/ News & Press / Video / Crude Oil Petroleum boiler tutorial 10 Kg_s(Save file linked) Oxygen not included
Crude Oil Petroleum boiler tutorial 10 Kg_s(Save file linked) Oxygen not included
WEBVTT Kind: captions Language: en
00:00:00.000 this is a tutorial on how to build an 00:00:01.64000:00:01.650 oil boiler first up though I'm gonna 00:00:03.77000:00:03.780 cover why you might actually want to 00:00:05.26900:00:05.279 build an oil boiler because it is a bit 00:00:06.76900:00:06.779 of an investment of time effort and 00:00:08.27000:00:08.280 resources if you already know why you 00:00:10.22000:00:10.230 want it then just skip ahead a bit to 00:00:11.83900:00:11.849 the actual design the reason to boil 00:00:14.66000:00:14.670 petroleum is because it's a sustainable 00:00:17.35900:00:17.369 power source that actually has some nice 00:00:19.46000:00:19.470 side puts and can give you an enormous 00:00:20.92900:00:20.939 amount of power if done correctly it's 00:00:23.42000:00:23.430 all based on oil reservoirs effectively 00:00:25.91000:00:25.920 you think of them like the natural gas 00:00:27.34900:00:27.359 geysers of oil all wells you play you 00:00:30.14000:00:30.150 pump in one kilo of water and it will 00:00:32.45000:00:32.460 pump out 3.3 kilos of crude oil that 3.3 00:00:37.43000:00:37.440 kilos of crude oil we boil in a 00:00:39.72900:00:39.739 petroleum boiler and it will give us a 00:00:42.26000:00:42.270 one-to-one ratio of petroleum if you try 00:00:46.19000:00:46.200 and run this to a regular oil refinery 00:00:48.26000:00:48.270 you'll only get half the output so 00:00:49.97000:00:49.980 you'll put in 10 kilos of crude oil and 00:00:51.97900:00:51.989 you're gonna get at 5 kilos of petroleum 00:00:54.01000:00:54.020 so by doubling the EDD push using a 00:00:56.56900:00:56.579 direct heat conversion by heating the 00:00:58.76000:00:58.770 petroleum up to 403 degrees or hitting 00:01:02.06000:01:02.070 the crude oil up to 403 degrees we get 00:01:06.46900:01:06.479 100% conversion rate which means when we 00:01:08.71900:01:08.729 burnish in our petroleum generators the 00:01:11.60000:01:11.610 amount of polluted water that's kicked 00:01:13.37000:01:13.380 out we can then save that and we will 00:01:16.73000:01:16.740 have an actual excess of water to put 00:01:19.58000:01:19.590 back into the starting oil well for 00:01:23.66000:01:23.670 every kilo of water you put into the to 00:01:25.64000:01:25.650 the oil well you'll get one point two 00:01:27.14000:01:27.150 kilos of polluted water back after you 00:01:29.35900:01:29.369 burn that petroleum in a power generator 00:01:32.26000:01:32.270 this whole system generates about 3.3 00:01:36.53000:01:36.540 kilowatts of power of course there will 00:01:39.10900:01:39.119 be some power taken for powering the oil 00:01:40.99900:01:41.009 well and your water save and the pumps 00:01:43.01000:01:43.020 involved and all that there is overhead 00:01:44.85900:01:44.869 but considering you can get 3 oil wells 00:01:48.20000:01:48.210 on a map which is not uncommon and 2 is 00:01:50.71900:01:50.729 usually about average that's if you get 00:01:53.24000:01:53.250 three oil wells up and running you can 00:01:54.85900:01:54.869 effectively generate 10 kilowatts of 00:01:57.08000:01:57.090 power and maybe spend one and a half one 00:01:59.66000:01:59.670 to one and a half kilowatts of power 00:02:00.88900:02:00.899 actually running the whole system and on 00:02:03.35000:02:03.360 top of that with 3 of them you'd be 00:02:04.73000:02:04.740 kicking at 0.6 of a kilo of polluted 00:02:07.55000:02:07.560 water extra a second all for the cost of 00:02:11.95000:02:11.960 well the duplicate labor required to run 00:02:13.87000:02:13.880 one water sieve composter that's pretty 00:02:16.87000:02:16.880 much the only duplicate interaction 00:02:18.19000:02:18.200 required at that point and the only 00:02:19.63000:02:19.640 thing to keep this perfectly sustainable 00:02:21.25000:02:21.260 for ever would be filtration medium 00:02:23.26000:02:23.270 which you confirm from regolith and this 00:02:25.81000:02:25.820 is the reason you would want to employ a 00:02:28.18000:02:28.190 petroleum boiler first up the materials 00:02:31.27000:02:31.280 involved you're going to want some 00:02:33.10000:02:33.110 diamonds temperature shift plates a few 00:02:35.14000:02:35.150 of them to go in the magma section at 00:02:36.70000:02:36.710 least this helps draw the heat out of 00:02:39.13000:02:39.140 the magma evenly otherwise you're gonna 00:02:40.63000:02:40.640 end up with parts of it being very hot 00:02:42.25000:02:42.260 and other parts of it being very cool 00:02:43.57000:02:43.580 it's just there's not a lot of when 00:02:46.00000:02:46.010 magma solidifies it intake nice Rock 00:02:48.16000:02:48.170 there's not a lot of terminal shift 00:02:49.51000:02:49.520 there so you do need some shift plates 00:02:51.16000:02:51.170 diamond is plentiful in the oil biome so 00:02:54.19000:02:54.200 it's not too hard to get your hands on a 00:02:55.51000:02:55.520 few time and temperature shift plates in 00:02:57.34000:02:57.350 here tungsten steel is what I like to 00:03:00.52000:03:00.530 use when dealing with any sort of magma 00:03:01.86000:03:01.870 tungsten is basically the only thing 00:03:03.76000:03:03.770 that won't melt when it's around a metal 00:03:05.23000:03:05.240 volcano so I just as a standard anything 00:03:08.08000:03:08.090 to it magma I use tungsten for the door 00:03:11.68000:03:11.690 that's your thermal injector and the 00:03:13.24000:03:13.250 door will want to be made out of steel 00:03:14.47000:03:14.480 and in fact anything you're putting in 00:03:16.78000:03:16.790 around here steel or tungsten pretty 00:03:18.31000:03:18.320 much just to make sure it does not melt 00:03:20.46000:03:20.470 now the last and most expensive piece is 00:03:23.89000:03:23.900 the radiant pipes along here these 00:03:27.28000:03:27.290 radiant pipes are hugely important they 00:03:29.95000:03:29.960 allow for a temperature shift change 00:03:32.11000:03:32.120 between the incoming crude oil and the 00:03:34.27000:03:34.280 outgoing petroleum this is hugely 00:03:36.40000:03:36.410 important but it also requires a lot of 00:03:38.53000:03:38.540 them this is about 10 tons of gold 10 00:03:42.79000:03:42.800 tons of refined gold assuming you built 00:03:45.76000:03:45.770 yourself a decent industrial brick 10 00:03:47.86000:03:47.870 tons of refined gold should not be a 00:03:49.63000:03:49.640 problem there's no real way to 00:03:52.68000:03:52.690 counteract this you could make a shorter 00:03:55.00000:03:55.010 run and use lots more diamonds 00:03:56.35000:03:56.360 temperature shift plates but time and 00:03:58.60000:03:58.610 temperature shift plates costs 800 kilos 00:04:00.97000:04:00.980 of diamond per tile one Radian pipe is 00:04:04.09000:04:04.100 50 kilos of gold it's just fair cheaper 00:04:07.87000:04:07.880 to do it with gold and usually it's 00:04:09.22000:04:09.230 plentiful enough if you have any 00:04:10.42000:04:10.430 problems getting enough gold just look 00:04:12.79000:04:12.800 up a tutorial on how to make an 00:04:14.53000:04:14.540 industrial brick or industrial design 00:04:17.08000:04:17.090 it's it's fairly easy once you get one 00:04:19.39000:04:19.400 up and running you can churn out 00:04:20.44000:04:20.450 enormous amounts of refined metals I'll 00:04:23.71000:04:23.720 do 00:04:24.20000:04:24.210 a quick guide at the end on how to 00:04:26.33000:04:26.340 actually fill one of these tanks if you 00:04:28.15900:04:28.169 don't have a volcano to draw on you 00:04:30.46900:04:30.479 don't need a volcano to get one of these 00:04:31.99900:04:32.009 up and running you can actually draw the 00:04:33.65000:04:33.660 magma from the geothermal magma down at 00:04:36.26000:04:36.270 the bottom it's a it's a little bit 00:04:37.73000:04:37.740 tricky requires a requires you to be 00:04:40.10000:04:40.110 very careful but it can be done and it's 00:04:42.46900:04:42.479 not that difficult this this magma tank 00:04:46.79000:04:46.800 will last once it's full up to about 00:04:48.29000:04:48.300 here it should last 350 to 400 cycles 00:04:51.12900:04:51.139 that's assuming you run this at full 00:04:53.21000:04:53.220 capacity at 10 kilos per second so this 00:04:56.05900:04:56.069 should get you pretty much all the 00:04:57.62000:04:57.630 petroleum you need to get to space at 00:04:59.24000:04:59.250 which point you can rip out this whole 00:05:00.98000:05:00.990 magma container and just replace it with 00:05:02.77900:05:02.789 a space metals aqua tuner to provide 00:05:04.93900:05:04.949 your heat source I'll cover more in that 00:05:07.27900:05:07.289 an end as well but for the time being 00:05:08.83900:05:08.849 let's get into the actual design itself 00:05:10.46000:05:10.470 and how it with what functions it's very 00:05:12.98000:05:12.990 straightforward in fact it's just the 00:05:14.71900:05:14.729 size needed to exchange the heat that's 00:05:16.37000:05:16.380 the problem 00:05:16.76000:05:16.770 the crude oil just comes up and it winds 00:05:19.43000:05:19.440 its way up the heat exchange stairs 00:05:21.37900:05:21.389 until it gets to the actual petroleum 00:05:24.92000:05:24.930 boiler right here now because of the 00:05:28.12900:05:28.139 mechanics of this game if when you drop 00:05:29.65900:05:29.669 liquids out of a vent they will fall 00:05:31.46000:05:31.470 until they hit a solid surface you can 00:05:33.56000:05:33.570 drop them through a hundred tiles of 00:05:35.06000:05:35.070 water anything you want but unless it 00:05:36.98000:05:36.990 hits a solid surface it won't stop or 00:05:38.57000:05:38.580 interact with anything along the way so 00:05:40.43000:05:40.440 you'll see this black tile here that's 00:05:41.95900:05:41.969 where the crude oil is just hit the 00:05:43.61000:05:43.620 plate the heat over here gets injected 00:05:46.58000:05:46.590 when the temperature here falls below 00:05:47.81000:05:47.820 four hundred and three degrees yes pull 00:05:51.58900:05:51.599 it up so as you can see it hits the 00:05:53.14900:05:53.159 bottom of the plate instantly converts 00:05:55.06000:05:55.070 if the temperature here ever drops below 00:05:57.35000:05:57.360 four hundred and three degrees which is 00:05:58.67000:05:58.680 the conversion point steel door engages 00:06:01.01000:06:01.020 heat is injected crude oil is converted 00:06:04.02900:06:04.039 now as it converts it changes into 00:06:08.33000:06:08.340 petroleum for a bit and then this sort 00:06:09.98000:06:09.990 of bubbles over the top so all the 00:06:12.83000:06:12.840 petroleum is basically percolating up 00:06:14.33000:06:14.340 and at the top the size of this doesn't 00:06:16.64000:06:16.650 matter make it at least two tiles high 00:06:17.99000:06:18.000 but beyond that it doesn't really matter 00:06:19.37000:06:19.380 I made some adjustments to this base 00:06:21.23000:06:21.240 that make it slightly different from my 00:06:23.33000:06:23.340 test version because I had things in the 00:06:25.21900:06:25.229 way and I had to adjust the size but 00:06:28.52000:06:28.530 make this at least two tiles high and 00:06:29.99000:06:30.000 you'll be fine 00:06:31.07000:06:31.080 extra tiles on top of that don't really 00:06:32.71900:06:32.729 matter then the heated petroleum because 00:06:35.30000:06:35.310 there were bubbles over the top 00:06:37.26000:06:37.270 and then just rolls down the easy 00:06:39.62900:06:39.639 exchange stairs left to right left right 00:06:41.87900:06:41.889 to left until it gets to the bottom 00:06:43.52900:06:43.539 where a pump extracts us and we send 00:06:46.40900:06:46.419 that off to our industrial brick or into 00:06:50.07000:06:50.080 a storage tank I've built over here now 00:06:54.30000:06:54.310 the main benefits of this air well 00:06:56.64000:06:56.650 efficiency the petroleum that's coming 00:06:58.83000:06:58.840 out of here is going to come out nice 00:06:59.90900:06:59.919 and cool about 26 degrees hotter than 00:07:02.87900:07:02.889 the crude oil you put in so depending on 00:07:05.67000:07:05.680 how your crude oil shake dive on the 00:07:07.92000:07:07.930 orangie side of it maybe you had some 00:07:09.83900:07:09.849 broken abyssal ice and some of this is 00:07:11.27900:07:11.289 you know 100 200 degrees but whatever 00:07:14.12900:07:14.139 temperature you put it in at it will 00:07:16.02000:07:16.030 come out 26 degrees the petroleum that 00:07:18.74900:07:18.759 comes out will be 26 degrees hotter 00:07:20.27900:07:20.289 roughly assuming you stick to this 00:07:22.23000:07:22.240 design if you want to make a shorter run 00:07:24.68900:07:24.699 you quite you can do that that's not a 00:07:27.30000:07:27.310 problem 00:07:27.68900:07:27.699 however the efficiency of the boiler 00:07:29.39900:07:29.409 will be less meaning you won't get the 00:07:30.83900:07:30.849 same lifespan out of your magma and the 00:07:33.33000:07:33.340 petroleum that comes in it will be 00:07:34.95000:07:34.960 hotter for example if I was to remove 40 00:07:36.87000:07:36.880 tiles of this this is for stairs four 00:07:39.30000:07:39.310 stair stairs and each one's 50 tiles 00:07:42.08900:07:42.099 long if I was to remove say 40 of them 00:07:44.04000:07:44.050 and have my collection point here that 00:07:46.52900:07:46.539 would increase the output temperature by 00:07:47.93900:07:47.949 about 10 degrees from 26 to about 36 00:07:51.20900:07:51.219 that's what it did in testing it takes a 00:07:53.70000:07:53.710 little time to shake out it's about 20 00:07:55.23000:07:55.240 cycles for the temperature to even out 00:07:56.55000:07:56.560 everywhere but that's why we make it 00:07:58.62000:07:58.630 exactly 200 tiles long just to get the 00:08:00.71900:08:00.729 right level of efficiency there is a 00:08:03.27000:08:03.280 diminutive diminishing returns on the 00:08:05.18900:08:05.199 longer you make this so this was about 00:08:06.87000:08:06.880 the perfect sweet spot as far as I could 00:08:08.82000:08:08.830 tell you may want to experiment with the 00:08:10.89000:08:10.900 lengths yourself I'm just gonna do a 00:08:12.65900:08:12.669 quick jump over to a test map where I 00:08:14.95900:08:14.969 stress tested its design to make sure it 00:08:17.27900:08:17.289 would run the full length and all that 00:08:18.54000:08:18.550 and back to you one side this is the oil 00:08:21.89900:08:21.909 boiler torture test map and its end of 00:08:24.20900:08:24.219 life this is the point where the actual 00:08:25.70900:08:25.719 magma itself is hitting a temperature 00:08:27.33000:08:27.340 where it will no longer be able to boil 00:08:29.18900:08:29.199 the crude oil successfully in mind this 00:08:33.48000:08:33.490 tile here it's you know smothered by 00:08:35.55000:08:35.560 igneous rock since the magma hardened is 00:08:37.05000:08:37.060 a temperature sensor it's set to 425 00:08:39.77900:08:39.789 degrees that is linked back up here to 00:08:41.88000:08:41.890 the liquid shut off when this hits 425 00:08:46.50000:08:46.510 degrees I don't want to be dumping any 00:08:48.32900:08:48.339 more crude oil in here otherwise it's 00:08:49.80000:08:49.810 eventually 00:08:50.48000:08:50.490 fill it up bubble over and then I'm 00:08:51.68000:08:51.690 gonna be pumping crude oil where I do 00:08:52.91000:08:52.920 want so I've set it to 425 you can lower 00:08:56.06000:08:56.070 the temperature a bish I'm leaving in a 00:08:57.76900:08:57.779 nice safety margin here because honestly 00:09:00.29000:09:00.300 the amount of crude oil it will produce 00:09:01.40000:09:01.410 over its life by the time you get to the 00:09:03.01900:09:03.029 end of this it should be a case if 00:09:04.76000:09:04.770 you're replacing it with something else 00:09:05.90000:09:05.910 to HEDIS if you really want to you could 00:09:08.78000:09:08.790 just mine this out again and fill it 00:09:11.09000:09:11.100 back up with more magma if you really 00:09:12.59000:09:12.600 want to choice is yours this design has 00:09:15.86000:09:15.870 lasted three hundred and eighty three 00:09:18.26000:09:18.270 cycles according to my notes so it will 00:09:20.84000:09:20.850 run for quite a long time and should 00:09:22.61000:09:22.620 provide most of your oil needs and 00:09:23.90000:09:23.910 that's assuming you're running at ten 00:09:25.51900:09:25.529 kilos as in you have three oil wells to 00:09:28.04000:09:28.050 feed it or enough reserve oil and oil 00:09:30.23000:09:30.240 wells to keep it going for that long 00:09:31.96000:09:31.970 that produces I think it's 1,000 to 800 00:09:35.26900:09:35.279 tons of petroleum I've been pumping the 00:09:38.06000:09:38.070 crude oil from here through the 00:09:39.94000:09:39.950 petroleum boiler and dumping it over 00:09:41.96000:09:41.970 this side and that's about what it looks 00:09:44.87000:09:44.880 like when it's when you that's what it 00:09:48.92000:09:48.930 looks like after it's all finished 00:09:49.88000:09:49.890 that's the quantity in a visual aid for 00:09:52.51900:09:52.529 matter of how much petroleum you'll end 00:09:54.32000:09:54.330 up with by enlarge you'll be burning off 00:09:56.26900:09:56.279 this is you make it though so you 00:09:57.50000:09:57.510 shouldn't need a storage tank that large 00:09:59.11000:09:59.120 there's only a very minimal amount of 00:10:01.57900:10:01.589 automation included here I didn't want 00:10:04.57900:10:04.589 to make this too complicated I like to 00:10:05.84000:10:05.850 keep the design simple and robust the 00:10:08.21000:10:08.220 first one is I just put in an or gate on 00:10:10.73000:10:10.740 the door so you have a switch to turn it 00:10:13.01000:10:13.020 off at the start you don't want that 00:10:14.32900:10:14.339 door engaging before you started dumping 00:10:16.91000:10:16.920 in your crude oil otherwise you're just 00:10:18.56000:10:18.570 going to be super heating the air in 00:10:19.94000:10:19.950 here to four hundred and three degrees 00:10:21.29000:10:21.300 and I don't like dumping four hundred 00:10:23.18000:10:23.190 three degree air into my base so putting 00:10:24.86000:10:24.870 in a an or gate hooked up to the 00:10:27.17000:10:27.180 temperature sensor as well this way when 00:10:29.48000:10:29.490 I turn this on it will start work once I 00:10:31.55000:10:31.560 turned this switch to the on position it 00:10:34.97000:10:34.980 can potentially allow the door to close 00:10:36.38000:10:36.390 and so long as the thermal sensor agrees 00:10:38.38900:10:38.399 they'll both let the door close and in 00:10:39.80000:10:39.810 check the heat the second one is a 00:10:42.55000:10:42.560 little bit of automation hooked up to 00:10:44.54000:10:44.550 the liquid pump once a liquid pump the 00:10:47.56900:10:47.579 actual a liquid shut off I don't want 00:10:50.09000:10:50.100 the oil coming in or maybe at some point 00:10:52.16000:10:52.170 I want to shut this off assuming I have 00:10:53.84000:10:53.850 too much petroleum or there's some sort 00:10:56.00000:10:56.010 of issue I want to fix to do maintenance 00:10:58.06000:10:58.070 this switch here allows me to turn off 00:11:00.07900:11:00.089 the crude oil being dropped in so I can 00:11:02.09000:11:02.100 effectively shut down the design 00:11:04.22000:11:04.230 now to know a few notes on the design it 00:11:07.79000:11:07.800 does take time to eat up you're gonna 00:11:09.14000:11:09.150 run on a run this for about 20 cycles 00:11:10.85000:11:10.860 before it's gonna hit perfect efficiency 00:11:12.89000:11:12.900 and the crude oil will used to be 00:11:15.89000:11:15.900 preheated up to about three hundred and 00:11:17.27000:11:17.280 eighty-five degrees by the time it gets 00:11:18.74000:11:18.750 in there assuming you're using this 00:11:20.12000:11:20.130 design there is actually a few things I 00:11:23.21000:11:23.220 want to try to actually improve the 00:11:24.29000:11:24.300 efficiency but I was quite happy with 00:11:25.79000:11:25.800 the design and I torture tested it so it 00:11:27.26000:11:27.270 fully so I'm not gonna try any of the 00:11:28.73000:11:28.740 things I mentioned any things I'm 00:11:30.41000:11:30.420 planning on implementing in future 00:11:32.12000:11:32.130 designs just this should do plenty for 00:11:35.54000:11:35.550 all of your petroleum boiling needs of 00:11:38.57000:11:38.580 course there's always a few caveats with 00:11:40.16000:11:40.170 every testing this was tested on 00:11:42.77000:11:42.780 SuperSpeed so I don't know if that 00:11:44.63000:11:44.640 caused any issues it shouldn't but I 00:11:46.64000:11:46.650 just thought I'd mention it just in case 00:11:48.02000:11:48.030 you think it might be a problem secondly 00:11:50.21000:11:50.220 I've only tested this at ten kilos per 00:11:52.31000:11:52.320 second I ran a brief test for about 00:11:54.56000:11:54.570 twenty cycles with 6.6 kilos per second 00:11:57.05000:11:57.060 it kept functioning it's just the output 00:11:58.85000:11:58.860 dropped off I haven't actually torture 00:12:02.42000:12:02.430 tested anything less than ten kilos so I 00:12:04.10000:12:04.110 I'm not aware of any problems or can't 00:12:06.26000:12:06.270 think of any problems that could be 00:12:07.61000:12:07.620 caused by running this at lower than ten 00:12:09.26000:12:09.270 kilos but I just thought I'd make let 00:12:11.78000:12:11.790 you make you aware that information in 00:12:13.34000:12:13.350 case that influences your decision to 00:12:15.20000:12:15.210 utilize this or not next up we'll just 00:12:17.48000:12:17.490 cover using a thermal aqua tuner in this 00:12:19.31000:12:19.320 and after that I'll cover how to fill 00:12:20.93000:12:20.940 your magma tank without blowing up your 00:12:22.64000:12:22.650 base okay so all I've done here is I've 00:12:26.48000:12:26.490 ripped at the igneous rock eastream 00:12:29.06000:12:29.070 magma and I've replaced it with an aqua 00:12:31.04000:12:31.050 tuner made of no-bid iam or yeah nobody 00:12:33.65000:12:33.660 I'm backing you up to 500 degrees so you 00:12:36.23000:12:36.240 simply slot one of those in here and set 00:12:39.62000:12:39.630 a temperature sensor hooked up to the 00:12:41.03000:12:41.040 Aqua tuner to keep the temperature in 00:12:42.47000:12:42.480 here I've set it to a 450 450 degrees 00:12:44.69000:12:44.700 seems plenty 00:12:46.36000:12:46.370 I'm running super coolant through this 00:12:48.53000:12:48.540 you can also run water through it but it 00:12:50.51000:12:50.520 will be less energy efficient by running 00:12:52.76000:12:52.770 super coolant through this the average 00:12:54.05000:12:54.060 what had you according to my notes is 00:12:55.96000:12:55.970 you use about 350 watts to keep this 00:12:58.94000:12:58.950 running or to to inject enough heating 00:13:01.25000:13:01.260 into this to keep ten kilos of crude oil 00:13:03.59000:13:03.600 converting constantly if you don't have 00:13:06.53000:13:06.540 super coolant to run through this you 00:13:08.33000:13:08.340 can run water but that will increase 00:13:10.37000:13:10.380 your power draw to about 700 watts 00:13:13.38900:13:13.399 so by and large it's pretty 00:13:15.65000:13:15.660 energy-efficient at that point I've got 00:13:17.00000:13:17.010 the reports here let's go back power 00:13:20.32900:13:20.339 usage the running super : shield you'll 00:13:23.78000:13:23.790 actually be using less power on the a 00:13:25.22000:13:25.230 questioner than you would on the two 00:13:26.42000:13:26.430 liquid pumps it takes to pump liquid in 00:13:28.16000:13:28.170 and out of the actual oil boiler now in 00:13:30.76900:13:30.779 real life testing you're going to need 00:13:31.97000:13:31.980 power for the actual oil wells as well 00:13:34.22000:13:34.230 and power for the water saves you can 00:13:38.06000:13:38.070 actually cut down on the energy usage if 00:13:40.00900:13:40.019 you say I have this feed instead of 00:13:41.48000:13:41.490 having this drop down to a liquid pump 00:13:43.10000:13:43.110 you could maybe drop it into a storage 00:13:44.42000:13:44.430 tank in fact if I had been thinking 00:13:45.94900:13:45.959 ahead I would have put two petroleum on 00:13:47.24000:13:47.250 this side and I could have just dripped 00:13:48.41000:13:48.420 it straight in and cut out one water put 00:13:50.44900:13:50.459 one liquid pump from the design depends 00:13:53.32900:13:53.339 on your map the space you have where 00:13:55.12900:13:55.139 you're gonna place it all of that but 00:13:57.11000:13:57.120 it's generally quite energy efficient 00:13:58.81900:13:58.829 and should give you quite a net positive 00:14:00.43900:14:00.449 of power to work with they're cooling 00:14:02.56900:14:02.579 here I'm just dumping that into this 00:14:03.86000:14:03.870 water tank I just ran some running 00:14:05.54000:14:05.550 piping just to dispose of the cooling 00:14:07.28000:14:07.290 you'd probably want to use the cooling 00:14:08.90000:14:08.910 from this for something useful 00:14:10.54000:14:10.550 worst-case scenario you can always just 00:14:12.50000:14:12.510 cool the petroleum coming out of here so 00:14:14.42000:14:14.430 it can be even cooler than before well 00:14:16.75900:14:16.769 one last note the reason one of the 00:14:19.09000:14:19.100 strong reasons for running at this long 00:14:21.31900:14:21.329 and having your your petroleum output so 00:14:23.87000:14:23.880 cool is I intend on running this 00:14:25.81900:14:25.829 petroleum through metal refineries and 00:14:27.98000:14:27.990 dumping heat into it before I destroy it 00:14:30.13900:14:30.149 in my power plants that's one of the 00:14:32.19900:14:32.209 best reasons for building releases the 00:14:35.32900:14:35.339 petroleum that comes out of here is cool 00:14:36.62000:14:36.630 enough that you can still dump it into a 00:14:38.56000:14:38.570 integral metal refineries and so long as 00:14:41.09000:14:41.100 it comes out below 125 degrees you can 00:14:43.13000:14:43.140 actually store it in gold amalgam liquid 00:14:46.18900:14:46.199 tanks it's just generally a lot easier 00:14:49.13000:14:49.140 to deal with cool petroleum as well as 00:14:51.88900:14:51.899 that if your petroleum is coming out of 00:14:53.18000:14:53.190 here at hotter than 275 degrees you 00:14:56.66000:14:56.670 won't actually be able to use a liquid 00:14:57.92000:14:57.930 pump to extract it so well until you get 00:15:00.62000:15:00.630 to space but you wouldn't really want to 00:15:03.07900:15:03.089 be using this design if you've already 00:15:04.81900:15:04.829 got space material you could you could 00:15:06.17000:15:06.180 probably come up with something a little 00:15:06.98000:15:06.990 bit more efficient 00:15:08.51000:15:08.520 but I like to design it this way so that 00:15:10.79000:15:10.800 you could build it in the mid-game 00:15:11.84000:15:11.850 and then you this in the moment 00:15:13.82000:15:13.830 you've its basement space and you only 00:15:15.56000:15:15.570 need a small amount or a relatively 00:15:17.51000:15:17.520 small amount of space materials to just 00:15:19.61000:15:19.620 plug into your original design meaning 00:15:21.32000:15:21.330 there's no ripping things down and 00:15:22.67000:15:22.680 building them back up again okay 00:15:25.91000:15:25.920 let's cover how to fill a magma tank 00:15:28.57000:15:28.580 dealing with the stuff is exceptionally 00:15:31.43000:15:31.440 dangerous so what we have done over here 00:15:33.11000:15:33.120 is we have tapped into and like a pile 00:15:36.02000:15:36.030 of magma we have hooked it up with a 00:15:38.09000:15:38.100 pitcher pump made of ceramic and we have 00:15:40.25000:15:40.260 made sure that the room we are using is 00:15:41.78000:15:41.790 a complete vacuum 00:15:42.71000:15:42.720 I actually just built this here first 00:15:44.81000:15:44.820 and then excavated the rest out so I 00:15:46.43000:15:46.440 didn't have to use an air pump I just 00:15:48.95000:15:48.960 basically built this entrance gateway 00:15:51.26000:15:51.270 here and then once I started digging out 00:15:52.70000:15:52.710 here there was no atmosphere to take up 00:15:54.14000:15:54.150 any space a little bit of oil in here 00:15:56.21000:15:56.220 mop that up but now that we have the 00:15:58.13000:15:58.140 pitcher pump down we can literally just 00:16:00.02000:16:00.030 transport magma around the place will 00:16:02.30000:16:02.310 hurt the duplicants two-track carry it 00:16:04.07000:16:04.080 but they'll recover and then we just 00:16:08.21000:16:08.220 have a couple of pitcher pumps over here 00:16:09.44000:16:09.450 or a couple of empties and we'll see who 00:16:13.07000:16:13.080 is it magma there we go and let's make 00:16:15.59000:16:15.600 that stupidly high priority and then a 00:16:17.81000:16:17.820 below the bottling and it's copy those 00:16:19.61000:16:19.620 settings over here perfect 00:16:24.02000:16:24.030 now realistic you don't about four or 00:16:25.67000:16:25.680 five of these because one duplicate can 00:16:27.35000:16:27.360 carry about a thousand kilos at least 00:16:29.81000:16:29.820 this one's only gonna pick up four 00:16:31.58000:16:31.590 hundred kilos because that's the maximum 00:16:33.11000:16:33.120 that's being requested and here comes 00:16:36.47000:16:36.480 their duplicate for a nice magnet up 00:16:37.88000:16:37.890 four hundred kilos yeah one thing it is 00:16:42.92000:16:42.930 a bit of a long journey and just in case 00:16:45.02000:16:45.030 at some point they decide it's lunchtime 00:16:46.79000:16:46.800 I've basically sealed off areas on 00:16:49.16000:16:49.170 ladders and stuff like that where they 00:16:50.36000:16:50.370 could accidentally drop it into liquids 00:16:51.89000:16:51.900 or somewhere that could be awkward I 00:16:53.93000:16:53.940 can't do anything about the liquid locks 00:16:55.52000:16:55.530 you just gotta get a little hope you 00:16:57.56000:16:57.570 don't get caught there because if they 00:16:59.24000:16:59.250 good call to lunch folder in the middle 00:17:00.50000:17:00.510 of a delivery it does cause problems now 00:17:06.62000:17:06.630 we're checking them their health is one 00:17:08.12000:17:08.130 hundred hundred no bothers perfect so 00:17:12.98000:17:12.990 this is what allows you to actually fill 00:17:14.69000:17:14.700 one of these magnetics without having 00:17:16.91000:17:16.920 access to a volcano you can just use 00:17:18.80000:17:18.810 geothermal magma 00:17:20.54000:17:20.550 it's just as good it'll do the job it's 00:17:22.31000:17:22.320 actually slightly cooler but this has 00:17:24.35000:17:24.360 been tested thoroughly with weaker magma 00:17:26.63000:17:26.640 so it will work fine for at least 350 00:17:29.30000:17:29.310 cycles that is the minimum you will get 00:17:31.19000:17:31.200 out of this and that's assuming you're 00:17:32.84000:17:32.850 pumping 10 kilos of Krewe of crude oil 00:17:35.21000:17:35.220 through it a second so this will last 00:17:37.46000:17:37.470 you 300 50 cycles minimum at which point 00:17:39.95000:17:39.960 you should have already hit space if not 00:17:41.54000:17:41.550 you'll have to fill it a second time one 00:17:44.06000:17:44.070 last note it might be idea to put four 00:17:45.77000:17:45.780 bottle empty here it'll just speed up 00:17:47.60000:17:47.610 the filling process otherwise this is 00:17:49.07000:17:49.080 gonna take about 15 cycles and great add 00:17:51.80000:17:51.810 records got in again take it everywhere 00:17:54.82000:17:54.830 a few last notes you don't need to turn 00:17:58.22000:17:58.230 this into a vacuum there's no need to 00:17:59.87000:17:59.880 vacuum this place out um yes I left that 00:18:03.77000:18:03.780 vent there it's a hydrogen event it's 00:18:05.00000:18:05.010 completely useless so that's why it was 00:18:06.59000:18:06.600 left in there um additionally all wells 00:18:11.32000:18:11.330 yeah you can 00:18:12.89000:18:12.900 sometimes when you get one oil on a map 00:18:14.78000:18:14.790 and if you have only one oil well this 00:18:16.34000:18:16.350 may not be in your best interest to use 00:18:18.02000:18:18.030 however there's normally enough oil on a 00:18:20.87000:18:20.880 map I think it's about just what usually 00:18:23.24000:18:23.250 well over 100 1000 to 1500 tons of oil 00:18:26.78000:18:26.790 already so assume you've got access to 00:18:29.42000:18:29.430 that it's usually pretty decent too 00:18:31.43000:18:31.440 decent to investment to build one of 00:18:33.17000:18:33.180 these if you don't have say five or six 00:18:35.87000:18:35.880 natural gas geysers lying around your 00:18:37.16000:18:37.170 map this is by far the most efficient 00:18:39.26000:18:39.270 way to generate huge amounts of power 00:18:40.61000:18:40.620 but unless you've already got access to 00:18:42.62000:18:42.630 space and can put down lots and lots of 00:18:45.17000:18:45.180 solar panels but doing it this way you 00:18:48.32000:18:48.330 you don't need to be anywhere in your 00:18:49.85000:18:49.860 space to actually get you do need to be 00:18:51.86000:18:51.870 anywhere in your space at all to 00:18:53.09000:18:53.100 actually generate enough power and do 00:18:55.40000:18:55.410 all the things you need to do to get 00:18:56.75000:18:56.760 into the very late game
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