0xFADE Posted March 23, 2018 Share Posted March 23, 2018 Built a petroleum conversion tower using heated petroleum from 2 metal refinery's. It has taken so long to warm up that it still isn't really done. I converted a ton of metal just warming it up to temperature but once it is saturated it shouldn't take as much to keep it going. It should be even easier to keep primed with some volcano heat. The idea is that the colder crude travels up through the hotter already converted petroleum at each floor transferring heat so that one cools down while the other heats up with the top floor being kept at around the transition temperature of 400 degrees. Again it isn't finished but adding more floors to it isn't a real problem. The walls on the inside are granite. They could probably be metal since again it currently takes it so long to transfer. I didn't want to have a ton of doors so I kept the volume on each floor small along with the idea that there isn't quite that much time for the crude in the pipes to transfer heat if there was more being held at once. The automation wiring is pretty rough. I have not done too much with it yet so it is just set up to be manually controlled. There is an opening at the top to let any gas out. Link to comment Share on other sites More sharing options...
travaldofan Posted March 23, 2018 Share Posted March 23, 2018 WOW Link to comment Share on other sites More sharing options...
Oozinator Posted March 23, 2018 Share Posted March 23, 2018 Isolate it, or it will heat up everything Why so many layers of Material? Heat buffer? When you use smaller buffer, it heats up faster and building is shrinking. Cool down the gas, before you let it escape ? Link to comment Share on other sites More sharing options...
0xFADE Posted March 23, 2018 Author Share Posted March 23, 2018 It is currently isolated using a vacuum between the doors which is why there are 3 of them on each floor. Heat buffer yes. If it was all smaller there wouldn't be as much time for the incoming crude to heat up. The gas vent was an afterthought and I don't really expect much heat to be lost. Since the mass of the gass is pretty low. I was thinking the top could be turned in to another room to be kept hot for whatever reason. I could put stuff in there to melt. Like what does algae turn into when it melts? Otherwise you could pass more crude though it to take that heat away as well. Or just keep the bottom a vacuum so the problem never happens. Link to comment Share on other sites More sharing options...
GrindThisGame Posted March 23, 2018 Share Posted March 23, 2018 Nice example of countercurrent exchange To bad the game doesn't have fused dual pipes. Link to comment Share on other sites More sharing options...
0xFADE Posted March 24, 2018 Author Share Posted March 24, 2018 Do the thermo sensors go past 300 degrees in the current update? That would be nice. With the new geysers it should likely go up around the melting point of the sensor. Link to comment Share on other sites More sharing options...
Logicsol Posted March 24, 2018 Share Posted March 24, 2018 8 minutes ago, 0xFADE said: Do the thermo sensors go past 300 degrees in the current update? That would be nice. With the new geysers it should likely go up around the melting point of the sensor. I've never tried it, but theoretically you could make a granite or gold "sensor" like you would a phospherite sensor. Essentially creating a ~650 or ~1050 c switch. Link to comment Share on other sites More sharing options...
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