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HOW TO COOL WATER GUIDE- Oxygen Not Included - Tutorial
WEBVTT Kind: captions Language: en
00:00:00.000 hey gamers it's good to be here from 00:00:01.45900:00:01.469 grinding this game and this is a guide 00:00:04.03900:00:04.049 about cooling water easy ways hard ways 00:00:08.03000:00:08.040 I would say generally it's not that easy 00:00:11.24000:00:11.250 to cool water especially if you want to 00:00:12.95000:00:12.960 get it down to like 25 degrees or so for 00:00:16.33000:00:16.340 bristle blossoms or five degrees for 00:00:19.73000:00:19.740 sleet wheat which is even more finicky 00:00:21.67000:00:21.680 so I'm going to start off with some 00:00:23.54000:00:23.550 really basic ways to cool water and then 00:00:25.75900:00:25.769 try to get into some more intricate ways 00:00:29.16900:00:29.179 that have a few more requirements so if 00:00:33.47000:00:33.480 you're lucky you'll find a steam geyser 00:00:35.60000:00:35.610 in your map you start off with quite a 00:00:37.61000:00:37.620 bit of starting water but eventually 00:00:39.70900:00:39.719 you'll run out of that and you could tap 00:00:42.53000:00:42.540 into polluted water and start filtering 00:00:44.15000:00:44.160 it with the sieve which is under 00:00:45.79900:00:45.809 refinement water save that requires sand 00:00:50.20900:00:50.219 and some power and it'll output water at 00:00:53.06000:00:53.070 40 degrees Celsius so even if you're 00:00:54.88900:00:54.899 polluted water is let's say 30 degrees 00:00:57.04900:00:57.059 on the map and you find pockets of it 00:00:59.75000:00:59.760 the waters have outputs at 40 degrees 00:01:02.02900:01:02.039 and that 40 degrees water you'll have to 00:01:05.06000:01:05.070 cool down if you want to use it but 00:01:07.37000:01:07.380 let's say you're one you want to get 00:01:08.96000:01:08.970 most of your water from the steam geyser 00:01:11.38000:01:11.390 I would recommend that you kind of cap 00:01:16.42900:01:16.439 off your geyser now some people use 00:01:20.33000:01:20.340 granite and if that your geyser is far 00:01:22.58000:01:22.590 away from your base granite might be 00:01:25.21900:01:25.229 okay but what's going to happen is over 00:01:27.32000:01:27.330 time the hot guys are water and steam is 00:01:30.74000:01:30.750 going to heat up the area around it and 00:01:34.30000:01:34.310 eventually it might get your base it 00:01:36.56000:01:36.570 might kind of interfere with your plans 00:01:37.73000:01:37.740 if you ever want to put a dip in there 00:01:39.46900:01:39.479 it might be too hot unless they have 00:01:41.39000:01:41.400 exosuit Sun so a more typical thing I've 00:01:45.95000:01:45.960 been debug mode so I'm kind of cheating 00:01:47.33000:01:47.340 here but a more typical thing is to use 00:01:50.53900:01:50.549 of this light and you don't need 00:01:52.58000:01:52.590 insulated towels you can use regular 00:01:53.92900:01:53.939 towels as long as they're made up of 00:01:55.37000:01:55.380 this light which is a great insulator 00:01:57.38000:01:57.390 and all the geysers have a bottom like 00:02:00.02000:02:00.030 this mater to plutonium which is also a 00:02:02.56900:02:02.579 perfect insulator if you look at the 00:02:04.16000:02:04.170 details click on a tile click on details 00:02:06.85900:02:06.869 you'll see thermal conductivity zero and 00:02:09.58900:02:09.599 abyss light is almost zero it's 1 times 00:02:12.71000:02:12.720 10 that 00:02:13.20000:02:13.210 five so it's basically a perfect 00:02:16.32000:02:16.330 insulator so what what is typical is to 00:02:20.55000:02:20.560 go like this something like this we'll 00:02:23.58000:02:23.590 give it a bit more space draw a box 00:02:28.95000:02:28.960 around it like this and leave enough 00:02:31.89000:02:31.900 room for a liquid pump now if your dupes 00:02:37.68000:02:37.690 are doing this you'll probably want to 00:02:38.88000:02:38.890 leave some space let them get in build 00:02:40.47000:02:40.480 everything maybe use a door you don't 00:02:45.48000:02:45.490 need a door just leave it open they they 00:02:47.49000:02:47.500 might get a little bit burnt while 00:02:48.45000:02:48.460 they're doing this and then set up an 00:02:51.99000:02:52.000 abyss alight pipe to get out and also 00:02:57.80000:02:57.810 some power to get out I'm using gold and 00:03:03.50000:03:03.510 then you can cap it off then you can 00:03:05.73000:03:05.740 seal it up that'll keep all this heat in 00:03:08.61000:03:08.620 here and I prevent it from kind of 00:03:10.35000:03:10.360 heating up the surrounding area you may 00:03:12.87000:03:12.880 also want to put in some automation if 00:03:14.34000:03:14.350 you're if you have it available I'll 00:03:16.38000:03:16.390 often put it in a hydro sensor right in 00:03:19.17000:03:19.180 the bottom here and I'll say something 00:03:21.69000:03:21.700 like activate if the pressure is above 00:03:24.77000:03:24.780 let's say 100 kilograms that way the 00:03:28.56000:03:28.570 pump isn't like pumping all the water 00:03:31.11000:03:31.120 out until it gets almost dry it'll leave 00:03:33.81000:03:33.820 a bit of liquid in there you can also 00:03:35.52000:03:35.530 put this up one tile if you want to a 00:03:37.71000:03:37.720 lot of a little bit of water to 00:03:39.06000:03:39.070 accumulate so then you'll have hot water 00:03:42.99000:03:43.000 coming out of here out of your pump or 00:03:45.96000:03:45.970 yeah out of your pump and it will be at 00:03:49.08000:03:49.090 eventually 95 degrees once this heats up 00:03:51.69000:03:51.700 and stabilizes it comes out at 95 00:03:53.58000:03:53.590 degrees so then you have a quite a few 00:03:56.61000:03:56.620 options if you're using the water for 00:03:58.98000:03:58.990 lavatories you can send in 95 degree 00:04:02.49000:04:02.500 water and down here I've got a little 00:04:03.90000:04:03.910 bit of a setup so I've got some 96 97 00:04:07.50000:04:07.510 degree water here which is kind of 00:04:09.08000:04:09.090 simulating what comes out of the geyser 00:04:11.18000:04:11.190 we've got a gold pump in here and I'm 00:04:14.82000:04:14.830 sending water to a bunch of places and 00:04:16.17000:04:16.180 I'll explain all these things as we go 00:04:17.43000:04:17.440 but I'm sending some of it up to these 00:04:20.34000:04:20.350 up to this lavatory and shower now your 00:04:24.39000:04:24.400 dupes actually don't mind using the 00:04:25.74000:04:25.750 shower 00:04:26.64000:04:26.650 with 95 degree water they're okay with 00:04:29.61000:04:29.620 it 00:04:30.93000:04:30.940 same with the lavatory works just fine 00:04:32.76000:04:32.770 but the water sitting in there will it 00:04:35.34000:04:35.350 will kind of heat up this heat up the 00:04:37.98000:04:37.990 lavatory and heat up the showers so you 00:04:39.27000:04:39.280 may want to use some wheeze warts which 00:04:41.52000:04:41.530 are these little creatures I have one 00:04:44.25000:04:44.260 planted here somewhere yeah 00:04:47.94000:04:47.950 these are wheeze warts and they can cool 00:04:51.24000:04:51.250 little cool the air around them they're 00:04:53.12900:04:53.139 pretty effective they do essentially the 00:04:56.70000:04:56.710 equivalent of 12 kilowatts of cooling so 00:04:59.58000:04:59.590 they'll suck it in some gas I think five 00:05:01.77000:05:01.780 kilograms of gas and spit it out at a 00:05:03.48000:05:03.490 lower temperature they're pretty good if 00:05:07.17000:05:07.180 you use enough of them they're pretty 00:05:08.52000:05:08.530 good and they work best when they're in 00:05:10.56000:05:10.570 hydrogen because hydrogen if you click 00:05:12.33000:05:12.340 on it and look at the details has a high 00:05:15.30000:05:15.310 high specific heat capacity which 00:05:19.29000:05:19.300 essentially means you can dump a bunch 00:05:20.73000:05:20.740 of heat into it or coolness into it so 00:05:24.30000:05:24.310 it takes a look takes longer for Wiis 00:05:26.01000:05:26.020 words to cool hydrogen but it will 00:05:28.40900:05:28.419 retain the coolness for longer so the 00:05:30.96000:05:30.970 pipe I'm using to go into my laboratory 00:05:33.42000:05:33.430 or my shower is a Bissel light so that 00:05:35.55000:05:35.560 none of the heat escapes out of the pipe 00:05:37.74000:05:37.750 and the water that comes out is also 00:05:40.14000:05:40.150 going to be at 95 degrees so you want to 00:05:41.82000:05:41.830 use a bit slight so then you're gonna 00:05:43.32000:05:43.330 have hot polluted water coming out at 95 00:05:45.54000:05:45.550 degrees which you can either dump in a 00:05:48.54000:05:48.550 kind of a bustah light tank to make sure 00:05:51.84000:05:51.850 all the heat doesn't escape but a really 00:05:54.90000:05:54.910 good way to get rid of hot polluted 00:05:56.94000:05:56.950 water is the fertilizer maker which is 00:06:00.33000:06:00.340 under refinement sorry fertilizer this 00:06:03.36000:06:03.370 is the synthesizer and it takes in 00:06:07.05000:06:07.060 polluted water and it doesn't really 00:06:08.49000:06:08.500 care that it's 75 degrees it will 00:06:10.89000:06:10.900 destroy that polluted water and output 00:06:12.60000:06:12.610 fertilizer as well as natural gas so you 00:06:14.67000:06:14.680 want to build these in a sealed room and 00:06:16.29000:06:16.300 they're a good source of natural gas if 00:06:18.60000:06:18.610 you haven't found the natural gas geyser 00:06:20.07000:06:20.080 yet and natural gas is great for 00:06:22.80000:06:22.810 generating power I've got a kind of a 00:06:24.60000:06:24.610 mock setup here where I'm getting all my 00:06:26.82000:06:26.830 power from 00:06:28.90900:06:28.919 it's pumping natural gas into these 00:06:30.89000:06:30.900 natural gas generators and I do have 00:06:34.42900:06:34.439 another video on that's a power guide 00:06:36.29000:06:36.300 that goes over all this kind of stuff so 00:06:37.64000:06:37.650 I won't go into it much here so the 00:06:39.80000:06:39.810 point was you can use hot 95 degree 00:06:43.64000:06:43.650 water for quite a few things like 00:06:44.83900:06:44.849 showers I don't really recommend 00:06:46.70000:06:46.710 actually using showers because the dupes 00:06:48.92000:06:48.930 actually don't need them that might 00:06:50.95900:06:50.969 change in the future but the little 00:06:52.96900:06:52.979 grimy debuff that they get doesn't 00:06:54.77000:06:54.780 actually have a negative effect about 00:06:57.40900:06:57.419 the toilets they definitely need 00:06:58.52000:06:58.530 laboratories or a bit cleaner version of 00:07:00.61900:07:00.629 the outhouse and you're fine using 95 00:07:04.55000:07:04.560 degree water as long as you use a 00:07:05.74900:07:05.759 Bissell like pipes in and out that's 00:07:07.67000:07:07.680 good but let's say you want to grow some 00:07:10.18900:07:10.199 of these bad boys 00:07:11.20900:07:11.219 the Bristol blossoms if you look they 00:07:14.57000:07:14.580 need a body temperature of between five 00:07:16.30900:07:16.319 and thirty degrees and if you're using 00:07:19.51900:07:19.529 hydroponic tiles like this which has a 00:07:21.98000:07:21.990 water input if you send in 95 degree 00:07:25.70000:07:25.710 water there's water that sits in these 00:07:28.12900:07:28.139 hydroponic tiles let's see here 00:07:31.58000:07:31.590 so hydroponic farm you can see there's 00:07:34.18900:07:34.199 about five kilograms of water sitting in 00:07:35.93000:07:35.940 there and I'm sending in cool water but 00:07:38.20900:07:38.219 if you were sending in 95 degree water 00:07:39.96900:07:39.979 this area would heat up the tile would 00:07:42.55900:07:42.569 heat up and then the air would heat up 00:07:44.11900:07:44.129 and your Bristol blossoms would stop 00:07:46.39900:07:46.409 growing because it would get too hot in 00:07:47.62900:07:47.639 here so these require cooler water and 00:07:51.17000:07:51.180 at the moment I'm sending in twenty six 00:07:54.17000:07:54.180 point seven degree water Celsius which 00:07:57.20000:07:57.210 is kind of just under the max 00:07:58.67000:07:58.680 temperature of these what these guys 00:08:01.18900:08:01.199 like so the question becomes how do you 00:08:03.01900:08:03.029 get water down to 25 degrees or 20 00:08:05.80900:08:05.819 degrees to use with these guys and 00:08:09.92000:08:09.930 that's what I'm going to talk about got 00:08:12.17000:08:12.180 a bit distracted there so one way to do 00:08:15.07900:08:15.089 it is to pump the water coming out of 00:08:20.65900:08:20.669 the geyser room through a nice biome 00:08:24.33900:08:24.349 using wolframite pipes so if we go here 00:08:28.86900:08:28.879 wolframite is kind of special actually 00:08:32.08900:08:32.099 we have some of it on the map here it's 00:08:33.56000:08:33.570 found in the ice biome and it has a 00:08:36.70900:08:36.719 thermal conductivity of 15 which is 00:08:39.74000:08:39.750 quite high which basically means 00:08:42.10000:08:42.110 if you have wolframite pipes the hot 00:08:44.50000:08:44.510 water the heat from the hot water will 00:08:46.39000:08:46.400 escape into the surrounding environment 00:08:47.92000:08:47.930 really well as long as I mean assuming 00:08:50.53000:08:50.540 the environment is cold you would take 00:08:52.24000:08:52.250 your pipe and lead it through the cold 00:08:57.13000:08:57.140 biome and building something like a 00:09:00.70000:09:00.710 radiator like this and the longer the 00:09:04.24000:09:04.250 radiator the more cooling you'll get and 00:09:06.28000:09:06.290 then you'll send it off to the base 00:09:07.93000:09:07.940 where you want to use it so the water 00:09:11.05000:09:11.060 will come in at 95 degrees and this this 00:09:13.42000:09:13.430 ice biome is at minus 30 at the moment 00:09:16.06000:09:16.070 so you'll send in your 95 degree water 00:09:18.28000:09:18.290 it'll sneak through these pipes 00:09:19.93000:09:19.940 releasing its heat and the ice biome 00:09:24.19000:09:24.200 will essentially cool down the water as 00:09:26.68000:09:26.690 it travels through but it will also heat 00:09:29.32000:09:29.330 up this ice biome so this is not a 00:09:30.73000:09:30.740 permanent solution but it'll work for 00:09:33.79000:09:33.800 quite a while now this assumes you have 00:09:35.83000:09:35.840 quite a bit of wolframite you can also 00:09:37.54000:09:37.550 use granite but it won't be as good and 00:09:39.46000:09:39.470 as an effect and you can plant wheeze 00:09:43.12000:09:43.130 warts around this area as well to try to 00:09:46.96000:09:46.970 cool it even more an even simpler way 00:09:50.29000:09:50.300 without building radiator is just to 00:09:53.02000:09:53.030 take your hot water and dump it directly 00:09:57.94000:09:57.950 into a nice biome so you could pipe it 00:10:00.82000:10:00.830 directly in and let it accumulate I 00:10:02.47000:10:02.480 often like doing it near the bottom 00:10:04.45000:10:04.460 where you have a bunch of abyss light 00:10:05.77000:10:05.780 naturally forming which is three or four 00:10:08.50000:10:08.510 tiles thick so it doesn't break so you 00:10:11.53000:10:11.540 could do something like let's take some 00:10:13.69000:10:13.700 let's take some water at let's say 380 00:10:18.34000:10:18.350 degrees Kelvin and just paint some in no 00:10:23.74000:10:23.750 that was too hot that was steamed let me 00:10:27.37000:10:27.380 destroy that let's do it at 3:33 ah 00:10:32.14000:10:32.150 350 paint that in 00:10:37.52000:10:37.530 so what's that one or at it's at 72 00:10:41.60000:10:41.610 degrees Celsius now if you pump in small 00:10:46.07000:10:46.080 amounts of water into a nice biome over 00:10:49.04000:10:49.050 time it will cool down well it's already 00:10:51.35000:10:51.360 down to 49 so when in at 70 it's already 00:10:54.26000:10:54.270 down to 45 and it will continue to cool 00:10:56.24000:10:56.250 normally you wouldn't dump in a whole 00:10:57.68000:10:57.690 bunch like this at once you would be 00:10:59.03000:10:59.040 trickling it in but the ice the ice 00:11:00.92000:11:00.930 biome will naturally cool it down and 00:11:02.75000:11:02.760 then you could pump it out of there to 00:11:04.46000:11:04.470 use it for plants or whatever as long as 00:11:06.65000:11:06.660 it was cold enough and you can set up 00:11:09.35000:11:09.360 regulation using something like a thermo 00:11:12.56000:11:12.570 switch and say you know if the 00:11:17.03000:11:17.040 temperature is below 25 degrees then 00:11:22.01000:11:22.020 pump the water otherwise don't pump it 00:11:24.02000:11:24.030 now another way to cool down a water 00:11:26.90000:11:26.910 tank it's to build some mesh tile above 00:11:30.23000:11:30.240 it and then put in ice sculptures so 00:11:34.61000:11:34.620 under furniture there's an ice block now 00:11:37.19000:11:37.200 in debug mode it won't actually build it 00:11:39.08000:11:39.090 it will melt right away but if you build 00:11:43.25000:11:43.260 them the doops will come along use some 00:11:44.93000:11:44.940 ice from the ice biome build some ice 00:11:48.07900:11:48.089 sculptures and they'll cool the air 00:11:49.97000:11:49.980 around them but then when they melt the 00:11:51.29000:11:51.300 cold water goes into the water tank and 00:11:53.27000:11:53.280 cools it down that's kind of a temporary 00:11:56.32900:11:56.339 but manual way to cool water as well now 00:11:59.27000:11:59.280 this water is already down to 37 so 00:12:02.66000:12:02.670 those are two simple ways this is 00:12:04.19000:12:04.200 probably the simplest way of all dump 00:12:06.62000:12:06.630 hot water in an ice biome it'll cool 00:12:09.56000:12:09.570 down but it's not a permanent solution 00:12:11.14000:12:11.150 because your ice biome will eventually 00:12:13.94000:12:13.950 warm up but it might get you through 100 00:12:16.40000:12:16.410 cycles a couple of maybe 500 cycles and 00:12:18.82000:12:18.830 once one ice biome is heated up you 00:12:21.17000:12:21.180 could move on to the next because the 00:12:22.28000:12:22.290 map usually has quite a few and you can 00:12:25.70000:12:25.710 ask a tweeze warts to kind of speed the 00:12:28.85000:12:28.860 or keep the cool things down even more 00:12:31.97000:12:31.980 now you can also use these under 00:12:34.19000:12:34.200 utilities you can use a temp shift plate 00:12:37.06000:12:37.070 now you can make these out of granite 00:12:39.14000:12:39.150 you can make them out of dirt Diamond is 00:12:41.66000:12:41.670 one of the better ones and if you've 00:12:43.61000:12:43.620 build them like this 00:12:46.73000:12:46.740 what they do is they essentially spread 00:12:49.65000:12:49.660 the heat out so this water is hot but 00:12:52.88900:12:52.899 this air is cool so it's basically gonna 00:12:56.56900:12:56.579 move spread the heat out into this area 00:12:59.22000:12:59.230 faster and if you put some wheeze warts 00:13:02.73000:13:02.740 along here they would cool the temp 00:13:04.74000:13:04.750 shift plate and kind of send the cooling 00:13:07.92000:13:07.930 down this way or extract the heat 00:13:09.78000:13:09.790 whichever way you want to look at it so 00:13:12.54000:13:12.550 temperature if plates are pretty good at 00:13:14.00900:13:14.019 spreading heat up so now for now for a 00:13:16.31900:13:16.329 slightly more advanced way to cool water 00:13:21.25900:13:21.269 so we've got our 95 degree water here 96 00:13:24.76900:13:24.779 you can send it in let's say you have a 00:13:27.44900:13:27.459 bunch of carbon dioxide you want to get 00:13:28.82900:13:28.839 rid of you can send it into a carbon 00:13:31.25900:13:31.269 skimmer at 95 degrees or whatever and 00:13:34.53000:13:34.540 the polluted water that comes out is 00:13:36.60000:13:36.610 always going to come out at 40 so it's 00:13:39.36000:13:39.370 essentially destroying a whole bunch of 00:13:41.55000:13:41.560 heat quite a bit of heat but then you're 00:13:44.49000:13:44.500 left with polluted water which is not 00:13:46.41000:13:46.420 what you want for bristle blossoms you 00:13:47.97000:13:47.980 want clean water so then you send that 00:13:50.88000:13:50.890 40 degree polluted water into a sieve 00:13:55.25000:13:55.260 water sieve it'll clean it for you using 00:13:58.94900:13:58.959 sand and a map has a ton of sand and you 00:14:01.74000:14:01.750 can even make more sand it's essentially 00:14:03.78000:14:03.790 unlimited in practice and there's ways 00:14:08.43000:14:08.440 to generate sand that's more complicated 00:14:09.81000:14:09.820 but there's a ton of sand on the map you 00:14:12.72000:14:12.730 can also use under refinement you can 00:14:15.66000:14:15.670 use the rock granulator to turn certain 00:14:20.12000:14:20.130 minerals into sand so that's a way to 00:14:23.88000:14:23.890 get set if you happen to run out but 00:14:25.25900:14:25.269 there's tons of sand on the map so this 00:14:27.72000:14:27.730 uses sand it it gives off polluted dirt 00:14:30.72000:14:30.730 which you can put in the compost or 00:14:33.18000:14:33.190 hatches can eat it for you and make coal 00:14:35.40000:14:35.410 but you can use for energy but the 00:14:38.61000:14:38.620 output of the sieve is clean water at 40 00:14:40.88900:14:40.899 degrees so you've taken 95 degree clean 00:14:44.46000:14:44.470 water and turn it into 40 degree clean 00:14:47.46000:14:47.470 water without too much power this is 00:14:51.03000:14:51.040 only 120 watts for these two devices 00:14:53.63000:14:53.640 you're going to need some co2 for this 00:14:56.28000:14:56.290 thing to operate but there's often your 00:14:58.98000:14:58.990 dupes are giving off co2 00:15:00.12000:15:00.130 and there's ways to generate co2 a lot 00:15:02.49000:15:02.500 of power production like coal production 00:15:04.44000:15:04.450 or coal power natural gas power they all 00:15:08.94000:15:08.950 give off co2 so there's now some people 00:15:12.54000:15:12.550 would say don't waste your co2 doing 00:15:14.58000:15:14.590 this 00:15:14.91000:15:14.920 send your co2 to slicksters which are 00:15:16.62000:15:16.630 little oil eating monsters at the bottom 00:15:18.57000:15:18.580 of the map these little guys and they 00:15:22.47000:15:22.480 would be right it's a better use to get 00:15:25.05000:15:25.060 oil into them but if you need to cool 00:15:27.18000:15:27.190 water this is a good way to do it so 00:15:28.80000:15:28.810 then you take now you have 40 degree 00:15:30.96000:15:30.970 water which isn't quite cool enough and 00:15:33.18000:15:33.190 you can use some of the first methods 00:15:35.25000:15:35.260 that I talked about to bring it down to 00:15:36.75000:15:36.760 20 or 25 or what do you ever whatever 00:15:38.79000:15:38.800 you need it up but then there's more 00:15:40.47000:15:40.480 advanced ways to cool the water further 00:15:42.48000:15:42.490 so I'll show you that now now you can 00:15:44.67000:15:44.680 build a device like this which is not 00:15:48.84000:15:48.850 quite the Borg cube it's a name that the 00:15:53.04000:15:53.050 guy who created it his name's to turn us 00:15:55.14000:15:55.150 any posts in the clay forums a lot so 00:15:57.12000:15:57.130 the pump sucks up the crude oil it sends 00:15:59.94000:15:59.950 it into the equity so it's going in at 00:16:01.68000:16:01.690 80 degrees and coming out at 66 and it 00:16:05.13000:16:05.140 just goes like this in a loop now the 00:16:07.53000:16:07.540 Aqua tuner gets really hot when it runs 00:16:09.74000:16:09.750 but because it is immersed in this crude 00:16:12.54000:16:12.550 oil it in theory it should heat up the 00:16:17.67000:16:17.680 oil an equal amount to what it's cooling 00:16:20.13000:16:20.140 but the way the game mechanics work it 00:16:22.41000:16:22.420 eventually cools down so if we take a 00:16:26.67000:16:26.680 look at this oil here it's at 79 degrees 00:16:30.56000:16:30.570 let's watch this 00:16:32.19000:16:32.200 one tile of oil here it's at 81 point 00:16:34.35000:16:34.360 five degrees now let's speed things up 00:16:36.59000:16:36.600 control U is like super speed now you'll 00:16:40.50000:16:40.510 notice it's eighty one point one it's 00:16:42.09000:16:42.100 eighty one eighty point nine so it's 00:16:45.48000:16:45.490 going down one could argue it's 00:16:48.24000:16:48.250 exploiting some mechanics in the game 00:16:50.55000:16:50.560 that are broken but not not to a huge 00:16:54.30000:16:54.310 degree so let's slow things back down 00:16:55.92000:16:55.930 here 00:16:58.50000:16:58.510 so if you let this thing run for a long 00:17:01.06000:17:01.070 time the crude oil would get cooler and 00:17:02.74000:17:02.750 cooler and cooler eventually we'd get 00:17:05.56000:17:05.570 like down to zero degrees and Beyond and 00:17:07.92000:17:07.930 oil freezes solid at negative 40 so you 00:17:12.82000:17:12.830 would want to put some regulation in 00:17:14.20000:17:14.210 using a a thermo switch thermo sensor 00:17:20.40000:17:20.410 you'd want to immerse it in the oil and 00:17:22.99000:17:23.000 say don't run this thing when you get 00:17:26.89000:17:26.900 down to about minus 20 the reason - 20 00:17:30.73000:17:30.740 is that the oil going through the aqua 00:17:33.01000:17:33.020 tuner will come down another 14 degrees 00:17:34.63000:17:34.640 and will be close to freezing so shut 00:17:37.51000:17:37.520 the thing off if it gets too cold 00:17:38.92000:17:38.930 basically now the tiles around this are 00:17:44.17000:17:44.180 abyss light to kind of retain the 00:17:45.55000:17:45.560 coolness but if you used metal tiles 00:17:48.82000:17:48.830 let's say right here or along here 00:17:52.29000:17:52.300 actually along here for instance metal 00:17:56.08000:17:56.090 tiles have a high thermal conductivity 00:17:57.37000:17:57.380 let's draw a few here if you click on 00:18:00.88000:18:00.890 them you'll see thermal conductivity 60 00:18:04.96000:18:04.970 which is extremely high if you made 00:18:07.48000:18:07.490 metal tiles along here and you had hot 00:18:10.00000:18:10.010 water kind of in a small tank here this 00:18:15.34000:18:15.350 thing would get really cold like minus 00:18:16.75000:18:16.760 20 and it would cool down the water the 00:18:19.09000:18:19.100 coldness would essentially suck the heat 00:18:20.77000:18:20.780 out of the hot water and then you could 00:18:23.80000:18:23.810 cool it down to whatever temperature you 00:18:25.60000:18:25.610 needed another thing you could do is 00:18:28.69000:18:28.700 circulate this cooler oil through a hot 00:18:30.97000:18:30.980 water tank and cool the water down that 00:18:32.80000:18:32.810 way using something like a wolframite 00:18:35.71000:18:35.720 pipe radiator like I showed you earlier 00:18:38.43000:18:38.440 now there's a NIC exploit with this kind 00:18:42.40000:18:42.410 of system let's let's watch it so we see 00:18:45.94000:18:45.950 it's really hot but if we put a metal 00:18:48.22000:18:48.230 tile right here watch what happens to 00:18:52.63000:18:52.640 the temperature temperature 00:19:01.40000:19:01.410 see it's at 40 degrees 30 degrees look 00:19:05.46000:19:05.470 how fast it's cooling now we're not even 00:19:10.05000:19:10.060 through like a tenth of a cycle and 00:19:12.15000:19:12.160 we're down to 20 degrees so this thing 00:19:14.81000:19:14.820 will basically cool down to a freezing 00:19:18.03000:19:18.040 point almost instantly look how cold it 00:19:20.07000:19:20.080 is already and we're not at super speed 00:19:22.53000:19:22.540 we're just at like regular speed and 00:19:25.17000:19:25.180 what's going on is the cold oil is 00:19:28.86000:19:28.870 coming out and forming a tiny little 00:19:30.66000:19:30.670 droplet here and the cold droplet when 00:19:35.10000:19:35.110 it hits the big pot of warmer oil cools 00:19:40.56000:19:40.570 down the whole thing the way the 00:19:42.06000:19:42.070 mechanics of the math works with liquids 00:19:45.84000:19:45.850 merging with liquids doesn't take mass 00:19:48.48000:19:48.490 into account so one gram of really cold 00:19:51.84000:19:51.850 water or oil can cool down a giant body 00:19:55.89000:19:55.900 like this this you could have a giant 00:19:58.14000:19:58.150 body of boiling hot oil and drip in tiny 00:20:03.06000:20:03.070 amounts of freezing oil and it would 00:20:05.07000:20:05.080 freeze the whole tank almost immediately 00:20:06.74000:20:06.750 so this is the exploit now if you like 00:20:10.50000:20:10.510 cheating you can do this if you don't 00:20:12.72000:20:12.730 like cheating you can do something 00:20:15.69000:20:15.700 simpler like the kind of the original 00:20:18.78000:20:18.790 method which cools but not it's such a 00:20:20.88000:20:20.890 crazy rate I should mention that the 00:20:23.52000:20:23.530 reason you use oil for something like 00:20:25.47000:20:25.480 this is that it can it doesn't freeze at 00:20:27.60000:20:27.610 zero degrees like water it freezes down 00:20:29.31000:20:29.320 at like - Myka said - 40 Petroleum's 00:20:34.05000:20:34.060 even better it freezes at an even lower 00:20:35.76000:20:35.770 temperature so you can get your cooling 00:20:37.41000:20:37.420 thing down really far now an on cheaty 00:20:40.98000:20:40.990 way of doing this is to use either a 00:20:44.88000:20:44.890 bunch of aqua tuners in series and these 00:20:46.77000:20:46.780 things use a ton of power but you can 00:20:50.70000:20:50.710 get essentially unlimited power in this 00:20:52.68000:20:52.690 game through using fertilizer makers 00:20:54.48000:20:54.490 plus natural gas power I've got quite a 00:20:57.60000:20:57.610 bit of power here so one natural gas 00:21:00.54000:21:00.550 geyser for instance will power three of 00:21:02.49000:21:02.500 these and each of these is 800 watts but 00:21:05.91000:21:05.920 then you can build an unlimited number 00:21:07.17000:21:07.180 of fertilizer makers which can power an 00:21:10.92000:21:10.930 unlimited number of 00:21:12.33000:21:12.340 natural gas generators you can also 00:21:14.22000:21:14.230 build petroleum generators which take in 00:21:17.10000:21:17.110 petroleum and generate a bunch of power 00:21:19.28000:21:19.290 so eventually you'll have a ton of power 00:21:21.45000:21:21.460 and you can do something simple like 00:21:23.94000:21:23.950 this and I'm what I'm doing here is I'm 00:21:25.68000:21:25.690 just sending water 95 degree water 00:21:28.83000:21:28.840 through a valve and I'm controlling the 00:21:31.98000:21:31.990 amount of water that goes through right 00:21:33.03000:21:33.040 now I'm just letting all 10 kilograms 00:21:35.10000:21:35.110 per per bubble go through and so the 00:21:40.11000:21:40.120 water is coming in at 96 or 97 and it's 00:21:42.60000:21:42.610 coming out at 26 as you can see and 00:21:46.86000:21:46.870 these things aren't operating at all the 00:21:49.74000:21:49.750 time they just operate this kicked on 00:21:53.61000:21:53.620 there so what we're doing is we're 00:21:57.15000:21:57.160 sending that cold water to 12 00:22:00.09000:22:00.100 Bristol blossoms and they're each using 00:22:03.96000:22:03.970 20 kilograms let's see 20 kilograms of 00:22:09.06000:22:09.070 water per cycle which is essentially 33 00:22:11.73000:22:11.740 grams per second of fresh water so 00:22:15.39000:22:15.400 that's why these aren't running kind of 00:22:17.58000:22:17.590 all the time there they go the kicked on 00:22:20.76000:22:20.770 and when these things operate they kind 00:22:23.67000:22:23.680 of they get quite hot that's why I have 00:22:26.16000:22:26.170 them in immersed in oil and this oil is 00:22:30.75000:22:30.760 around 87 degrees here over here it's 00:22:36.33000:22:36.340 like 80 it's actually make some of this 00:22:41.37000:22:41.380 light Tyler really quickly so if we let 00:22:44.76000:22:44.770 this run at super speed 00:22:52.07000:22:52.080 the oil will eventually warm up I don't 00:23:00.23000:23:00.240 know how long this would last before it 00:23:03.29000:23:03.300 became an issue oil boils at 400 degrees 00:23:08.24000:23:08.250 it would take a while I think to heat up 00:23:12.38000:23:12.390 this oil now I have it encased in abyss 00:23:17.27000:23:17.280 light if he built something like this 00:23:20.21000:23:20.220 down at the bottom of the map where 00:23:23.78000:23:23.790 there is a ton of oil let's say you dug 00:23:26.87000:23:26.880 into a bunch of this oil you could put 00:23:30.47000:23:30.480 you could immerse those aqua tuners in 00:23:31.85000:23:31.860 there in a large amount of oil build 00:23:37.40000:23:37.410 something like this I mean it would take 00:23:39.56000:23:39.570 a while to dig out but once you have 00:23:40.70000:23:40.710 exosuits you can do that so you've got a 00:23:43.67000:23:43.680 giant pool of oil you could immerse 00:23:46.28000:23:46.290 those aqua tuners in there and it would 00:23:48.38000:23:48.390 take probably thousands of cycles to 00:23:50.90000:23:50.910 heat up the oil now another thing you 00:23:53.00000:23:53.010 could do is heat the oil up to let's say 00:23:56.89000:23:56.900 a hundred degrees or 120 degrees and 00:24:01.09000:24:01.100 then actually consume it in a oil 00:24:07.52000:24:07.530 refinery for instance 00:24:08.90000:24:08.910 [Music] 00:24:11.59000:24:11.600 consume it turn into petroleum and then 00:24:14.63000:24:14.640 pump in new fresh cool oil from down 00:24:16.88000:24:16.890 below or from your slicksters cuz these 00:24:19.43000:24:19.440 slicksters make oil and they eat carbon 00:24:21.65000:24:21.660 dioxide and though they're out putting 00:24:24.02000:24:24.030 oil at 25 degrees so you could pump that 00:24:27.77000:24:27.780 25 degree oil into a tank like this dump 00:24:32.36000:24:32.370 all the heat into it from these aqua 00:24:34.61000:24:34.620 tuners and then consume the oil and 00:24:37.76000:24:37.770 destroy the heat so it's pretty common 00:24:40.16000:24:40.170 to use things like polluted water like 00:24:43.16000:24:43.170 in this instance here I used I was using 00:24:46.85000:24:46.860 polluted water into the sieve now I 00:24:49.28000:24:49.290 could take this polluted water and cool 00:24:52.34000:24:52.350 down Machinery with it dribble it on top 00:24:54.29000:24:54.300 of machinery or put it through a an area 00:24:57.80000:24:57.810 that's say 60 degrees and kind of dump 00:25:00.35000:25:00.360 the heat into it and then put it into 00:25:02.06000:25:02.070 the sieve and it would destroy the 60 00:25:04.40000:25:04.410 degree polluted water and give and give 00:25:07.58000:25:07.590 out 40 degree fresh water now a less 00:25:10.55000:25:10.560 power-hungry way of doing this using all 00:25:14.72000:25:14.730 these aqua tuners would be to take the 00:25:17.96000:25:17.970 output of one echo tuner and feed the 00:25:21.26000:25:21.270 cooler water back into the aqua tuner 00:25:23.39000:25:23.400 and basically get a cooling loop going 00:25:25.46000:25:25.470 and then eventually use it but as you 00:25:29.51000:25:29.520 can see these aren't running all the 00:25:30.71000:25:30.720 time so they're not actually you don't 00:25:33.29000:25:33.300 need you know 1200 watts times 5 to run 00:25:37.10000:25:37.110 this thing you just need enough battery 00:25:39.44000:25:39.450 storage to run them intermittently so if 00:25:43.58000:25:43.590 we put a bunch of smart batteries on 00:25:44.96000:25:44.97000:25:48.20000:25:48.21000:25:50.61000:25:50.620 we can see them fill up 00:25:55.17000:25:55.180 and then when this runs they'll take a 00:25:58.96000:25:58.970 little hit oh they didn't even take a 00:26:02.26000:26:02.270 hit we have so much power and this isn't 00:26:05.86000:26:05.870 even a big power setup this is only one 00:26:09.58000:26:09.590 two three four five it's only six 00:26:11.80000:26:11.810 natural gas generator it's not that big 00:26:15.66000:26:15.670 so that's kind of a non Chiti way of 00:26:18.90000:26:18.910 cooling water this is kind of a crude 00:26:21.43000:26:21.440 setup because I'm doing in series but 00:26:23.05000:26:23.060 but the thing like I said you might want 00:26:24.85000:26:24.860 to pump in cold oil and eventually once 00:26:28.27000:26:28.280 it gets too hot pump it out and you 00:26:30.40000:26:30.410 could use regulation for that pump it 00:26:32.71000:26:32.720 out and destroy it in the oil refinery 00:26:35.02000:26:35.030 so the water that's coming out of that 00:26:36.73000:26:36.740 is twenty six point eight degrees which 00:26:39.16000:26:39.170 is just perfect for Bristol blossom now 00:26:41.98000:26:41.990 I'll show you one other way to cool 00:26:43.30000:26:43.310 water this is not as effective but you 00:26:47.50000:26:47.510 can use the anti entropy thermo 00:26:49.33000:26:49.340 nullifier which you feed hydrogen it 00:26:53.68000:26:53.690 doesn't use very much it uses C here 10 00:26:58.45000:26:58.460 grams per second of hydrogen and you can 00:27:02.50000:27:02.510 generate hydrogen with the electrolyzer 00:27:04.87000:27:04.880 so that's one way of generating the 00:27:06.46000:27:06.470 hydrogen that you send to it I just 00:27:08.56000:27:08.570 built a room up here a fake little room 00:27:10.60000:27:10.610 full of hydrogen to do this but and it 00:27:13.30000:27:13.310 can even be hot hydrogen that goes into 00:27:15.19000:27:15.200 this thing if you're using a vis light 00:27:17.74000:27:17.750 pipe so this thing does quite a bit of 00:27:21.34000:27:21.350 cooling I think it's equivalent to about 00:27:22.84000:27:22.850 12 wheeze warts somewhere between 8 and 00:27:26.14000:27:26.150 14 wheeze words I don't know the exact 00:27:27.91000:27:27.920 number it says minus 400 watts but 00:27:31.45000:27:31.460 there's some internal math that actually 00:27:33.28000:27:33.290 turns it into 80 kilowatts apparently 00:27:35.11000:27:35.120 versus the 12 kilowatts for a wheeze 00:27:38.50000:27:38.510 work so this will cool itself as well as 00:27:40.69000:27:40.700 the surrounding area and I have this 00:27:43.36000:27:43.370 room filled with hydrogen at 2,000 grams 00:27:46.51000:27:46.520 per tile and as I said earlier hydrogen 00:27:50.05000:27:50.060 is a really good gas for kind of cooling 00:27:53.41000:27:53.420 it's the best gas for cooling so this 00:27:56.92000:27:56.930 thing is down at let's see 00:28:00.69000:28:00.700 ten degrees and I've got the temp shift 00:28:04.20000:28:04.210 plates to kind of spread the coolness 00:28:05.70000:28:05.710 out and then what I'm doing is I'm 00:28:09.11900:28:09.129 sending I think it's a hundred grams per 00:28:11.84900:28:11.859 second of 95 degree water through the 00:28:14.39900:28:14.409 system so the water is going in at 97 00:28:18.14900:28:18.159 and it's coming out at 12 and the room 00:28:23.31000:28:23.320 isn't heating up like if we kind of 00:28:25.44000:28:25.450 watch this watch the hydrogen it's at 00:28:28.79900:28:28.809 ten point four and we speed things up 00:28:30.61900:28:30.629 massively it's pretty stable ten point 00:28:34.91900:28:34.929 three now if we send more than a hundred 00:28:38.15900:28:38.169 grams the equation changes so let's said 00:28:43.83000:28:43.840 now hundred grams per second of cold 00:28:45.96000:28:45.970 water is enough to grow three Bristol 00:28:49.56000:28:49.570 blossoms which isn't very much but let's 00:28:53.09900:28:53.109 try 200 and see what happens and speed 00:28:56.36900:28:56.379 things up so if we watch the hydrogen 00:29:01.37900:29:01.389 10.1 10.2 so it is warming up very very 00:29:09.45000:29:09.460 slowly but and the water that's coming 00:29:17.46000:29:17.470 out is no longer as cold it's coming out 00:29:22.79900:29:22.809 at 25 degrees which is still good enough 00:29:24.41900:29:24.429 to for Bristol blossoms just barely so 00:29:28.16900:29:28.179 gas cooling is not as effective as 00:29:30.23900:29:30.249 liquid cooling the aqua tuner is super 00:29:32.82000:29:32.830 powerful but it does take you know 1200 00:29:36.96000:29:36.970 watts whereas this thing actually 00:29:39.65900:29:39.669 doesn't require any power at all it's 00:29:41.31000:29:41.320 free power except for the hydrogen that 00:29:43.34900:29:43.359 you gotta generate and there's usually 00:29:46.28900:29:46.299 three of these on the map 00:29:47.58000:29:47.590 some I've only ever seen three they're 00:29:50.54900:29:50.559 kind of hidden in the ice by let's see 00:29:52.08000:29:52.090 if we can find one okay here's one here 00:29:57.50000:29:57.510 they're usually hidden in ice but 00:29:59.33000:29:59.340 they're usually a little bit of them as 00:30:00.71000:30:00.720 exposed if you turn on the gas overlay 00:30:05.09000:30:05.100 you can see their input so there's one 00:30:09.26000:30:09.270 hidden away so not the most effective 00:30:11.42000:30:11.430 way to cool but a decent way it's good 00:30:16.25000:30:16.260 for cooling oxygen if you set up your 00:30:18.53000:30:18.540 oxygen generation close to one of these 00:30:22.10000:30:22.110 nullifiers it's pretty effective but for 00:30:24.74000:30:24.750 cooling liquids it's not as effective 00:30:26.69000:30:26.700 the reason it's so hard to cool liquids 00:30:30.47000:30:30.480 is that they're they have a high mass so 00:30:33.41000:30:33.420 we're doing like 10 kilograms for bubble 00:30:36.02000:30:36.030 here but one tile of gas only has 00:30:38.39000:30:38.400 usually 2 kilograms or less so it's a 00:30:41.69000:30:41.700 it's it comes down to mass and a tile of 00:30:46.43000:30:46.440 water is a thousand kilograms so quite a 00:30:49.46000:30:49.470 bit you know it's almost 500 times the 00:30:52.13000:30:52.140 mass of a normal gas tile so there's 00:30:55.43000:30:55.440 probably lots of other ways to cool 00:30:56.72000:30:56.730 water but these are the the ones that I 00:30:58.61000:30:58.620 have used in the past this set appears 00:31:01.73000:31:01.740 super effective at destroying a you know 00:31:04.73000:31:04.740 a good portion of the heat gets you down 00:31:07.37000:31:07.380 from 95 to 40 and then you can use an 00:31:10.52000:31:10.530 aqua tuner to bring them down to kind of 00:31:13.99000:31:14.000 26 degrees a single aqua tuner and 00:31:17.15000:31:17.160 remember you only need to cool the water 00:31:18.98000:31:18.990 for your food you don't need to cool it 00:31:22.73000:31:22.740 for showers or toilets or a lot of other 00:31:25.55000:31:25.560 uses if but let's say like electrolyzers 00:31:28.34000:31:28.350 you can send hot water into those 00:31:31.52900:31:31.539 food is pretty much the only thing you 00:31:33.49000:31:33.500 need cold water for I'd love to hear 00:31:35.23000:31:35.240 your thoughts in the comments about 00:31:36.27900:31:36.289 these systems I've probably missed some 00:31:38.68000:31:38.690 some ways to do cooling Louisa works 00:31:40.87000:31:40.880 like I said are good at cooling they're 00:31:42.75900:31:42.769 essentially a small version of this 00:31:44.79900:31:44.809 nullifier and they're more portable 00:31:46.89900:31:46.909 these things you can't move around so 00:31:48.54900:31:48.559 you can do something similar to this but 00:31:49.96000:31:49.970 you're going to need a lot of Wiis words 00:31:51.12000:31:51.130 so sorry this video is so long but I 00:31:53.62000:31:53.630 wanted to get kind of a lot of different 00:31:55.38900:31:55.399 varieties in terms of cooling in if you 00:31:57.63900:31:57.649 enjoy these kind of videos hit that 00:31:59.13900:31:59.149 subscribe button and give it a thumbs up 00:32:02.08000:32:02.090 if you want to hear any other kind of 00:32:04.53900:32:04.549 guides let me know in the comments I've 00:32:06.73000:32:06.740 already done a gas guide a kind of 00:32:08.86000:32:08.870 temperature guide I'm about to do a 00:32:11.04900:32:11.059 slime guide probably after this one 00:32:12.63900:32:12.649 slime and germs guide so let me know if 00:32:14.88900:32:14.899 you want to see any other guides I'll 00:32:16.99000:32:17.000 probably put a link in the description 00:32:18.19000:32:18.200 to the playlist that shows all the 00:32:20.40900:32:20.419 guides and as always thanks for watching 00:32:22.93000:32:22.940 and we'll see you guys next time
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