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1st is putting it inside an ice biome and using air pumps to send it to your base. This method produces cooler o2 but you will need lots of pwr and gas pipes to send it around your base.
2nd is placing it within your base, usually at the bottom or slightly under the middle section if the base. Add airflow tiles throughout the base to allow hydrogen to float up and co2 to drop down. This req only 1 pump and filter to grab the hydrogen that floats to the top of the base. The electrolyters will automatically turn on/off when pressure changes so you do not need to do anything afterwords. The main downside is that the base would get hotter later on so you will need to add either wheezeworts or a cooling system.
5
I like having a steam gyser close enough to an ice biome and dump the water there to cool it off, can still be hard to set up right.
this is the simplest setup IMO. hot water comes out of your water seive at 40C and goes right into the electrolizer that produces only 6.5W of heat and you have a direct output of hydrogen and mostly oxygen at about 20-40C. even better if you can build it below a thermal nullifier.
I will also use polluted bathroom water for pincha peppernut hydroponics, but that's a different story.
Toilets produce more water than it takes in due to the fact your dupes have to pee into it. So eventually you will have more water than you are putting in for toilet loops and need to vent some out once in a while.
All it means is you need an 'overflow' system for your closed-loop bathroom pipework. Its totally useless for anything. Its riddled with food poisoning and produces so little per cycle that there is no practical way to do anything with it until you have a massive batch of it. Why you'd go through the trouble of maintaining a field of chlorine around the electrolyzers to use such a miniscule amount of water I really don't understand.
I'm using this setup from now on:
http://steamcommunity.com/sharedfiles/filedetails/?id=1330030539
Self-powering with excess, never had any gasses find there way inside and I don't think the hydrogen has ever escaped.