The easy fix is to release the hydrogen in your cooling chamber into a different area. If the gas is NOT MOVING, it will NOT COOL YOUR WATER. With no room for anything else to be pumped into the system, the pumping will stop. Sooner or later, the entire system will completely fill with hydrogen. It will no longer pump hydrogen into the room, but instead keep it in the endless hydrogen vent loop. speaking of which that brings me to my next point.ĥ) Eventually, they hydrogen will fill your cooling chamber to max pressure. That's WITH me making a mistake and costing an entire cycle or two! Oh. A pool of 170,000kg water with a high temp of 118☏ starts turning into ice in 7 days. Notice on cycle 382, that at this point, the system is turning some of your water into ice. I must admit, my hydrogen vents became full, and I didn't catch it during cycle 378, so there is a day where it doesn't really move, but it is fixed, but here are the recorded temps, and some pictures! So hold it off as long as you can, or you will be facing overheating issues because of the lack of hydrogen.Ĥ) Now let's check out the cooling progression. It can be "needing repair" and still function properly. Be warned: it will say that it needs repair, but do not open doors (or allow the hydrogen in the room to leave) unless you 100% have to fix your machine. With cold hydrogen running through the regulator, the cold hydrogen in the air and the wheezewart chilling the air your thermo regulator will need repairs from freezing before it over heats (this is not a joke.). I'm pretty sure I've seen it go as low as -530☏ (-312☌), but I don't have the proof at the moment. Then, rather than sending it to a vent to be released, we feed it right back into the pre-existing hydrogen line to be cooled again keeping it in an endless cycle!ģ) After a few rotations in the endless cycle, the hydrogen chills to -387☏ (-233☌). Once cooled, the hydrogen is pushed down into the pool of water, where it chills the liquid. Once the room is at max pressure, the hydrogen will stop filling the room, and all will go to the thermo regulator (See section 5 for important info concerning this topic). Hydrogen is naturally cold, and will assist (along with the wheezewart) to cool your quickly over-heating thermo regulator. NOTICE THE RED SQUARE! Half of the hydrogen will go to the thermo regulator for cooling, and the other half will be let out into the room. The hydrogen is then pushed to the cooling chamber where your thermo regulator is. The hydrogen will pass through the first filter, but be sucked up in the second.
The oxygen ( the dark blue arrows) will travel up to the first gas filter, and be pushed out to wherever you need oxygen. The gas chamber will suck up all the air in the little room. The electrolyzers produce oxygen and hydrogen.
Finally, two gas filters ( in blue) somewhere nearby.Ģ) Here is the system. This should be a very small room! Thirdly, the cooling chamber ( in red) which is a thermo regulator, also in a small room. Second, is the air chamber ( in yellow) which is composed of electrolyzers and gas pumps. This pool should have vents running throughout the entire pool, so the cooled air will hit all the water. First, you need a pool of water ( in green) to hold all the water that you want cooled. If you are looking for some of the best methods for cooling, this is the most comprehensive list I could find:ġ) Here you will see the basic layout. You will be sitting on hundreds of kilotons of 20-25 degrees and nothing to do with it, since the oxygen generation, plumbing and oil extraction are all fed. The temp on water has no effect on the air created by electrolyzers etc. Geyser water on abyssalite pipes will be just perfect for like 95% of your applications, and for everything else, your starter water supply will be more than suffice. And use insulated abyssalite pipe to run everything with relatively hot water. The idea is to not cool the water too much.
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