/ News & Press / Video / Petroleum Boiler - Tutorial nuggets - Oxygen not included
Petroleum Boiler - Tutorial nuggets - Oxygen not included
WEBVTT Kind: captions Language: en
00:00:00.060 and we're back with a hopefully quick 00:00:02.84000:00:02.850 tutorial on petroleum boiling now first 00:00:06.17000:00:06.180 off before we get into the nitty-gritty 00:00:07.67000:00:07.680 of doing it I want to concentrate on the 00:00:09.35000:00:09.360 benefits for a moment because I feel 00:00:10.82000:00:10.830 like they a lot of them get missed the 00:00:13.33900:00:13.349 first thing is it doesn't just provide 00:00:15.04900:00:15.059 you with power it provides you with food 00:00:16.93900:00:16.949 and the reason being when you burn 00:00:18.71000:00:18.720 petroleum it gives off carbon dioxide 00:00:20.12000:00:20.130 and that carbon dioxide can be used to 00:00:22.07000:00:22.080 feed slicksters also this is perfectly 00:00:24.59000:00:24.600 sustainable we're going to that in a bit 00:00:25.91000:00:25.920 but this does mean you can produce about 00:00:27.85900:00:27.869 nine and a half kilowatts of sustained 00:00:30.16900:00:30.179 power constantly you can feed almost 75 00:00:33.68000:00:33.690 slicksters which is almost enough to 00:00:35.60000:00:35.610 feed 50 duplicants BBQ say I wouldn't go 00:00:39.35000:00:39.360 quite 50 say 45 and the whole thing is 00:00:42.77000:00:42.780 perfectly sustainable forever so 9.5 00:00:46.94000:00:46.950 kilos of sustain power and enough food 00:00:48.70900:00:48.719 to feed about 50 duplicants for as long 00:00:50.63000:00:50.640 as you could possibly want and it's all 00:00:52.27900:00:52.289 obtainable airlie game without any space 00:00:54.92000:00:54.930 materials using either copper gold or 00:00:57.31900:00:57.329 aluminum and the reason is so 00:00:59.63000:00:59.640 sustainable is all wealth you take one 00:01:01.54900:01:01.559 of these oil wells and you dump a kilo 00:01:02.95900:01:02.969 of water into it and it spits out crude 00:01:04.70000:01:04.710 oil three of them won't quite produce 00:01:07.01000:01:07.020 ten kilos of crude oil per second but it 00:01:08.71900:01:08.729 works at about nine and a half kilos of 00:01:10.13000:01:10.140 crude oil then you take that you dump it 00:01:12.44000:01:12.450 through your petroleum boiler to get all 00:01:13.78900:01:13.799 your wonderful benefits and then as well 00:01:16.60900:01:16.619 as that the petroleum generator kicks 00:01:18.23000:01:18.240 there's 750 grams of polluted water 00:01:20.51000:01:20.520 polluted water you can sip it or boil it 00:01:22.67000:01:22.680 to turn it into clean water and it takes 00:01:25.64000:01:25.650 you two kilos of it consumes two kilos 00:01:28.31000:01:28.320 of petroleum to make this doing the math 00:01:30.28900:01:30.299 on this it means you put in three kilos 00:01:31.94000:01:31.950 of water in here and you get at three 00:01:33.74000:01:33.750 and a quarter kilos in return so it's a 00:01:36.53000:01:36.540 water positive process a power positive 00:01:39.02000:01:39.030 process and a food positive process and 00:01:41.09000:01:41.100 it lasts forever and ever and ever 00:01:44.31900:01:44.329 that's why it's so powerful that's why 00:01:46.67000:01:46.680 it's so useful and that's why it's one 00:01:47.78000:01:47.790 of my favorite forms of energy because 00:01:49.58000:01:49.590 it solves multiple problems 00:01:50.56900:01:50.579 simultaneously and it's very easy to 00:01:53.06000:01:53.070 achieve for this reason I considered all 00:01:55.76000:01:55.770 right power wise it's not as good as say 00:01:58.10000:01:58.110 sour gas boiling which gives you natural 00:01:59.56900:01:59.579 gas but on the plus side it gives you 00:02:01.37000:02:01.380 far more carbon dioxide to feed your 00:02:02.74900:02:02.759 slicksters which means you have the 00:02:04.10000:02:04.110 sustainable food source now because it 00:02:06.77000:02:06.780 will provide you with up 75 slicksters 00:02:09.08000:02:09.090 and extra three-quarters of a kilo of 00:02:11.24000:02:11.250 water and it provides you with power 00:02:13.76000:02:13.770 one of the most common things I hear 00:02:15.68000:02:15.690 people doing is they turn these off and 00:02:17.21000:02:17.220 turn them back on again when they don't 00:02:18.59000:02:18.600 need anymore petroleum that's the wrong 00:02:21.29000:02:21.300 way to think about it you're thinking 00:02:22.25000:02:22.260 about it the same way as you do say no I 00:02:24.98000:02:24.990 don't have one left a coal generator 00:02:26.36000:02:26.370 coal generators you turn them off when 00:02:28.97000:02:28.980 you're not using them because you want 00:02:30.20000:02:30.210 to save cold in this instance you don't 00:02:32.27000:02:32.280 ever want to save petroleum you do keep 00:02:34.28000:02:34.290 a stockpile I do keep a stockpile of 00:02:35.96000:02:35.970 petroleum just first there's any 00:02:37.04000:02:37.050 interruptions in flow or any 00:02:38.75000:02:38.760 complications so that's there as 00:02:40.79000:02:40.800 necessary however at the moment all of 00:02:42.56000:02:42.570 this builds up and backs up to here an 00:02:44.42000:02:44.430 automation signal is sent 00:02:46.19000:02:46.200 I'm just tells the petroleum generators 00:02:48.02000:02:48.030 to turn on and start burning off the 00:02:49.40000:02:49.410 excess petroleum the reason being you 00:02:52.07000:02:52.080 want that carbon dioxide to feed your 00:02:53.72000:02:53.730 slicksters and if I'm burning off that 00:02:55.34000:02:55.350 petroleum then I'm producing an extra 00:02:57.23000:02:57.240 point set or an extra three-quarters of 00:02:59.18000:02:59.190 a kilo of water at the same time so 00:03:01.75000:03:01.760 turning off the petroleum boiler and not 00:03:04.28000:03:04.290 using it when you have three oil wells 00:03:05.96000:03:05.970 to feed it is actually a bad thing 00:03:07.82000:03:07.830 you're decreasing the amount of 00:03:09.20000:03:09.210 resources you're bringing in so turning 00:03:10.85000:03:10.860 them off is usually a bad thing to do 00:03:12.62000:03:12.630 just just saying now building these 00:03:16.28000:03:16.290 there's different ones depending on what 00:03:18.05000:03:18.060 type of materials you're going to have 00:03:19.04000:03:19.050 available and what type of volcanoes 00:03:20.69000:03:20.700 you're dealing with first thing to 00:03:23.18000:03:23.190 expand on these is the counter flow heat 00:03:25.01000:03:25.020 exchanger the worried they're not that 00:03:26.96000:03:26.970 complicated it's fairly straightforward 00:03:28.45000:03:28.460 the crude oil comes up here and it's 00:03:30.95000:03:30.960 going through these radiant gold pipes 00:03:32.48000:03:32.490 and it snakes its way all the way to the 00:03:34.55000:03:34.560 top where it gets dropped in and heated 00:03:36.26000:03:36.270 up in our heating area at that point it 00:03:38.27000:03:38.280 turns into petroleum and as more and 00:03:39.56000:03:39.570 more crude oil is dropped in there it 00:03:40.94000:03:40.950 forces this petroleum out and down the 00:03:43.19000:03:43.200 counter flow that's the counter flowing 00:03:45.26000:03:45.270 part and as it counter flows down the 00:03:47.78000:03:47.790 two of them exchange heat and the 00:03:49.37000:03:49.380 petroleum starting off very hot at 400 00:03:51.20000:03:51.210 degrees and the crude oil coming in 00:03:52.88000:03:52.890 think this one's about 80 Ed's is 80 00:03:54.74000:03:54.750 degrees so as the two of them counter 00:03:56.87000:03:56.880 flow past each other to keep exchanging 00:03:58.28000:03:58.290 heat and because there's such a long 00:03:59.51000:03:59.520 stairs and they're all the way straight 00:04:00.80000:04:00.810 out they keep dumping heat back and 00:04:02.84000:04:02.850 forth so that by the time the crude oil 00:04:04.46000:04:04.470 gets to the top it's preheated to 385 00:04:07.13000:04:07.140 degrees so it's gained over 305 degrees 00:04:10.16000:04:10.170 in temperature on its journey up the 00:04:12.11000:04:12.120 counter flow so when we get to the top 00:04:14.15000:04:14.160 it only takes a tiny little hit bit of 00:04:15.59000:04:15.600 heat well 15 plus degrees if he's to 00:04:18.47000:04:18.480 just push it over the edge to turn it 00:04:20.57000:04:20.580 into petroleum the reason you need this 00:04:22.28000:04:22.290 is you can't just if you're just running 00:04:23.99000:04:24.000 straight boil 80 degree Patrol crude oil 00:04:26.24000:04:26.250 into petroleum it takes an 00:04:27.56000:04:27.570 enormous amount of heat energy you would 00:04:29.54000:04:29.550 quickly drain all of the magma from this 00:04:31.61000:04:31.620 tank the volcano would row nature 00:04:33.05000:04:33.060 petroleum boiler would stop running and 00:04:34.40000:04:34.410 then you would run out of petroleum 00:04:35.12000:04:35.130 therefore no fixtures and you know no 00:04:37.46000:04:37.470 power that would be bad the whole point 00:04:40.85000:04:40.860 of the petroleum boiler is to make the 00:04:42.59000:04:42.600 design as resistant as possible until 00:04:44.81000:04:44.820 last as long as possible it should never 00:04:46.49000:04:46.500 ever need to stop if it needs to stop 00:04:48.29000:04:48.300 then you're not getting those resources 00:04:49.67000:04:49.680 you want which means you can't depend on 00:04:51.26000:04:51.270 the six tier food you can't depend on 00:04:52.70000:04:52.710 that power and you can't depend on 00:04:53.72000:04:53.730 getting that extra water the next part 00:04:55.97000:04:55.980 to explain here is this section over 00:04:57.59000:04:57.600 here this is the magma dropper and it 00:04:59.21000:04:59.220 allows us to drop down into tiles of 00:05:00.56000:05:00.570 magma now there are ways you can use 00:05:02.63000:05:02.640 debris to boil petroleum unfortunately 00:05:04.73000:05:04.740 they're they're not quite as efficient 00:05:06.68000:05:06.690 the reason being you can't get 00:05:08.78000:05:08.790 temperature of debris nearly as 00:05:10.76000:05:10.770 efficiently as you can out of a solid 00:05:11.87000:05:11.880 tile so what I like to do is let the 00:05:13.70000:05:13.710 magma form a solid tile and then extract 00:05:16.16000:05:16.170 the heat editor's this will allow me to 00:05:17.42000:05:17.430 drain the he that it would enter about 00:05:18.74000:05:18.750 four hundred and thirty four hundred 00:05:19.94000:05:19.950 thirty five degrees depending on the 00:05:21.32000:05:21.330 design she runs oldest igneous rock has 00:05:23.18000:05:23.190 been drained down and drained almost shy 00:05:25.10000:05:25.110 of heat if this was debris I'd be lucky 00:05:27.71000:05:27.720 to get it down to four hundred eighty 00:05:28.76000:05:28.770 degrees this usually allows you to 00:05:30.35000:05:30.360 absorb the drain the most amount of heat 00:05:32.42000:05:32.430 head of your igneous rock well your 00:05:34.22000:05:34.230 magma / igneous rock and get the most 00:05:35.99000:05:36.000 life out of your boiler the way it works 00:05:38.87000:05:38.880 is not the simplest but not the most 00:05:40.79000:05:40.800 complicated now excluding the plumbing 00:05:42.59000:05:42.600 which is it's just a one pipe going one 00:05:44.99000:05:45.000 direction and the petroleum flowing down 00:05:46.73000:05:46.740 the other this requires a little bit of 00:05:48.89000:05:48.900 automation to get working right ignore 00:05:51.44000:05:51.450 this little bit spike over here this is 00:05:53.90000:05:53.910 a reset toggle this is a temperature 00:05:55.52000:05:55.530 sensor this is a filter gate and this is 00:05:57.38000:05:57.390 an and not gate so what I'll do is I 00:05:59.57000:05:59.580 will fast-forward this until the device 00:06:01.64000:06:01.650 is about to cycle and then you can see 00:06:03.14000:06:03.150 it in action so I may have hastily 00:06:05.90000:06:05.910 applied just a little bit too much 00:06:07.01000:06:07.020 chilling to this using the the heat gun 00:06:09.07000:06:09.080 once the temperature goes below 435 00:06:12.02000:06:12.030 which I accidentally decreased is 365 00:06:14.27000:06:14.280 oops 00:06:14.81000:06:14.820 once the temperature gets that low the 00:06:17.09000:06:17.100 automation wire here sends a signal that 00:06:19.37000:06:19.380 signal it goes up here and it activates 00:06:21.71000:06:21.720 the mining drill 00:06:23.23000:06:23.240 that mining drill is the only thing that 00:06:24.67000:06:24.680 activates for the time being well okay 00:06:26.29000:06:26.300 that had the door so the door opens down 00:06:28.39000:06:28.400 here the mining drill activates and this 00:06:30.01000:06:30.020 filter gate stops the signal for 00:06:31.24000:06:31.250 progressing for 20 seconds so for 20 00:06:33.73000:06:33.740 uninterrupted seconds this mining drill 00:06:35.46900:06:35.479 we'll just go ham on these on these 00:06:37.42000:06:37.430 blocks so as you can see it's actually 00:06:40.05900:06:40.069 counting down there and you'll see the 00:06:41.40900:06:41.419 the bar going across once it hits to 00:06:43.51000:06:43.520 about 20 seconds a timeless is 00:06:45.04000:06:45.050 specifically picked because about two 00:06:46.45000:06:46.460 seconds before the twenty second market 00:06:48.07000:06:48.080 this is finished mining out the area but 00:06:50.55900:06:50.569 this will happen is let the signal pass 00:06:51.82000:06:51.830 on the signal will go up here open this 00:06:54.40000:06:54.410 door pass tune is not gate which flips 00:06:56.77000:06:56.780 it to well it's gonna flip between green 00:06:58.48000:06:58.490 to red which would close this top door 00:07:00.15900:07:00.169 at the same time this will allow the 00:07:02.52900:07:02.539 signal to pass on through here and hit 00:07:04.08900:07:04.099 this reset button causing this door to 00:07:05.74000:07:05.750 close so to sum up this door will open 00:07:08.56000:07:08.570 this door will close and this door will 00:07:11.14000:07:11.150 close so this will close this will close 00:07:12.93900:07:12.949 and the middle door will open dropping 00:07:14.11000:07:14.120 in our fresh batch of magma and observe 00:07:16.17000:07:16.180 now once that drops down here 00:07:18.90900:07:18.919 that's going to hit this temperature 00:07:19.96000:07:19.970 sensor and what it hits this temperature 00:07:21.37000:07:21.380 sensor it's going to raise the 00:07:22.54000:07:22.550 temperature back up again and when the 00:07:24.21900:07:24.229 temperature gets raised back up again 00:07:25.45000:07:25.460 this resets the whole system as this 00:07:26.80000:07:26.810 will tell everything to shut so the 00:07:28.57000:07:28.580 whole system will cycle itself watch 00:07:29.85000:07:29.860 there we go 00:07:31.30000:07:31.310 that door closes that door opens and now 00:07:33.46000:07:33.470 we're right back to where we started 00:07:36.06000:07:36.070 this all just make sure that the 00:07:38.37900:07:38.389 magnesite goes through we get the heat 00:07:40.06000:07:40.070 when we need it and when we're finished 00:07:41.92000:07:41.930 with it it gets spit at the bottom you 00:07:44.32000:07:44.330 may want to think about recycling this 00:07:45.76000:07:45.770 igneous rock personally I don't care you 00:07:47.80000:07:47.810 can't use it to feed hatches but I did 00:07:49.62900:07:49.639 the math that once I think it was about 00:07:50.64900:07:50.659 four four hatches you could read about 00:07:52.62900:07:52.639 four hatches on it which yeah I suppose 00:07:56.23000:07:56.240 just I wasn't bothered putting in the 00:07:58.27000:07:58.280 extra effort considering the amount of 00:07:59.74000:07:59.750 power food and resources you get out of 00:08:01.93000:08:01.940 it all already putting in the extra 00:08:02.95000:08:02.960 effort to take care of that wasn't a 00:08:04.74900:08:04.759 bother now for another very important 00:08:07.81000:08:07.820 question why is the counter flow as long 00:08:09.82000:08:09.830 as the counter flow is well that's down 00:08:12.04000:08:12.050 to materials this is gold so as gold it 00:08:16.65900:08:16.669 has a thermal conductivity of one 00:08:17.92000:08:17.930 hundred and twenty a radiant coal pipe 00:08:19.30000:08:19.310 as thermal conductivity of one hundred 00:08:20.49900:08:20.509 and twenty 00:08:21.10000:08:21.110 however the new introduction of aluminum 00:08:23.52900:08:23.539 has changed things quite a bit 00:08:24.61000:08:24.620 aluminum has a thermal conductivity of 00:08:26.08000:08:26.090 four hundred and ten it's almost as good 00:08:28.48000:08:28.490 as space metal and both of those 00:08:30.31000:08:30.320 materials are airlie available area in 00:08:32.31900:08:32.329 the game which affects the petroleum 00:08:34.36000:08:34.370 boiler designs so we'll just start with 00:08:36.33900:08:36.349 coal 00:08:36.76000:08:36.770 Gold has well weaker hurt weak weaker 00:08:39.49000:08:39.500 thermal conductivity also copper is 00:08:40.95900:08:40.969 identical so gold or copper can be used 00:08:42.69900:08:42.709 for the piping in this it's your choice 00:08:44.17000:08:44.180 but these have weaker thermal 00:08:46.53000:08:46.540 undetermined conductivity which is why 00:08:48.28000:08:48.290 it has a forced air length now the 00:08:50.68000:08:50.690 reason we're picking for sterile ends is 00:08:52.06000:08:52.070 because this is a regular volcano if you 00:08:55.18000:08:55.190 take all the volcanoes the director this 00:08:58.00000:08:58.010 here is the tools none included map 00:08:59.76900:08:59.779 website and I'm looking for a volcano 00:09:01.21000:09:01.220 that at most is at putting 760 grams of 00:09:05.74000:09:05.750 magma a second none ever in existence 00:09:08.74000:09:08.750 however if we go to 0.77 they do exist 00:09:13.30000:09:13.310 one of them this means the weakest 00:09:15.57900:09:15.589 possible volcano can possibly be or a 00:09:17.98000:09:17.990 regular volcano can possibly be is 760 00:09:20.76900:09:20.779 grams of igneous rock a second and if we 00:09:24.61000:09:24.620 go to miner volcano so here were minor 00:09:27.19000:09:27.200 volcanoes the weakest you can possibly 00:09:28.90000:09:28.910 find is 380 grams a second now these are 00:09:32.82900:09:32.839 the absolute minimum values you will 00:09:34.78000:09:34.790 ever have to deal with the reason this 00:09:36.69900:09:36.709 is important is when you're playing this 00:09:38.17000:09:38.180 game you want to base you want to 00:09:39.67000:09:39.680 account for the worst-case scenario 00:09:41.57900:09:41.589 taking that knowledge we just have to 00:09:43.66000:09:43.670 figure out how to make a boiler that 00:09:45.13000:09:45.140 uses less magma per second than that the 00:09:48.06900:09:48.079 worst volcano could possibly output that 00:09:50.11000:09:50.120 means no matter what regular volcano you 00:09:52.12000:09:52.130 stick this petroleum butter on it will 00:09:54.16000:09:54.170 work whether or not you're able to 00:09:55.32900:09:55.339 analyze it or not doesn't matter what 00:09:57.55000:09:57.560 type of volcano it is how much it 00:09:58.75000:09:58.760 outputs you don't have to care about it 00:10:00.19000:10:00.200 you just stick one of these on it and 00:10:01.51000:10:01.520 you're done however the type of volcano 00:10:05.07900:10:05.089 matters and the type of materials you 00:10:06.51900:10:06.529 have access to matter so there are four 00:10:09.31000:10:09.320 designs on this map one two three and 00:10:12.10000:10:12.110 four this one over here is the gold 00:10:15.06900:10:15.079 slash copper section and a regular 00:10:16.90000:10:16.910 volcano based on this size this design 00:10:19.48000:10:19.490 will consume 635 grams of igneous rock 00:10:22.30000:10:22.310 or magma per second meaning this will 00:10:24.34000:10:24.350 work on any regular volcano you care to 00:10:26.47000:10:26.480 name this one over here is designed for 00:10:28.99000:10:29.000 minor volcanoes and also it runs on gold 00:10:31.24000:10:31.250 or copper piping this exact size heat 00:10:33.94000:10:33.950 exchanger will consume 383 grams of 00:10:37.09000:10:37.100 magma per second meaning this will work 00:10:39.13000:10:39.140 on an e-minor volcano variants you could 00:10:41.19900:10:41.209 possibly find anywhere at all 00:10:44.20000:10:44.210 then you've got this down here these 00:10:46.12000:10:46.130 ones are the aluminum section this one 00:10:47.71000:10:47.720 has not been enabled yet because I want 00:10:49.24000:10:49.250 to show you how to do that this one here 00:10:51.01000:10:51.020 is the miner volcano variant and it 00:10:54.25000:10:54.260 consumes 375 grams of magma per second 00:10:58.26000:10:58.270 now I've left this pipe segment broken 00:11:00.82000:11:00.830 because I should really demonstrate one 00:11:03.13000:11:03.140 of the wonderful quirks of this game 00:11:04.66000:11:04.670 this year is coming in at 401 the reason 00:11:07.90000:11:07.910 when the fresh magma goes in here 00:11:09.40000:11:09.410 sometimes this is going to crack so what 00:11:11.65000:11:11.660 you can do to stop that from happening 00:11:13.00000:11:13.010 anymore is you can replace that with an 00:11:15.40000:11:15.410 insulated pipe it's also one of the 00:11:17.29000:11:17.300 reasons I usually leave two tiles of a 00:11:19.32900:11:19.339 gap in here you can get your duplicants 00:11:21.01000:11:21.020 to come in through here and a simple 00:11:23.13900:11:23.149 thing to do to get it to work put a 00:11:25.51000:11:25.520 little drop of liquid right there and 00:11:27.01000:11:27.020 put a little gap across the top this can 00:11:29.41000:11:29.420 be handy because if will check your 00:11:31.24000:11:31.250 there's a whole bunch of oxygen decide 00:11:32.86000:11:32.870 but it hasn't managed to force its way 00:11:34.36000:11:34.370 through and your duplicants can have a 00:11:35.94900:11:35.959 great across that so if we just stick in 00:11:37.44900:11:37.459 a toothpick in there and we'll tell them 00:11:39.13000:11:39.140 to move to over here yeah you can't get 00:11:43.24000:11:43.250 across there sorry one second letter 00:11:44.62000:11:44.630 segment they can get back and forth do I 00:11:48.73000:11:48.740 don't leave them in there because 00:11:49.81000:11:49.820 they'll exhale some carbon dioxide okay 00:11:51.82000:11:51.830 don't understood you should make sure of 00:11:53.32000:11:53.330 course to have at masseuse before you 00:11:55.39000:11:55.400 even think about getting involved in 00:11:56.47000:11:56.480 this 00:11:57.88000:11:57.890 most of the breakages you're going to 00:11:59.26000:11:59.270 yes they're going to happen on the last 00:12:00.40000:12:00.410 few segments around the top stair so 00:12:02.19900:12:02.209 that's why I usually leave this to tile 00:12:03.49000:12:03.500 gap so my duplicants can get in and out 00:12:04.93000:12:04.940 the other ones you can leave the two 00:12:06.82000:12:06.830 tile gap if you want but it will make 00:12:08.11000:12:08.120 the design bigger it just will allow you 00:12:09.94000:12:09.950 to service it more easily if any issues 00:12:11.92000:12:11.930 arise and this design consumes 375 grams 00:12:15.46000:12:15.470 a second and this final design consumes 00:12:17.79000:12:17.800 596 grams a second these ones are still 00:12:21.10000:12:21.110 works in progress aluminum is still 00:12:23.41000:12:23.420 quite a difficult material to work with 00:12:25.42000:12:25.430 it provides so much heat exchange so 00:12:27.28000:12:27.290 quickly it has a tendency to overheat 00:12:28.81000:12:28.820 the petroleum just a little bit 00:12:30.40000:12:30.410 especially when fresh magma is dropped 00:12:32.05000:12:32.060 in so let's fire up one of these designs 00:12:34.54000:12:34.550 you can see how it works when you're 00:12:35.82900:12:35.839 first starting the first thing you're 00:12:38.14000:12:38.150 going to want to do when you start up 00:12:39.37000:12:39.380 the system is throw a little bit of 00:12:40.87000:12:40.880 crude oil first the reason being you 00:12:43.26900:12:43.279 want to get this temperature sensor in 00:12:44.88900:12:44.899 range of some crude oil to get started 00:12:46.84000:12:46.850 otherwise it's going to contact - 237 27 00:12:50.46000:12:50.470 273 degrees because there's no liquid in 00:12:53.23000:12:53.240 here or no medium no nothing for it to 00:12:54.69900:12:54.709 interact with so it's always gonna 00:12:56.07900:12:56.089 detect 00:12:56.70000:12:56.710 absolute zero well that's filling up 00:12:59.61000:12:59.620 we're just gonna keep an eye on this 00:13:00.78000:13:00.790 here and we're going to disable the 00:13:01.88900:13:01.899 building just as the crude oil gets to 00:13:03.54000:13:03.550 the level where it's going to trip the 00:13:04.65000:13:04.660 sensor once that happens we hit the 00:13:06.72000:13:06.730 disable building button that should fill 00:13:08.22000:13:08.230 up now if we don't do this we can't open 00:13:11.37000:13:11.380 that door well it's better if we dropped 00:13:15.57000:13:15.580 in the magma now before we put in the 00:13:17.25000:13:17.260 crude oil what what happened is this 00:13:19.13900:13:19.149 door here would case say constantly 00:13:20.79000:13:20.800 engaged we wouldn't be able to disengage 00:13:22.29000:13:22.300 it and this metal plate would heat up to 00:13:24.18000:13:24.190 over a thousand degrees which means when 00:13:26.16000:13:26.170 the crude oil came in it would hit the 00:13:27.51000:13:27.520 plate and instantly flash to sour gas so 00:13:29.91000:13:29.920 we're just doing a little bit of a pre 00:13:31.76900:13:31.779 dumping of oil in there just to make 00:13:33.06000:13:33.070 sure everything's ready as well as that 00:13:34.98000:13:34.990 make sure you've got your automation in 00:13:36.21000:13:36.220 place I didn't have the automation wire 00:13:37.59000:13:37.600 in place and had to reload this video 00:13:38.82000:13:38.830 yeah yeah so I'm gonna take my own 00:13:41.13000:13:41.140 advice on this one so all the automation 00:13:43.71000:13:43.720 wires are in place and this hydro sensor 00:13:46.01900:13:46.029 here is the Kickstarter it's what flips 00:13:48.06000:13:48.070 on the system so we activate this it 00:13:50.07000:13:50.080 cycles that and it's the magma drop in 00:13:51.90000:13:51.910 we didn't turn it off and we deconstruct 00:13:54.81000:13:54.820 it and you'll notice there that magma is 00:13:56.88000:13:56.890 immediately dumping a lot of heat into 00:13:58.86000:13:58.870 that crude oil and the crude oil flashes 00:14:00.66000:14:00.670 there we go metal systems are ready to 00:14:03.00000:14:03.010 be turned on fully so we'll enable its 00:14:04.76900:14:04.779 building petroleum will start going up 00:14:06.44900:14:06.459 here flowing over and the system should 00:14:08.88000:14:08.890 be good to go and that's it you will 00:14:12.51000:14:12.520 never have to touch this again it will 00:14:14.10000:14:14.110 keep functioning forever and ever and 00:14:15.96000:14:15.970 ever there is only one last thing that 00:14:17.94000:14:17.950 needs to be done to ensure that this 00:14:19.50000:14:19.510 system is completely stable and that is 00:14:22.17000:14:22.180 to do with the mining drill notice the 00:14:23.91000:14:23.920 mining drill there is eighty three point 00:14:25.11000:14:25.120 eight degrees I did a bit of preheating 00:14:26.76000:14:26.770 on it before this hook this game started 00:14:28.56000:14:28.570 and you notice that the temperature of 00:14:30.48000:14:30.490 the crude oil is only 29 so why is the 00:14:33.32900:14:33.339 nothin is transferring heat to that 00:14:35.13000:14:35.140 because it's in a vacuum because it's in 00:14:37.07900:14:37.089 a vacuum we need something to transfer 00:14:38.69900:14:38.709 the temperature to it and normally what 00:14:40.80000:14:40.810 I would do is I would say fill this area 00:14:43.26000:14:43.270 in like this and then I would pump in 00:14:45.96000:14:45.970 some oil in a pipe and then I would 00:14:47.34000:14:47.350 crack the pipe open right here by 00:14:48.54000:14:48.550 deconstructing it and it would drop ten 00:14:49.82900:14:49.839 kilos of oil on top of this spot then I 00:14:51.87000:14:51.880 would just mop up the oil that ended up 00:14:53.49000:14:53.500 down here carried it away and then 00:14:55.29000:14:55.300 deconstruct this brick after it 00:14:57.37000:14:57.380 now that's covered more in something 00:14:59.56000:14:59.570 we're gonna round to later but for just 00:15:01.00000:15:01.010 this will use sandbox mode we will 00:15:03.16000:15:03.170 sample that section up here and we will 00:15:05.23000:15:05.240 brush it down here Oh nope that's too 00:15:07.90000:15:07.910 big you'll brush it down there and then 00:15:11.02000:15:11.030 it wouldn't happen is you'll watch 00:15:12.13000:15:12.140 mining drilling immediately drops in 00:15:14.02000:15:14.030 temperature it's narrowed and as fair as 00:15:15.66000:15:15.670 34 yep so we're good 00:15:17.86000:15:17.870 it will deconstruct that's now you'll 00:15:21.07000:15:21.080 understand here there's a little blob of 00:15:22.90000:15:22.910 igneous rock that ended up on top 00:15:23.98000:15:23.990 sometimes this happens this can be a 00:15:26.68000:15:26.690 huge problem what sometimes happens is 00:15:28.96000:15:28.970 you'll have a building queued up and it 00:15:30.04000:15:30.050 will require a little bit of igneous 00:15:31.03000:15:31.040 rock and a duplicate will come running 00:15:32.47000:15:32.480 in here because they can get in here it 00:15:33.85000:15:33.860 is a serviceable part and they will grab 00:15:35.35000:15:35.360 that igneous rock 00:15:36.19000:15:36.200 unfortunately when duplicates are 00:15:37.63000:15:37.640 holding say 1100 degree igneous rock and 00:15:40.45000:15:40.460 they walk through something they 00:15:41.32000:15:41.330 transfer heat and there's a possibility 00:15:43.03000:15:43.040 they can transfer heat to this crude oil 00:15:44.29000:15:44.300 blob and turn it to Sara gasps this has 00:15:46.48000:15:46.490 also causing problems in the past so to 00:15:48.64000:15:48.650 yourself a favor and walled us in or put 00:15:50.98000:15:50.990 in a door here and restrict permission 00:15:52.60000:15:52.610 so that no one can get in just make sure 00:15:54.55000:15:54.560 no duplicants can get in here and you 00:15:55.93000:15:55.940 shouldn't have any problems this newer 00:15:58.87000:15:58.880 design there was an older design that 00:16:00.49000:16:00.500 had constant problems with not flashing 00:16:01.84000:16:01.850 this newer design I haven't had any 00:16:03.25000:16:03.260 issues with it yes well okay I pumped 00:16:04.87000:16:04.880 water into it into the crude oil supply 00:16:06.85000:16:06.860 once but barring my own mistakes this 00:16:09.49000:16:09.500 thing has been rock solid and I've never 00:16:10.84000:16:10.850 had any problems with it to sum up on 00:16:13.66000:16:13.670 these four designs the save game file is 00:16:15.58000:16:15.590 included by the way this here is for if 00:16:17.83000:16:17.840 you have gold or copper piping and you 00:16:19.30000:16:19.310 don't have access to aluminum this will 00:16:20.92000:16:20.930 work on a regular volcano regardless of 00:16:22.72000:16:22.730 with output this will work on a minor 00:16:24.82000:16:24.830 volcano regardless of its output if you 00:16:27.10000:16:27.110 do have access to aluminum and this 00:16:29.14000:16:29.150 design will work on a regular volcano 00:16:30.94000:16:30.950 regardless of output and this one will 00:16:32.35000:16:32.360 work at a minor volcano 00:16:33.40000:16:33.410 regardless redfoot so these four designs 00:16:35.62000:16:35.630 mean no matter what situation you end up 00:16:37.45000:16:37.460 in so long as you have a volcano of an 00:16:39.61000:16:39.620 e-type you can build yourself a 00:16:41.20000:16:41.210 petroleum boiler now what happens if you 00:16:44.38000:16:44.390 don't have access to a volcano well in 00:16:47.32000:16:47.330 that case there's geothermal geothermal 00:16:50.02000:16:50.030 is where you plug yourself into the 00:16:51.19000:16:51.200 magma at the bottom of the map and use 00:16:52.57000:16:52.580 that to power your petroleum boiler 00:16:54.63000:16:54.640 several ways to do it you can just plug 00:16:56.62000:16:56.630 in directly this was a save game file 00:16:59.02000:16:59.030 sent in to me by a harem harem 00:17:02.34900:17:02.359 gah or mu n yeah I can't pronounce that 00:17:07.61900:17:07.629 Roman never mind anyway what happens 00:17:11.74000:17:11.750 here is you have this big diamond window 00:17:13.41900:17:13.429 tile heat spike and it's plugged into 00:17:15.75900:17:15.769 the magma it goes in here hits him to 00:17:17.25900:17:17.269 that door and that goes back and forth I 00:17:18.99000:17:19.000 watched this play out for three or four 00:17:21.22000:17:21.230 cycles and I monitored the temperature 00:17:23.49900:17:23.509 that was down here of the magma I figure 00:17:25.50900:17:25.519 write this this should still last about 00:17:27.90900:17:27.919 oh like four thousand cycles so this 00:17:30.63900:17:30.649 should run keep going about four 00:17:32.79900:17:32.809 thousand cycles before the he's in here 00:17:34.29900:17:34.309 gets low enough to this starts to have a 00:17:35.56000:17:35.570 problem four thousand cycles is longer 00:17:37.72000:17:37.730 than most people will ever play the game 00:17:38.95000:17:38.960 for as well as that you can replace your 00:17:41.44000:17:41.450 heat source with a therm iam aqua tuner 00:17:43.65900:17:43.669 this is a modified version of the exact 00:17:46.99000:17:47.000 same petroleum boiler from earlier all I 00:17:49.29900:17:49.309 did was I ripped out the magma heat 00:17:51.61000:17:51.620 source turned it over to the automation 00:17:53.25900:17:53.269 and stuck in a thermal thermal aqua 00:17:55.93000:17:55.940 tuner made of niobium now you'll be 00:17:58.11900:17:58.129 overheats at 625 so I've said the 00:18:00.58000:18:00.590 temperature sensor in here to jack up 00:18:02.13900:18:02.149 the temperature to 600 and that's it and 00:18:03.99900:18:04.009 that keeps injecting he's in here and 00:18:05.91900:18:05.929 that he just allows us to keep boiling 00:18:08.04900:18:08.059 petroleum now this will of course cost 00:18:09.51900:18:09.529 you energy this is 1,200 watts to run 00:18:11.40900:18:11.419 this I think the energy cost in it per 00:18:13.50900:18:13.519 second works I on average because it 00:18:15.36900:18:15.379 turns on and off constantly is about 00:18:16.72000:18:16.730 five six hundred Watts depending on the 00:18:18.43000:18:18.440 length of your counter flow heat 00:18:19.24000:18:19.250 exchanger and the cooling from this does 00:18:21.90900:18:21.919 have to go somewhere if you don't dump 00:18:23.44000:18:23.450 the cooling into something the super 00:18:25.48000:18:25.490 cool stuff working after a while so I've 00:18:27.63900:18:27.649 had it dumped into just some water down 00:18:29.20000:18:29.210 here and then as the petroleum is 00:18:31.11900:18:31.129 leaving the system as in the exit 00:18:33.15900:18:33.169 petroleum here I just run it through 00:18:34.53900:18:34.549 some time and tiles that are touching 00:18:35.74000:18:35.750 the water and that means that we 00:18:37.86900:18:37.879 actually add a little bit of cooling to 00:18:38.88900:18:38.899 our petroleum it comes out as minus 00:18:39.97000:18:39.980 hundred and twenty-two and after passing 00:18:41.95000:18:41.960 by the actuator it comes out at eighty 00:18:43.02900:18:43.039 eight point five so that's some very 00:18:45.03900:18:45.049 chilled petroleum coming out of this 00:18:46.26900:18:46.279 whole system you do not have to use 00:18:48.19000:18:48.200 super cooling tenders you can get by 00:18:49.50900:18:49.519 would polluted water and you don't have 00:18:51.10000:18:51.110 to use one made of niobium you can make 00:18:52.50900:18:52.519 use one made out of thermia and you only 00:18:54.00900:18:54.019 need about five kilos of Thur Miam from 00:18:55.96000:18:55.970 space because you can may use that well 00:18:59.59000:18:59.600 you can use the niobium you find to make 00:19:01.29900:19:01.309 therm ium and then you can grind up 00:19:02.52900:19:02.539 there Miam to make more niobium to make 00:19:04.14900:19:04.159 more thermia so five kilos yeah but five 00:19:07.45000:19:07.460 kilos of niobium from space will allow 00:19:09.07000:19:09.080 you to make enough now well maliki allow 00:19:11.47000:19:11.480 you to make enough fermium to make as 00:19:12.82000:19:12.830 much equity owners as you want this 00:19:15.27900:19:15.289 combined with an irregular oil biomes 00:19:17.63000:19:17.640 type scenario and you can make several 00:19:19.66900:19:19.679 dozen petroleum boilers and really just 00:19:21.40900:19:21.419 go absolutely crazy this map here is 00:19:25.03900:19:25.049 where all of the counter flow testing 00:19:26.53900:19:26.549 for gold and copper was done it's 00:19:29.00000:19:29.010 effectively just one lane longer each 00:19:31.22000:19:31.230 one of these and it was where all the 00:19:32.84000:19:32.850 testing was done to determine how much 00:19:34.07000:19:34.080 igneous rock each of these burned 00:19:35.38900:19:35.399 depending on how long you ran them for 00:19:37.10000:19:37.110 if you want to run your own testing you 00:19:39.28900:19:39.299 can all you do is you wait until this 00:19:41.72000:19:41.730 starts mining and once it's hit a 00:19:43.31000:19:43.320 specific point you'd note the time and 00:19:45.16900:19:45.179 note the cycle wait until it does it the 00:19:47.06000:19:47.070 next time and then you can figure out 00:19:48.35000:19:48.360 how much magma it's burned very boring 00:19:50.21000:19:50.220 but if you're interested in that sort of 00:19:51.50000:19:51.510 thing you can do lots of testing here to 00:19:53.00000:19:53.010 figure out what your magma efficiency 00:19:54.98000:19:54.990 rates savefile included one last version 00:19:58.03900:19:58.049 I forgot to cover is dupes can move 00:19:59.77900:19:59.789 magma around using a pitcher pump 00:20:01.63000:20:01.640 pitcher pump so long as the top part of 00:20:04.10000:20:04.110 it here in this line up here is not 00:20:05.38900:20:05.399 touching the magma well not absorb any 00:20:06.74000:20:06.750 heat so duplicant can come along here 00:20:08.81000:20:08.820 and extract up to eight point seven tons 00:20:10.58000:20:10.590 of magmatic the system in well okay two 00:20:12.50000:20:12.510 hundred kilos at a time depending on the 00:20:14.09000:20:14.100 bottom tiers so you can use that to pull 00:20:16.51900:20:16.529 magma out of the geothermal section and 00:20:18.11000:20:18.120 dump it into well say this in here so 00:20:20.81000:20:20.820 you can put several bottle empty rows 00:20:21.91900:20:21.929 along here or have this down in your 00:20:23.14900:20:23.159 microbiome and dump transport magma in 00:20:25.97000:20:25.980 bottles and dump it in here just make 00:20:28.03900:20:28.049 sure none of it falls into your liquid 00:20:29.26900:20:29.279 locks or it could cause problems that 00:20:31.73000:20:31.740 pretty much covers all the different 00:20:33.11000:20:33.120 ways you could either get magma move 00:20:35.48000:20:35.490 magma go to the magma may get it off of 00:20:38.96000:20:38.970 magma boiler or hold it until you get 00:20:40.66900:20:40.679 some niobium from space so you can make 00:20:42.79900:20:42.809 yourself a boiler there are several 00:20:44.45000:20:44.460 different variance of ways of getting to 00:20:46.22000:20:46.230 this now as for building this I did put 00:20:48.38000:20:48.390 up a tutorial before and how to put one 00:20:49.82000:20:49.830 of these but one of these together has a 00:20:51.62000:20:51.630 slightly different entranceway that was 00:20:52.94000:20:52.950 modified since well I'll put a link to 00:20:54.88900:20:54.899 that if you're looking for a detailed 00:20:56.02900:20:56.039 description on how to build this and it 00:20:57.28900:20:57.299 also contains a lot more other 00:20:58.22000:20:58.230 information it's a lot longer than this 00:20:59.65900:20:59.669 notice the save game file for this is 00:21:02.84000:21:02.850 included so help yourself to that I have 00:21:05.21000:21:05.220 of course gone way too long in this 00:21:06.83000:21:06.840 video again these Nuggets only supposed 00:21:08.21000:21:08.220 to be about 15 minutes long and I'm way 00:21:10.07000:21:10.080 over budget but I think we have covered 00:21:12.01900:21:12.029 just about all the questions that have 00:21:13.90900:21:13.919 come up in the comments over all of the 00:21:15.98000:21:15.990 episodes in series that I've done but 00:21:18.62000:21:18.630 I'm pretty sure I've left a few out 00:21:19.88000:21:19.890 there's always something and I'll be 00:21:20.77900:21:20.789 kicking myself when I remember them 00:21:21.98000:21:21.990 anyway I hope this is at least mildly 00:21:23.81000:21:23.820 informative to you and to give petroleum 00:21:25.51900:21:25.529 boilers a chance if once you build one 00:21:27.74000:21:27.750 you'll never 00:21:28.33000:21:28.340 back after you've experienced the power 00:21:29.62000:21:29.630 of them it's just impossible oh yeah I 00:21:31.75000:21:31.760 hope you enjoyed and good luck
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