![metal refinery oxygen not included metal refinery oxygen not included](https://i.ytimg.com/vi/WfwuLuyDLFM/maxresdefault.jpg)
To run it longer term, you either need to have a source of cool liquid like a p-water vent or slush geyser, or you need to use a coolant like crude oil which can be heated above 125C safely. (But use insulated tiles for the last.) You can also send it to a storage tank, although that only gets you a dozen runs of the refinery. The output from the refinery can be consumed by a SPOM or by hydroponics, or you can send it to a pond with a pitcher pump and consume it for research. If your coolant is mostly water, you will see a 33 C increase in temp for iron and 56 C increase for steel, meaning your input water ought to be ~40 C or below to be safe. Once that happens, the pipe breaks and the mess will heat up the whole area and the refinery itself. It is very likely that you recycled coolant that was too hot to safely use and had it convert into steam in the output pipe. In the mean time I thought I could get some comments from you all. I'll add a signal switch so I can shut of the machine when needed without delay. This time I will have it produce just one unit of iron, and I will keep an eye on the machine. The last time the machine overheated, I deconstructed it, re-built it, and assigned it to produce iron, and then it overheated again very quickly. The size of the pool is about 20 tiles as I said above, mostly water with some polluted water. The expelled coolant normally goes back into the coolant pool, to be pumped back into the refinery. I also noticed that it leaks coolant when it is damaged by overheating. I understand that it overheats at 75C.Ĭurrently the machine is disabled and awaiting repairs. The current temp of the refinery itself is 62C. The environment around the metal refinery currently has a temp of around 50 or 60C. The water in the pipe which is about to enter the refinery currently measures about 50C. I also have a bin of ice and snow in the pool of water, to help cool it down. I am cooling the refinery with a pool which contains mostly water, and some polluted water.
#Metal refinery oxygen not included how to#
I'm hoping to get some tips on how to keep it from overheating. It requires Duplicants operation.Īmong the three materials, both Iron and Refined Carbon could be produced in large quantities, and Lime may become the production bottleneck.I have a metal refinery which has been overheating. 70 kg Iron + 20 kg Refined Carbon + 10 kg Lime = 100 kg Steel. The recipe will appear after either Iron, Refined Carbon or Lime is discovered. 1 kg Steel + 1 unit Sun Nymph Egg = 1 unit Serum Vial.This property makes it ideal solution for buildings that can overheat in Oil Biome and Space Biome. Oil Refinery) and buildings that use Refined Metal (e.g. It can be used to build both buildings that require Metal Ore (e.g. Gantry) and Great Monument parts.Īs a building material, Steel increases Overheat Temperature by 200 ☌. Steel is required to build all Rocket (incl. Steel is required to build Bunker Doors and Bunker Tiles which can withstand Meteor Showers in Space Biome.
![metal refinery oxygen not included metal refinery oxygen not included](https://i.imgur.com/9I5QKZP.jpg)
It is mainly used in extreme environments such as Space Biome. Steel is a late game building material produced in Metal Refinery.