MORE EFFICIENT POWER! Steel or less Sour Gas Boiler Experiment Blueprint. Oxygen Not Included 

Reminds me of the dirt/sand converters, and then adding the recipe with the rock crusher

at least this thing is producing electricity, and water alongside it, so its not completely useless

True

Do regolith melters need space materials like thermium and steel? That would be interesting to see.

Suggestion: cut the video to parts, so you can upload more!

?? But then what would I upload :P

That's where I'm stuck. I tried taming the sulfur geysers a few different ways, but nothing seems to work. help! lol

Ethanol has pretty terrible SHC. Why did you want to cool it down to -100?

For someone who works on shared spreadsheets all day, that makes me anxious.

yeah I made him a "copy" emoji for the discord a while back.

Double up ceramic and you will be fine. The eventual heat death of the universe will kill you before the heat bleed from the system.

Did i miss something? you seem to be upset. 8:24 and on some other points i check after reading your coment. it says ceramic, soo a Kiln and some clay prety erly game stuff and easy to get. I dont get your point.

I too have been thinking about this since the last video. For safety, simplicity and probably also energy efficiency I would go with Regulators and hydrogen. Pros: 1 aquatuner takes up less space than 4 regulators Liquid Reservoir takes up less space than a Gas Reservoir and also stores a lot more 1 pipe packet of liquid oxygen can hold 10.1 kDTU/C (1.01 (DTU/g)/C * 10 kg) instead of just 2.4 kDTU (2.4 (DTU/g)/C * 1 kg) for 1 pipe of hydrogen. Haninge a larger capacity for transferring more DTUs per tick. 1 Aquatuner removes more DTUs per tick than 4 Regulators. 141.4 kDTU/tick (14 C * 1.01 (DTU/g)/C * 10 kg) for liquid oxygen compared to 134.4 kDTU/tick (4*14 C * 2.4 (DTU/g)/C * 1 kg) for hydrogen. Cons: 1 Aquatuner is more expensive to run than 4 Regulators. 1200 W for 141.4 kDTU which is ~8.49 W/kDTU. Regulators remove 134.4 kDTU at the cost of 960 W (4 * 240 W) which is ~7.14 W/kDTU. Liquid oxygen has a temperature range of ~36 C. The lower 14 you might not be able to use due to risk of pipe damage, leaving 22 C. 1 packet thus has a total capacity of 222.2 kDTU (22 C * 1.01 (DTU/g)/C * 10 kg) before pipe breakage which is enough to transfer 117 C from 1 kg of sour gas ( 222.2 kDTU / 1.898 (DTU/g)/C ). This might be good enough but it’s strictly harder than hydrogen for which you do not have to care about pipes breaking. You would also need the Regulator setup to create the first batch of liquid oxygen. Thus taking up more space and also forcing you to use more of your own life to create another system apart from the actual system you’re interested in.

I've condensed methane from 1kg/s sour gas with only 3 thermo regulators. There's a video on RU-vid doing it with 4. It gets down to 3 if you also use the sulfur to cool the sour gas. I ended up with 80C sulfur and natural gas.

I'll try to remember that next time.

Maybe. If I used metal tiles on the other side it might have an effect. Hard to say for sure.

Only one way to find out :)

There's more than enough heat in the sour gas to preheat the crude oil as the specific heat capacity goes up with the transition.

hello fellow pan

I don't thin it will be there.

It's weird. It seems to come and go. I don't know what sets it off.

The power used (1300 kj) stayed the same, but the power generated increased (250 increased to 600 kj).

Thanks for sharing :)

volcanoes produce sulfur irl. i would imagine that it is common.

Isn't it more sulfur compounds than pure sulfur itself? (Honestly no idea. Just not used to the idea of pure sulfur)

@@skybear.1525 i think sulfur is mined on one of the pacific islands in its natural form.

@@skybear.1525 I’m not sure I definitely know sulfur compounds are more common, I think what is found in volcanos is Sulfur crystals

personally i like the glimpse into what youtubers do behind the scenes

Not sure what more I can do. I only have time for 1 editing pass and I'm doing that at 1.5x speed. Sometimes things slip through. Just to be clear, you don't see that 100x I do cut out a repeat ;P . I also can't afford to slow down as that ends up costing me more.

I think he was trying to sort out how he would do it in his normal game without having to pump down to a vacuum. Its easy to forget about those kind of details when your in sandbox mode and paint yourself in a corner when the time comes to do it for real.

@@Kezat ya but the point is to figure out the process then you build it for real you use pumps to vacuum the whole space before you start the fact he was so far into the process with all the gasses it just would have been faster and your doing it in sandbox to make testing easy use the option it gives.

And it’s already edited

@@walterg3254 i 4got to say first like

@BrothgarThanks