo nullifier, seperated by. So my intial thinking was that in the room next to AETN I would put few eletrolyzers, pumps and gas filter to split oxygen/hydrogen, sent hydrogen 50/50 plant/AETN and oxygen to the base. My water/oxygen needs are pretty minimal and I need them primarily for duplicant consumption and not much else. My game is in early midgame (~70 cycles), I have 8 dupes, access to plenty of resources but no plastics or any other fancy materials besides refined metal (limited gold though). The order of circuits is from best to worst (imho).Hi, I have dugout most of the cold biome and found Anti Entropy Thermo-Nullifier and I have been thinking about the best possible setup to bring in hot water from geyser (70-75C) and turn it into 20-25C oxygen and water and ideally self perpetuating by splitting half of hydrogen from electrolyzer to go into AETN and half into hydrogen power plant. Temporary (ice/snow thermal plates) and exotic circuits have not been included in this review. If there is interest, I will consider them in more detail. Schematics are given without a description of the principle of operation. The water temperature at the inlet of all circuits is 95✬. The Anti Entropy Thermo-Nullifier can also be used to cool down about two pipes of oxygen with little effort, but will struggle with more. The same output is provided by a Cool Slush Geyser. This is (+/-) the consumption of a small base (by 100.200 cycles, the average player), not counting the consumption of buildings not requiring exactly the flow of cold water. In order to level the conditions, the flow of hot water was limited to 2 kg/sec.