What if one of the tanks, for example, carbon dioxide is full, and the rest of the tanks are not? If you continue to melt the ice, then the overflowing tank will explode. Manually relieve pressure? Or is there a more elegant way?
I think the best way to handle that would be to have several IC's one reading tank pressures and one reading input pressure. When a tank is full and the input pressure is too high, have a electronic valve empty the excess pressure.
I tried to do this but the pipes at my Co2 tank are reaching like 3 GPA and exploding. I tried to put a regulator down but then NO air gets circulated?
im a bit late, but im assuming you want this because of the arc furnace. once you get the better furnace you can take all the gasses from it through its output pipe. but to directly answer your question, you could make a filtration building, hook some oxygen filters inside it, connect the input pipe to an inward active vent, the filtered pipe to a passive vent (you could use an active one if you want), and the unfiltered output to whatever you want ! that may be a tank, or an outside vent, or if you want, a sorting system such as the one in the video
Maybe this works in the game but it doesn't look like it should work. Haven't you used a lot more pipe than you need to? Surely the pipe coming out of the unfiltered port of a filtration unit should go directly to the input of the next filtration unit but there shouldn't be a T-junction in that pipe. It looks like some of the gas could just bypass all the filtration units without going through any of the filtration units.
Connecting them up the way you described (unfiltered output directly into the input of the next filtration unit) is putting all the filters in series. He specifically said he was connecting his system up in parallel. Both methods have pros and cons. The series system will filter everything going through it in effectively "one pass", however if there is a failure (e.g. filter unit turning off due to logic) it stops the flow to everything else downstream. The parallel system is slower to filter everything compared to the series system, but a stopped or failed filtration unit will only affect that part of the system, leaving the rest to continue unaffected. You are also correct in that some gases are able to bypass the filter units altogether. This could actually be desirable - for example, there could be a need for only one or two gases to be filtered out of the mixed line, and the rest be vented to atmosphere. It also allows for a system that is controlled by logic where the filter units could be switched off when the filtered storage tank is full, leaving the now unwanted excess to be vented to atmosphere or be otherwise distributed elsewhere. Hope that helps.
Can you make new tutorials for those of us just now finishing this game, with all the new changes? Thanks
What if one of the tanks, for example, carbon dioxide is full, and the rest of the tanks are not? If you continue to melt the ice, then the overflowing tank will explode. Manually relieve pressure? Or is there a more elegant way?
I think the best way to handle that would be to have several IC's one reading tank pressures and one reading input pressure. When a tank is full and the input pressure is too high, have a electronic valve empty the excess pressure.
how did u get the H20 filter
Its depreciated mate, since the new update came out now there are water lines and tank separate :)
Legend mate
THIS GAME!!... THIS GAME!!!!..... DUDE!!! THIS GAME
F A N T A S T I C !
👍👍
I tried to do this but the pipes at my Co2 tank are reaching like 3 GPA and exploding. I tried to put a regulator down but then NO air gets circulated?
Ok this is nice, but i need a simpliest possible room air filtration system for taking out poisonous gases . Any suggestions?
im a bit late, but im assuming you want this because of the arc furnace. once you get the better furnace you can take all the gasses from it through its output pipe.
but to directly answer your question, you could make a filtration building, hook some oxygen filters inside it, connect the input pipe to an inward active vent, the filtered pipe to a passive vent (you could use an active one if you want), and the unfiltered output to whatever you want ! that may be a tank, or an outside vent, or if you want, a sorting system such as the one in the video
Don't forget to label them :)
Friday!
Maybe this works in the game but it doesn't look like it should work. Haven't you used a lot more pipe than you need to? Surely the pipe coming out of the unfiltered port of a filtration unit should go directly to the input of the next filtration unit but there shouldn't be a T-junction in that pipe. It looks like some of the gas could just bypass all the filtration units without going through any of the filtration units.
Connecting them up the way you described (unfiltered output directly into the input of the next filtration unit) is putting all the filters in series. He specifically said he was connecting his system up in parallel. Both methods have pros and cons. The series system will filter everything going through it in effectively "one pass", however if there is a failure (e.g. filter unit turning off due to logic) it stops the flow to everything else downstream. The parallel system is slower to filter everything compared to the series system, but a stopped or failed filtration unit will only affect that part of the system, leaving the rest to continue unaffected.
You are also correct in that some gases are able to bypass the filter units altogether. This could actually be desirable - for example, there could be a need for only one or two gases to be filtered out of the mixed line, and the rest be vented to atmosphere. It also allows for a system that is controlled by logic where the filter units could be switched off when the filtered storage tank is full, leaving the now unwanted excess to be vented to atmosphere or be otherwise distributed elsewhere. Hope that helps.
the Atmospherics is the only thing a had the problem with my base went to 621kpa watching you vid i should get it right this time am eliteace on steam
thanks for help
Thanks for watching!
Класс! Жаль что ничего не понятно. -)))