Getting mid game Steel, Plastic & Cooling - Tutorial nuggets - Oxygen not included

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Language: en

00:00:00.030
and we're back with a quick tutorial on
00:00:03.470 00:00:03.480 oxygen not included this tutorial is all
00:00:05.690 00:00:05.700 about getting from the early game to mid
00:00:07.519 00:00:07.529 game an early game I would define as
00:00:09.950 00:00:09.960 you've cut up a stable food source
00:00:12.589 00:00:12.599 you've got yourself up an electrolyzer
00:00:14.030 00:00:14.040 maybe not one quite as gigantic is this
00:00:15.860 00:00:15.870 you may not need something that
00:00:16.730 00:00:16.740 industrial and you've got a water source
00:00:18.620 00:00:18.630 to feed that electrolyzer
00:00:19.970 00:00:19.980 so you've got sustainable oxygen you've
00:00:23.029 00:00:23.039 got pretty sustainable food and you can
00:00:25.370 00:00:25.380 coast along like this quite happily for
00:00:26.929 00:00:26.939 several hundred cycles but how do you
00:00:28.640 00:00:28.650 get into cooling how do you get refined
00:00:30.740 00:00:30.750 metals how do you get plastics you've
00:00:32.690 00:00:32.700 got to start worrying about those things
00:00:33.920 00:00:33.930 all now and there seems to be this
00:00:35.920 00:00:35.930 learning cliff as it was described by
00:00:38.060 00:00:38.070 one of some in the comments or how do
00:00:40.430 00:00:40.440 you get from here to that first steps to
00:00:43.520 00:00:43.530 those first steps where you get plastic
00:00:45.200 00:00:45.210 refined metals and cooling all up and
00:00:48.410 00:00:48.420 running so on this I just want to go
00:00:50.180 00:00:50.190 through how you do that and the main
00:00:51.260 00:00:51.270 tech is at masseuse at masseuse allow
00:00:53.540 00:00:53.550 you to really get out there and gain
00:00:55.160 00:00:55.170 access to resources that before were
00:00:56.810 00:00:56.820 unavailable due to heat and just ideal
00:00:59.510 00:00:59.520 hospitable environments so in this
00:01:01.520 00:01:01.530 example I've got a normally what I do is
00:01:03.950 00:01:03.960 like to make one square base and have
00:01:05.240 00:01:05.250 one atmosphere talk exit and usually the
00:01:07.670 00:01:07.680 right-hand or left-hand side of my basis
00:01:09.170 00:01:09.180 certifier I went out and grabbed some
00:01:10.880 00:01:10.890 extra resources just to get to the
00:01:12.440 00:01:12.450 sustainability level that we're
00:01:13.910 00:01:13.920 currently at so in this instance we're
00:01:16.010 00:01:16.020 going left so that we can do some more
00:01:18.070 00:01:18.080 some more excavation out here to get
00:01:20.210 00:01:20.220 more resources all we're looking for is
00:01:22.039 00:01:22.049 a source of cooling as in a big pool of
00:01:24.140 00:01:24.150 liquid to dump heat into so we can get
00:01:26.179 00:01:26.189 our steel or and we also want to get our
00:01:28.609 00:01:28.619 hands on some oil so we can make plastic
00:01:30.260 00:01:30.270 and of course you could get your plastic
00:01:31.969 00:01:31.979 from using Draco's but I can't cover all
00:01:33.950 00:01:33.960 the options so we're going to assume you
00:01:35.510 00:01:35.520 have oil or some source of oil somewhere
00:01:37.039 00:01:37.049 on the map and we're going to presume
00:01:38.450 00:01:38.460 it's at the bottom Atmos suits allow you
00:01:40.550 00:01:40.560 to ignore extreme heats extreme heat
00:01:43.130 00:01:43.140 cold germs
00:01:45.050 00:01:45.060 well germs you can pretty much ignore
00:01:46.340 00:01:46.350 anyway but it also allows you to ignore
00:01:48.620 00:01:48.630 oxygen problems so you don't have to
00:01:50.330 00:01:50.340 worry about getting enough oxygen to an
00:01:51.740 00:01:51.750 area to keep your duplicants oxygenated
00:01:53.359 00:01:53.369 which means they can dig dig dig and dig
00:01:55.550 00:01:55.560 some more and you don't have to worry
00:01:56.600 00:01:56.610 about going cutting in a straight line
00:01:58.069 00:01:58.079 which is exactly what we're doing here
00:01:59.840 00:01:59.850 we just want to go straight down and
00:02:01.580 00:02:01.590 grab some oil we don't care about
00:02:03.109 00:02:03.119 anything else that gets in the way we're
00:02:05.389 00:02:05.399 just gonna dig straight through it well
00:02:06.590 00:02:06.600 unless we run into some neutronium or
00:02:08.359 00:02:08.369 say a giant pile of really boiling hot
00:02:11.690 00:02:11.700 obsidian over there I remember
00:02:13.230 00:02:13.240 that from Hyundai I started this map
00:02:15.030 00:02:15.040 anyway we're just going down here to get
00:02:16.650 00:02:16.660 our hands in some oil is the Stila but
00:02:18.120 00:02:18.130 we may have to keep digging no okay I
00:02:20.040 00:02:20.050 may not remember everything it turns out
00:02:22.470 00:02:22.480 this was a very difficult way to get
00:02:24.030 00:02:24.040 into the oil biome there's turns out
00:02:25.470 00:02:25.480 there's a volcano right here there's
00:02:26.940 00:02:26.950 another one right over here yeah I
00:02:29.340 00:02:29.350 forgot about that so instead I took
00:02:30.810 00:02:30.820 that's like the alternative route and we
00:02:32.730 00:02:32.740 came straight down here and then yeah
00:02:35.190 00:02:35.200 we're going straight to into the oh blam
00:02:36.390 00:02:36.400 and then all you do is you just dig out
00:02:38.310 00:02:38.320 each side and tap into all the pockets
00:02:40.530 00:02:40.540 of oil you can find all the localized
00:02:42.090 00:02:42.100 ones you got there's there's plenty of
00:02:43.530 00:02:43.540 oil pockets usually around the place you
00:02:44.910 00:02:44.920 can usually keep digging through and
00:02:46.080 00:02:46.090 just finding more and more this is given
00:02:48.480 00:02:48.490 it's a nice big stockpile of crude oil
00:02:50.070 00:02:50.080 here which we're going to use for well
00:02:51.780 00:02:51.790 we're gonna dump heat into this because
00:02:53.310 00:02:53.320 we don't care so we're gonna dump a
00:02:55.590 00:02:55.600 bunch of hot stuff into this and use
00:02:57.150 00:02:57.160 that to refine our early steel to
00:02:59.670 00:02:59.680 facilitate that refinement we're going
00:03:01.410 00:03:01.420 to put a metal refinery up here and I'm
00:03:02.910 00:03:02.920 not even making this one out of ceramic
00:03:04.290 00:03:04.300 you can do it with igneous rock it'll
00:03:05.820 00:03:05.830 have an overheat temperature of 90 s so
00:03:07.260 00:03:07.270 maybe don't put it in the Ola biome
00:03:08.880 00:03:08.890 close to the oil biome is fine but
00:03:11.190 00:03:11.200 usually not directly in it because the
00:03:12.540 00:03:12.550 oil biome can't get up to close to 90
00:03:13.890 00:03:13.900 degrees and it might overheat now for
00:03:16.140 00:03:16.150 the liquid pump down here I'm using
00:03:17.070 00:03:17.080 golden Magnum because gold amalgam
00:03:18.660 00:03:18.670 hasn't overheat temperature 125 and that
00:03:20.550 00:03:20.560 should be fine inside this oil unless
00:03:22.080 00:03:22.090 you have an abyss alight brake and the
00:03:23.490 00:03:23.500 magma is doing something nasty to your
00:03:24.780 00:03:24.790 oil now if you do not have access to
00:03:27.150 00:03:27.160 gold amalgam on your map and your next
00:03:29.490 00:03:29.500 best bet is to find something like yep
00:03:31.950 00:03:31.960 one of these salt biomes or a slime
00:03:34.710 00:03:34.720 biome full of polluted water and use
00:03:36.300 00:03:36.310 them for your refinement you can use you
00:03:38.160 00:03:38.170 can dump a bunch of heat into the salt
00:03:39.420 00:03:39.430 water the way we're going to do in a
00:03:40.440 00:03:40.450 minute
00:03:40.830 00:03:40.840 but if you don't have access to gold
00:03:42.570 00:03:42.580 amalgam that's your best bet so now that
00:03:45.480 00:03:45.490 all that's done we still need to hook up
00:03:46.830 00:03:46.840 a power supply and took up a power
00:03:48.120 00:03:48.130 supply I'm just gonna recommend a couple
00:03:49.680 00:03:49.690 of local coal generators now listen
00:03:51.750 00:03:51.760 since I've built
00:03:52.560 00:03:52.570 maybe not so local I built them over
00:03:54.330 00:03:54.340 here because I'm going to be using these
00:03:55.620 00:03:55.630 for powering some of our stuff later on
00:03:57.300 00:03:57.310 but yeah you can just do that you could
00:04:00.030 00:04:00.040 build these directly in the oil bottle
00:04:01.500 00:04:01.510 if you wanted well I might be not
00:04:03.210 00:04:03.220 directly in it close by same as the
00:04:04.830 00:04:04.840 refinery type of thing because they can
00:04:06.300 00:04:06.310 overheat and that will get us air I'll
00:04:09.990 00:04:10.000 clean it up a second and that will get
00:04:11.730 00:04:11.740 us our power down there for running this
00:04:13.590 00:04:13.600 or getting the city started this all
00:04:15.810 00:04:15.820 we're trying to do here is get up 1.2
00:04:17.640 00:04:17.650 tons of steel that's it
00:04:20.840 00:04:20.850 1200 kilos of steel is all we want from
00:04:23.520 00:04:23.530 this and from there on in we can rip
00:04:25.140 00:04:25.150 this all out and do something else with
00:04:26.969 00:04:26.979 it
00:04:27.400 00:04:27.410 system up and running we've got our
00:04:29.620 00:04:29.630 crude oil getting dumped in here into
00:04:30.970 00:04:30.980 the refinery that's going to act as her
00:04:32.710 00:04:32.720 heatsink then all we'll do is we want 12
00:04:35.020 00:04:35.030 tons of steel however we can't get that
00:04:37.960 00:04:37.970 without 12 tons of iron's or 12 tons of
00:04:40.540 00:04:40.550 Steel 1.2 tons of steel which requires
00:04:42.820 00:04:42.830 1.2 tons of iron meaning we'll just
00:04:45.100 00:04:45.110 queue up both of those although will
00:04:46.930 00:04:46.940 happen is this is going to jump an awful
00:04:48.430 00:04:48.440 lot of heat into the oil biome but we
00:04:50.380 00:04:50.390 don't really care there's enough mass in
00:04:51.670 00:04:51.680 here to handle it and it won't cause
00:04:53.020 00:04:53.030 this place to get so uncomfortable that
00:04:54.580 00:04:54.590 it's a problem then we're going to once
00:04:57.070 00:04:57.080 that's all done you will notice that the
00:04:59.290 00:04:59.300 iron has completed successfully
00:05:00.850 00:05:00.860 however the steel has not the reason
00:05:02.440 00:05:02.450 being we're missing two vital
00:05:03.400 00:05:03.410 ingredients refined carbon and lime
00:05:05.860 00:05:05.870 that's a very important ingredient when
00:05:08.470 00:05:08.480 it comes to the kill very easy that's
00:05:10.660 00:05:10.670 what you use to make the refined carbon
00:05:11.920 00:05:11.930 will just queue up ten pieces of that
00:05:13.300 00:05:13.310 the kiln is very handy as well because
00:05:15.280 00:05:15.290 it doesn't have an overheat temperature
00:05:16.390 00:05:16.400 it just has a melting temperature which
00:05:18.070 00:05:18.080 means you can throw this anywhere and so
00:05:19.660 00:05:19.670 long as it doesn't go above whatever you
00:05:20.920 00:05:20.930 made it what's the temperature of this
00:05:22.080 00:05:22.090 you know we made out of aluminum or yeah
00:05:24.520 00:05:24.530 this will melted about a thousand
00:05:26.110 00:05:26.120 degrees it's got a lot of it's got a lot
00:05:29.380 00:05:29.390 of give to it it'll be fine so we'll
00:05:30.490 00:05:30.500 queue that up and you can pretty much
00:05:31.420 00:05:31.430 place that anywhere do you think you
00:05:33.010 00:05:33.020 need to do is get your hands on lime
00:05:34.060 00:05:34.070 lime a little bit trickier but all you
00:05:37.030 00:05:37.040 do is you go find your rock crusher and
00:05:39.010 00:05:39.020 you set up fossils - lime and eggshells
00:05:41.200 00:05:41.210 - lime forever that will give you lots
00:05:43.180 00:05:43.190 of lime usually enough to get the early
00:05:45.160 00:05:45.170 early start on us getting your hands and
00:05:47.170 00:05:47.180 some poop shell molds later on will also
00:05:48.850 00:05:48.860 be helpful but that's not what we're
00:05:50.140 00:05:50.150 here for
00:05:50.500 00:05:50.510 so eggshells till I'm fossils - lime and
00:05:53.470 00:05:53.480 pokey Elmo - lime will all get you
00:05:55.480 00:05:55.490 enough line that you should be able to
00:05:56.620 00:05:56.630 crank out that first one 1.2 tons of
00:05:59.530 00:05:59.540 steel and there goes our first batch of
00:06:01.120 00:06:01.130 it your steel will show up under a
00:06:03.340 00:06:03.350 different section under here whereas if
00:06:05.140 00:06:05.150 it goes under in not an industrial
00:06:06.400 00:06:06.410 ingredients manufactured material here
00:06:08.800 00:06:08.810 we go steel this is also for plastic
00:06:10.780 00:06:10.790 shows up as well ceramics should really
00:06:12.460 00:06:12.470 show up here - but nevermind that's a
00:06:14.110 00:06:14.120 different story
00:06:14.560 00:06:14.570 now we just have to wait until we've
00:06:16.450 00:06:16.460 accumulated enough of all of the
00:06:17.680 00:06:17.690 rotisserie resources to make one point
00:06:19.690 00:06:19.700 two tons of steel this is what it looks
00:06:22.030 00:06:22.040 like when it's in operation the crude
00:06:23.380 00:06:23.390 oil is coming in at about 83 degrees
00:06:24.820 00:06:24.830 we're spitting about spitting it out at
00:06:26.500 00:06:26.510 about 219 400 kilos goes through per
00:06:29.080 00:06:29.090 operation and considering the VAT and
00:06:30.910 00:06:30.920 vast quantity of crude oil down here
00:06:32.560 00:06:32.570 that heat is being eaten like a chap and
00:06:34.390 00:06:34.400 it's barely affected the temperature
00:06:35.800 00:06:35.810 down here at all
00:06:36.460 00:06:36.470 which is exactly what we want that's it
00:06:39.219 00:06:39.229 we have acquired the one point
00:06:40.719 00:06:40.729 tons of steel now what are we going to
00:06:42.850 00:06:42.860 use it for plastic we need to get 200
00:06:45.969 00:06:45.979 kilos of plastic up and running which
00:06:47.290 00:06:47.300 means we need to get up an oil refinery
00:06:48.670 00:06:48.680 which means straight under refinement
00:06:50.920 00:06:50.930 well refinery and we're going to make it
00:06:52.689 00:06:52.699 out of steel now this is a new temporary
00:06:54.339 00:06:54.349 this is a temporary temporary very
00:06:56.679 00:06:56.689 temporary system but I wasn't gonna have
00:06:59.140 00:06:59.150 to dig up some plants all we're doing
00:07:00.820 00:07:00.830 here is we put down the metal the oil
00:07:02.619 00:07:02.629 refinery made it a bit of Steel this is
00:07:04.510 00:07:04.520 going to dump its liquid into the liquid
00:07:06.129 00:07:06.139 reservoir and we're going to refine
00:07:07.510 00:07:07.520 quite a large chunk of petroleum as you
00:07:09.879 00:07:09.889 can see 10 kilos of crude oil comes in
00:07:11.439 00:07:11.449 per second it gets converted to 5 kilos
00:07:13.929 00:07:13.939 of petroleum and petroleum gets dumped
00:07:15.339 00:07:15.349 into the liquid reservoir however a side
00:07:17.260 00:07:17.270 effect of using one of these older
00:07:18.549 00:07:18.559 finders is the dump at natural gas
00:07:20.139 00:07:20.149 it's an annoyance but for the time being
00:07:23.110 00:07:23.120 we don't really care too much and why is
00:07:24.579 00:07:24.589 everyone running away so good you know
00:07:25.629 00:07:25.639 what let's crank up the priority on it
00:07:27.100 00:07:27.110 what we're going to do is build up a
00:07:28.899 00:07:28.909 nice big storage tank of petroleum I
00:07:30.670 00:07:30.680 would like to have a few tons of this
00:07:33.010 00:07:33.020 stuff on hand because we are going to be
00:07:34.329 00:07:34.339 using quite a bit of it so let's just
00:07:35.889 00:07:35.899 fill up at least two and a half tonnes
00:07:37.089 00:07:37.099 of this stuff before we move on two and
00:07:38.950 00:07:38.960 a half tonnes of petroleum acquired or
00:07:41.200 00:07:41.210 refinery we no longer need it so we'll
00:07:42.879 00:07:42.889 deconstruct that now we're ready to get
00:07:45.579 00:07:45.589 into the constructing a little
00:07:47.529 00:07:47.539 industrial brick to help us refine all
00:07:49.899 00:07:49.909 our future refinements without having to
00:07:52.149 00:07:52.159 go through all this trouble again Oh
00:07:53.260 00:07:53.270 give me one second while I sweep up this
00:07:54.699 00:07:54.709 gunk go that took so long
00:07:56.980 00:07:56.990 note to self it's usually better off
00:07:58.869 00:07:58.879 just to demolish the tiles let all the
00:08:00.579 00:08:00.589 dirt fall to the bottom then manually
00:08:03.010 00:08:03.020 sweep it up that takes way too long
00:08:04.239 00:08:04.249 anyway next up we are going to get
00:08:06.339 00:08:06.349 plastic we need 200 plastic before we
00:08:08.379 00:08:08.389 can get into these things so we're going
00:08:09.969 00:08:09.979 to use steel for these things don't
00:08:11.980 00:08:11.990 worry we were going to be recycling
00:08:13.089 00:08:13.099 anyway in this it's only still temporary
00:08:14.799 00:08:14.809 temporary and we'll just pick these up
00:08:16.839 00:08:16.849 on either side and we'll set up a bit
00:08:19.149 00:08:19.159 some power and bringing in the power
00:08:22.029 00:08:22.039 from just down here we're bringing in
00:08:24.489 00:08:24.499 the plumbing which is coming from all
00:08:26.559 00:08:26.569 the way down into olive oil and we are
00:08:29.379 00:08:29.389 bringing up petroleum so the petroleum
00:08:30.999 00:08:31.009 from down here is going to get pumped up
00:08:32.170 00:08:32.180 and dumped into the plastic presses and
00:08:35.290 00:08:35.300 we're just going to run this until we've
00:08:36.969 00:08:36.979 got about two hundred kilos of plastic
00:08:38.259 00:08:38.269 maybe a little bit more but 200 kilos is
00:08:40.120 00:08:40.130 all we really need and the bottle empty
00:08:41.769 00:08:41.779 was here to dump in some water the
00:08:43.209 00:08:43.219 reason being plastic presses over he
00:08:44.769 00:08:44.779 have a tendency to overheat really
00:08:46.360 00:08:46.370 quickly so what we'll do is we'll just
00:08:47.680 00:08:47.690 jump into and her kilos of water will
00:08:49.360 00:08:49.370 enable auto bottle on that but you were
00:08:51.610 00:08:51.620 a killer will just stop these buildings
00:08:53.230 00:08:53.240 from overheating
00:08:54.240 00:08:54.250 and that should make it quite simple and
00:08:56.040 00:08:56.050 efficient to make our first batch of
00:08:57.390 00:08:57.400 plastic and it started so that first one
00:09:01.200 00:09:01.210 is going off once the second one is a
00:09:02.880 00:09:02.890 burning icicle takes about 200 seconds
00:09:04.410 00:09:04.420 to produce enough plastic
00:09:05.520 00:09:05.530 yeah well the plastic in there appeared
00:09:06.990 00:09:07.000 there it's fairly simple oh don't turn
00:09:09.750 00:09:09.760 that off I don't to be seeping in any
00:09:11.430 00:09:11.440 more water in there and done so once we
00:09:15.840 00:09:15.850 get 200 kilos of plastic I'll cut back
00:09:17.340 00:09:17.350 in well we will turn these off and then
00:09:19.260 00:09:19.270 I'll cut back in again done all the
00:09:21.780 00:09:21.790 plastic we need is made we got 240 kilos
00:09:24.150 00:09:24.160 of it sitting there ready to be accessed
00:09:25.880 00:09:25.890 for yeah these things give off carbon
00:09:27.990 00:09:28.000 dioxide so I ran a little quick gas pipe
00:09:30.240 00:09:30.250 down here in temp to turn there we don't
00:09:32.160 00:09:32.170 care if we have at Masoud so we don't
00:09:33.570 00:09:33.580 give it we don't care about anything
00:09:35.010 00:09:35.020 outside her base quick note and at most
00:09:36.750 00:09:36.760 suits it's usually a good idea to bucks
00:09:37.950 00:09:37.960 in your base and just have one exit
00:09:39.360 00:09:39.370 other people have tendencies to put say
00:09:41.640 00:09:41.650 one add masu talked at the top one at
00:09:43.140 00:09:43.150 the bottom of their base one on you know
00:09:44.430 00:09:44.440 ones on each side I just prefer having
00:09:46.500 00:09:46.510 one exit and just demolish them up from
00:09:48.060 00:09:48.070 there your choice though now next up
00:09:50.760 00:09:50.770 we've got our plastic what do we do with
00:09:52.530 00:09:52.540 00:09:52.800 00:09:52.810 we are going to take all the resources
00:09:54.480 00:09:54.490 we have made and we are going to dump
00:09:56.490 00:09:56.500 them all into some sort of coating
00:09:57.600 00:09:57.610 solution and also a production solution
00:09:59.940 00:09:59.950 so there goes our steam turbine that
00:10:01.230 00:10:01.240 required 200 kilos of plastic so we can
00:10:02.940 00:10:02.950 only make one of them then here's our
00:10:04.980 00:10:04.990 aqua tuner we are going to make that out
00:10:06.180 00:10:06.190 of Steel 1.2 tonnes which is all they
00:10:08.430 00:10:08.440 can afford to make now we're going to
00:10:10.170 00:10:10.180 have to put in a cooling loop to keep
00:10:11.130 00:10:11.140 the steam turbine cool because the steam
00:10:12.480 00:10:12.490 turbine will overheat if we don't cool
00:10:13.890 00:10:13.900 it so we're just gonna put in a liquid
00:10:15.300 00:10:15.310 reservoir here and we're going to set up
00:10:17.820 00:10:17.830 some plumbing insulated liquid pipes are
00:10:20.130 00:10:20.140 going to be required to go in here
00:10:21.270 00:10:21.280 that's the output pipe right about there
00:10:23.310 00:10:23.320 and then this here is going to be going
00:10:25.860 00:10:25.870 to let this is a no this is to allow the
00:10:28.980 00:10:28.990 liquids to keep flowing no matter what
00:10:30.240 00:10:30.250 happens what we're doing here is if this
00:10:32.550 00:10:32.560 water comes down here it can't get into
00:10:33.840 00:10:33.850 this section it will if the equity and
00:10:36.570 00:10:36.580 resolve it will pop across here and go
00:10:38.010 00:10:38.020 across the bridge if it can't go through
00:10:39.960 00:10:39.970 it'll pop through here and at the other
00:10:40.829 00:10:40.839 side and we're going to use this to
00:10:42.510 00:10:42.520 provide cooling to the rest of the area
00:10:44.490 00:10:44.500 so we're just going to grab some regular
00:10:45.900 00:10:45.910 pipes and we're gonna make those out of
00:10:46.980 00:10:46.990 granite we'll run them down here put
00:10:49.680 00:10:49.690 them all the way across and then we'll
00:10:51.300 00:10:51.310 just run this up to the top and this was
00:10:53.370 00:10:53.380 back in this way well you know what
00:10:56.310 00:10:56.320 we're going to put it in a temperature
00:10:58.110 00:10:58.120 sensor right there as well
00:10:59.820 00:10:59.830 there we go oh one second need some
00:11:03.329 00:11:03.339 minor modification there I need to have
00:11:06.000 00:11:06.010 this pipe segment here available so I
00:11:07.860 00:11:07.870 can detect what temperature the water is
00:11:09.420 00:11:09.430 coming out at if I can't detect what
00:11:10.829 00:11:10.839 temperature the water is coming at it
00:11:11.880 00:11:11.890 what tank ash I can't determine how cool
00:11:14.130 00:11:14.140 this loop is it'll make more sense once
00:11:16.050 00:11:16.060 we we activate this but for the time
00:11:18.600 00:11:18.610 being just make sure you have one pipe
00:11:20.610 00:11:20.620 you can measure the temperature off
00:11:21.810 00:11:21.820 before it hits the aqua tuner a little
00:11:23.970 00:11:23.980 bit of a minor modification I move this
00:11:25.350 00:11:25.360 steam turbine over just one tile my own
00:11:27.540 00:11:27.550 problem what we're doing here is this
00:11:29.310 00:11:29.320 these pipes here are going to be used
00:11:30.960 00:11:30.970 for dumping heat from our metal refinery
00:11:32.910 00:11:32.920 Sarah met refinery is going to be placed
00:11:34.230 00:11:34.240 down here and our metal refinery is
00:11:36.090 00:11:36.100 going to dump all of at each up in here
00:11:37.620 00:11:37.630 into the steam turbines that the steam
00:11:38.940 00:11:38.950 turbine can destroy that heat at the
00:11:40.920 00:11:40.930 same time this aqua turnover here is
00:11:42.269 00:11:42.279 going to be like dump its east into the
00:11:43.680 00:11:43.690 steam turbine as well oh and that
00:11:45.720 00:11:45.730 reminds me we should probably get the
00:11:47.130 00:11:47.140 plumbing set up for that as well this is
00:11:49.019 00:11:49.029 going to be dumping our hot water which
00:11:51.630 00:11:51.640 we will want to dump down here hmm where
00:11:54.060 00:11:54.070 are we going to put that down here yeah
00:11:56.460 00:11:56.470 that seems like a good plan right there
00:11:58.730 00:11:58.740 boom hey and we'll seal this up here oh
00:12:01.880 00:12:01.890 you know what let's wait till they
00:12:03.990 00:12:04.000 finish setup that's the basic cut
00:12:06.569 00:12:06.579 service oh I will have to put in power
00:12:08.250 00:12:08.260 as well but once I've got in the power
00:12:09.720 00:12:09.730 and all that we can seal this up and
00:12:11.040 00:12:11.050 start us now before I put all this in I
00:12:13.440 00:12:13.450 save the game because I'm going to show
00:12:14.730 00:12:14.740 you a couple of variants or ways you can
00:12:16.079 00:12:16.089 start this so you can try this yourself
00:12:17.690 00:12:17.700 before we start this up we need to fill
00:12:20.130 00:12:20.140 this with water and we need to get rid
00:12:21.630 00:12:21.640 of all the oxygen in here after it's
00:12:22.860 00:12:22.870 oxygen in here it's going to confuse
00:12:24.329 00:12:24.339 things yeah there was I in the past I
00:12:27.720 00:12:27.730 used to have different ways of dealing
00:12:28.620 00:12:28.630 with this but I've got a much simpler
00:12:30.000 00:12:30.010 method now of dealing with getting the
00:12:31.470 00:12:31.480 oxygen out of there first thing we're
00:12:33.420 00:12:33.430 going to do is we're going to dump in
00:12:34.560 00:12:34.570 some polluted water 200 kilos of the
00:12:36.420 00:12:36.430 stuff then on top of that polluted water
00:12:39.240 00:12:39.250 we're going to dump in some clean water
00:12:40.760 00:12:40.770 we're going to cover those settings over
00:12:42.720 00:12:42.730 to the rest of these so the polluted
00:12:45.090 00:12:45.100 water will sit at the bottom and then
00:12:46.470 00:12:46.480 when we dump in the teen water it will
00:12:47.819 00:12:47.829 form a layer across the top and it'll
00:12:50.340 00:12:50.350 force out all the gases well not quite
00:12:52.710 00:12:52.720 all of them we're going to have a little
00:12:53.699 00:12:53.709 bit of a problem over here in the corner
00:12:55.160 00:12:55.170 nothing a little judicious deleting of a
00:12:58.019 00:12:58.029 block won't fix and then once that's
00:13:00.509 00:13:00.519 gone all the water is now forced out of
00:13:02.160 00:13:02.170 there and you can check yourself by just
00:13:03.389 00:13:03.399 going into the gas overlay and you'll
00:13:04.800 00:13:04.810 notice yep well it doesn't look like
00:13:06.689 00:13:06.699 that tile is full it definitely is you
00:13:08.790 00:13:08.800 know to sweep up that gunk while we're
00:13:10.199 00:13:10.209 in there
00:13:10.800 00:13:10.810 the only downside of this is well when
00:13:13.590 00:13:13.600 we do evaporate these the polluted water
00:13:15.090 00:13:15.100 will leave behind some dirt it's an
00:13:17.010 00:13:17.020 annoyance you could also use brine salt
00:13:18.840 00:13:18.850 water that kind of stuff as well and oh
00:13:20.490 00:13:20.500 yeah I don't need anymore water do I you
00:13:22.530 00:13:22.540 know what let's set these to sleep only
00:13:24.200 00:13:24.210 yep there we go so yeah you can do all
00:13:30.540 00:13:30.550 of those just be aware it will leave a
00:13:31.740 00:13:31.750 little bit of debris behind and if
00:13:32.970 00:13:32.980 you're a neat freak it might kind of get
00:13:34.470 00:13:34.480 on your nerves me I'm learning to live
00:13:36.270 00:13:36.280 with it and we've managed to completely
00:13:38.220 00:13:38.230 fill that up and all the gases are out
00:13:40.500 00:13:40.510 no need for a vacuum no need for
00:13:42.060 00:13:42.070 anything messy all done all dusted and
00:13:44.190 00:13:44.200 finished next up we stick the team steam
00:13:46.320 00:13:46.330 turbine on top and you'll notice the
00:13:48.450 00:13:48.460 plumbing is already set up and we are
00:13:50.880 00:13:50.890 ready to use this now for power
00:13:52.980 00:13:52.990 I've ran I've put in a whole bunch of
00:13:54.840 00:13:54.850 coal generators one of the joys of
00:13:56.370 00:13:56.380 running ranches you can always have lots
00:13:58.350 00:13:58.360 and lots of coal this has allowed me to
00:14:00.330 00:14:00.340 run a power spine up here and dump it
00:14:02.190 00:14:02.200 into the metal refinery and dump that up
00:14:04.560 00:14:04.570 into there however there's a few things
00:14:06.420 00:14:06.430 need to fill one we need to feel filled
00:14:08.250 00:14:08.260 a cooling loop and two we need to fill
00:14:09.660 00:14:09.670 the metal refinery so cooling loop
00:14:11.400 00:14:11.410 that's very simple and that's the start
00:14:14.280 00:14:14.290 of the cooling loop all you do is you
00:14:15.540 00:14:15.550 make a little hit in the ground
00:14:17.640 00:14:17.650 dump in a liquid pump and have that
00:14:19.110 00:14:19.120 liquid pump fed by a couple of bottom
00:14:21.120 00:14:21.130 tiers that jump in polluted water and
00:14:22.680 00:14:22.690 the reason we news polluted water is
00:14:24.360 00:14:24.370 polluted water is very very very very
00:14:27.090 00:14:27.100 useful for cooling reason being it
00:14:29.070 00:14:29.080 doesn't vaporize until 120 meaning it's
00:14:31.020 00:14:31.030 got a higher boiling point and it
00:14:32.250 00:14:32.260 doesn't freeze until minus 20 meaning
00:14:34.320 00:14:34.330 it's fire better than regular water it's
00:14:36.210 00:14:36.220 just gonna it has the same amount of
00:14:37.860 00:14:37.870 specific heat capacity meaning it gives
00:14:39.690 00:14:39.700 you the same amount of cooling is
00:14:40.530 00:14:40.540 regular water but it just has more
00:14:42.630 00:14:42.640 flexible temperature ranges oh and we
00:14:45.180 00:14:45.190 want to set this cooling loop to say
00:14:46.320 00:14:46.330 let's just say it 25 we don't to go too
00:14:49.020 00:14:49.030 crazy so if the temperature is above 25
00:14:51.380 00:14:51.390 you're going to turn on and provide
00:14:53.610 00:14:53.620 cooling now we want to keep running this
00:14:56.310 00:14:56.320 until we've got a more polluted water in
00:14:58.350 00:14:58.360 this than we need and by let I mean we
00:15:00.330 00:15:00.340 won't be able to check in this tank and
00:15:01.500 00:15:01.510 there should be a hundred or two hundred
00:15:02.700 00:15:02.710 kilos of water in here just to help even
00:15:04.890 00:15:04.900 at the flow yeah we can see is it almost
00:15:07.590 00:15:07.600 done it there yeah we should be good
00:15:08.940 00:15:08.950 yeah that's perfect so we'll just stop
00:15:11.580 00:15:11.590 those now put those to sleep only
00:15:15.580 00:15:15.590 and if we check here that you'd have
00:15:17.500 00:15:17.510 stabilized we're now at 319 kilos of
00:15:19.720 00:15:19.730 polluted water what does what this does
00:15:21.610 00:15:21.620 is it provides a sort of an even buffer
00:15:23.680 00:15:23.690 as the liquid goes through it always
00:15:25.510 00:15:25.520 gets yeah this waters here is coming in
00:15:28.960 00:15:28.970 let say at 21 C or twenty one point six
00:15:31.380 00:15:31.390 then by the type once it hits in this is
00:15:33.579 00:15:33.589 a tank though it mixes with all the
00:15:34.900 00:15:34.910 water that's already in there evening
00:15:36.340 00:15:36.350 out the temperature before it gets
00:15:37.570 00:15:37.580 dumped into the equity nur this allows
00:15:39.220 00:15:39.230 you to keep a nice even temperature
00:15:40.930 00:15:40.940 going through the the aqua tuner and you
00:15:43.210 00:15:43.220 don't end up with anything ending up
00:15:44.890 00:15:44.900 getting too cold or too hot just a nice
00:15:47.079 00:15:47.089 even flow if you check that it's all the
00:15:49.180 00:15:49.190 way rotating around and soon those pipes
00:15:51.640 00:15:51.650 turn there will be jumping they're
00:15:52.690 00:15:52.700 chilled into the sandstone those pipes
00:15:54.130 00:15:54.140 are made of granite granite is yeah well
00:15:56.260 00:15:56.270 it's not as good as say a radiant pipe
00:15:57.490 00:15:57.500 at dumping out temperature but it's
00:15:58.960 00:15:58.970 really cheap and easy to get at this
00:16:00.190 00:16:00.200 point in the game we want to fill this
00:16:02.560 00:16:02.570 metal finery up with a coolant and the
00:16:04.570 00:16:04.580 best coolant to use at this stage of the
00:16:05.950 00:16:05.960 game well you don't have access to super
00:16:07.540 00:16:07.550 cold which would be lovely but
00:16:08.710 00:16:08.720 incredibly expensive so the best one to
00:16:11.680 00:16:11.690 use is usually petroleum petroleum has
00:16:13.720 00:16:13.730 very high term has decent thermal
00:16:15.850 00:16:15.860 capacity and it doesn't boil very easily
00:16:17.440 00:16:17.450 it gets all the way to about 500 C
00:16:19.780 00:16:19.790 before you're going to encounter any
00:16:20.770 00:16:20.780 problems so we're just going to send
00:16:22.690 00:16:22.700 that across here feed it off our line
00:16:24.220 00:16:24.230 that we've already got coming up from
00:16:25.420 00:16:25.430 the bottom of the map and we're going to
00:16:27.370 00:16:27.380 dump that into right there that should
00:16:31.150 00:16:31.160 allow us to fill this up it takes about
00:16:32.560 00:16:32.570 400 kilos for each operation of this so
00:16:34.630 00:16:34.640 800 kilos is the most this will hold you
00:16:37.150 00:16:37.160 can try queuing up some more you can do
00:16:39.070 00:16:39.080 things with liquid tanks for storage and
00:16:40.660 00:16:40.670 all this stuff but it's effectively just
00:16:42.280 00:16:42.290 a complication using 800 kilos is
00:16:44.800 00:16:44.810 usually more than sufficient to keep the
00:16:46.329 00:16:46.339 machine running almost flat out and in
00:16:49.750 00:16:49.760 by an Irish what keeps this thing from
00:16:51.370 00:16:51.380 functioning even faster than standard is
00:16:53.560 00:16:53.570 your duplicates will operate it so
00:16:55.270 00:16:55.280 quickly that it won't be able to spit
00:16:56.470 00:16:56.480 out its coolant fast enough that's
00:16:57.940 00:16:57.950 usually what slows you down it's not
00:16:59.110 00:16:59.120 filling it up with coolant it's your
00:17:00.340 00:17:00.350 duplicates are just too quick anyway
00:17:02.290 00:17:02.300 we'll fill this up there we go 800 kilos
00:17:04.150 00:17:04.160 of petroleum it's good to go and then we
00:17:06.189 00:17:06.199 can break off this pipe we don't need it
00:17:07.630 00:17:07.640 any more at this point we're ready to
00:17:09.970 00:17:09.980 fire this machine up and start refining
00:17:11.350 00:17:11.360 some more metals in fact we're ready to
00:17:14.110 00:17:14.120 do several things all at once first
00:17:16.210 00:17:16.220 let's get into some refinement so let's
00:17:17.800 00:17:17.810 say plastic press yep
00:17:19.870 00:17:19.880 well they're in a plastic press they're
00:17:21.040 00:17:21.050 also will want to kill them because we
00:17:22.660 00:17:22.670 do we want some ceramics open and we're
00:17:24.520 00:17:24.530 also going to want some more refined
00:17:25.689 00:17:25.699 carbon so we can make more steel
00:17:27.949 00:17:27.959 anything else we need nope that should
00:17:29.330 00:17:29.340 be fine for now so we'll set all of
00:17:31.100 00:17:31.110 those up as well and that will allow us
00:17:32.780 00:17:32.790 to produce well most of the metals we
00:17:35.120 00:17:35.130 need to expand this even further our
00:17:37.820 00:17:37.830 steel refinement has started to make all
00:17:39.470 00:17:39.480 the water in here boil the fluid water
00:17:41.420 00:17:41.430 takes a little bit longer but now does
00:17:43.340 00:17:43.350 that so started to boil it's eventually
00:17:44.780 00:17:44.790 going to hit temperature and dumping
00:17:46.100 00:17:46.110 heat into the steam turbine steam
00:17:48.110 00:17:48.120 turbine has been hooked up by a rather
00:17:49.580 00:17:49.590 roundabout route to the power grid not a
00:17:52.760 00:17:52.770 huge deal and also there's that ittle
00:17:54.260 00:17:54.270 bit of dirt I was talking about that's
00:17:55.340 00:17:55.350 left behind when the polluted water
00:17:56.390 00:17:56.400 evaporates no big deal anyway
00:17:59.360 00:17:59.370 temperature-wise you'll notice the turn
00:18:00.680 00:18:00.690 here the temperature is still rather
00:18:02.299 00:18:02.309 chilly that's because of all that
00:18:03.650 00:18:03.660 cooling new people in place this allows
00:18:06.110 00:18:06.120 us to expand our steel production our
00:18:08.360 00:18:08.370 plastic production and our well ceramics
00:18:11.210 00:18:11.220 and clay and refined carbon production
00:18:13.460 00:18:13.470 without having to worry about the heat
00:18:14.960 00:18:14.970 becoming an issue okay so we've got two
00:18:18.230 00:18:18.240 point nine tons of steel eight hundred
00:18:20.060 00:18:20.070 kilos of plastic and we have more than
00:18:21.440 00:18:21.450 enough materials to expand this we want
00:18:23.120 00:18:23.130 to this is how you get over the hump if
00:18:25.310 00:18:25.320 you see something with a giant
00:18:26.210 00:18:26.220 industrial brick it's they started off
00:18:28.070 00:18:28.080 scrambling for a few pieces of resources
00:18:30.110 00:18:30.120 same as anyone else now the steam
00:18:32.090 00:18:32.100 turbine here though it has gotten too
00:18:33.380 00:18:33.390 hot it's gone over a hundred degrees
00:18:34.370 00:18:34.380 which is making it a little bit
00:18:35.540 00:18:35.550 difficult to get rid of that heat it's
00:18:38.060 00:18:38.070 accumulating so all we're going to do is
00:18:39.650 00:18:39.660 grab well lead copper doesn't really
00:18:41.780 00:18:41.790 make a difference any sort of material
00:18:43.190 00:18:43.200 here and we're just going to make
00:18:44.120 00:18:44.130 radiant pipes right there right finally
00:18:47.000 00:18:47.010 steam turbine that should help spread
00:18:48.950 00:18:48.960 out the chill and help cool down this
00:18:50.690 00:18:50.700 steam turbine and there we go now the
00:18:53.360 00:18:53.370 steam turbine is operating at full
00:18:54.799 00:18:54.809 capacity and the temperature is rapidly
00:18:56.360 00:18:56.370 dropping because of those nice radiant
00:18:58.490 00:18:58.500 liquid pipes you put in behind us you
00:19:00.230 00:19:00.240 can spread it through it you can replace
00:19:02.510 00:19:02.520 a lot of these with radians a good pipes
00:19:03.830 00:19:03.840 if you want to help spread it to chill a
00:19:05.270 00:19:05.280 lot better but by and large this area is
00:19:07.190 00:19:07.200 going to remain not the worst though you
00:19:09.500 00:19:09.510 might want to spread a little bit more
00:19:11.030 00:19:11.040 chill around your plastic presses and
00:19:13.180 00:19:13.190 actually do the kilns as well now this
00:19:15.770 00:19:15.780 is a very small industrial brick you can
00:19:17.600 00:19:17.610 definitely expand it but before we get
00:19:19.280 00:19:19.290 into that I shouldn't show you what
00:19:20.270 00:19:20.280 you're going to want to do after you get
00:19:21.830 00:19:21.840 yourself this setup you're probably
00:19:23.390 00:19:23.400 going to want to start refining your own
00:19:24.950 00:19:24.960 petroleum are you finding crude oil on
00:19:27.080 00:19:27.090 the spot the petroleum you started with
00:19:28.880 00:19:28.890 is going to run out and when it does
00:19:30.200 00:19:30.210 you're going to want some more plus you
00:19:31.610 00:19:31.620 can use it for power so let's just do a
00:19:33.620 00:19:33.630 quick setup here of this one I've done
00:19:35.060 00:19:35.070 these a few times before but yeah
00:19:37.330 00:19:37.340 that incident liquid pipe that's going
00:19:39.820 00:19:39.830 to run into those two that couldn't run
00:19:41.500 00:19:41.510 into that one and that will go down into
00:19:42.940 00:19:42.950 our liquid storage tanks this is just a
00:19:46.030 00:19:46.040 standard setup I think I've got a whole
00:19:48.190 00:19:48.200 video on this summer flying liquid pipe
00:19:51.640 00:19:51.650 insulated that goes through and there
00:19:53.500 00:19:53.510 that'll stores up two whole tanks of the
00:19:55.210 00:19:55.220 stuff to help with making sure we don't
00:19:57.460 00:19:57.470 use this too much we're going to put a
00:19:59.650 00:19:59.660 liquid pipe element sensor right there
00:20:01.330 00:20:01.340 stick in an automation wire and have
00:20:03.400 00:20:03.410 that hooked back up to the old refinery
00:20:05.380 00:20:05.390 that way when both of these are full
00:20:07.030 00:20:07.040 this oil refinery will shut off which is
00:20:09.010 00:20:09.020 what we want now before we re activate
00:20:13.600 00:20:13.610 this though we'd want to vacuum out this
00:20:14.920 00:20:14.930 whole room
00:20:15.490 00:20:15.500 the reason being this room is going to
00:20:16.810 00:20:16.820 end up full of natural gas and we prefer
00:20:18.910 00:20:18.920 if that was not the case so normally
00:20:20.500 00:20:20.510 you'd brick this up put in a gas pump
00:20:22.360 00:20:22.370 vacuum add everything and then once it's
00:20:24.310 00:20:24.320 full that's done you'd have natural gas
00:20:25.990 00:20:26.000 in there only and you use that natural
00:20:27.340 00:20:27.350 gas to feed it into a power generator or
00:20:29.080 00:20:29.090 something along the lines however what I
00:20:31.510 00:20:31.520 did say was this is just a very bare
00:20:33.490 00:20:33.500 bones basic setup if you want to you
00:20:35.860 00:20:35.870 could go much more aggressive on your
00:20:37.330 00:20:37.340 start and really leave yourself more
00:20:39.370 00:20:39.380 room for expansion this is just too
00:20:40.690 00:20:40.700 small in my opinion this would be a more
00:20:43.390 00:20:43.400 aggressive start what you would do here
00:20:45.550 00:20:45.560 is the exact same thing you only need
00:20:46.810 00:20:46.820 one steam turbine you only need one aqua
00:20:48.520 00:20:48.530 tuner so all your starting resources
00:20:50.290 00:20:50.300 will be the same and then you've just
00:20:51.730 00:20:51.740 left yourself a little bit of extra
00:20:53.170 00:20:53.180 expansion room appear by putting these
00:20:55.360 00:20:55.370 in here as you refine more plastic you
00:20:57.370 00:20:57.380 can just start throwing down more steam
00:20:58.810 00:20:58.820 turbines across the top and there you go
00:21:02.230 00:21:02.240 boom boom boom boom you can expand it as
00:21:06.130 00:21:06.140 large as you want and you don't have to
00:21:08.020 00:21:08.030 put them down immediately you can wait
00:21:09.460 00:21:09.470 until the plastic has come in same thing
00:21:11.920 00:21:11.930 down here you can put in more refineries
00:21:13.720 00:21:13.730 so we can dump in say a three of them
00:21:15.490 00:21:15.500 there and because we've got all the
00:21:17.350 00:21:17.360 plumbing already put in place all we
00:21:18.940 00:21:18.950 have to do is hook up some insulated
00:21:20.200 00:21:20.210 pipes fill them up with some petroleum
00:21:22.300 00:21:22.310 and we're good to go and we just
00:21:24.400 00:21:24.410 expanded the cooling loop down a bit so
00:21:25.900 00:21:25.910 it covered more floors that's it so
00:21:28.870 00:21:28.880 anytime you see anyone with a large
00:21:30.100 00:21:30.110 industrial brick they start it off with
00:21:31.720 00:21:31.730 a small one and then just expanded it
00:21:33.730 00:21:33.740 and as you've played as you play the
00:21:35.290 00:21:35.300 game more and more you learn how to just
00:21:36.990 00:21:37.000 preemptively be ready to expand into a
00:21:39.700 00:21:39.710 larger industrial brick to meet your
00:21:40.930 00:21:40.940 needs so I'll just do one last quick
00:21:43.120 00:21:43.130 look at something before we go so here's
00:21:45.310 00:21:45.320 one I made earlier and this is just an
00:21:47.890 00:21:47.900 older designer used you can spend
00:21:50.549 00:21:50.559 hours working on these and I have
00:21:52.139 00:21:52.149 literally but the whole point of some of
00:21:54.629 00:21:54.639 them is you can design them in ways that
00:21:55.710 00:21:55.720 provides better decor so you can
00:21:57.299 00:21:57.309 counteract the negative wires in there
00:21:58.649 00:21:58.659 by putting in say a statue floor you can
00:22:00.720 00:22:00.730 put your plastic on one level so that
00:22:02.310 00:22:02.320 the water helps cool the whole floor you
00:22:04.169 00:22:04.179 can have one big cooling block over here
00:22:06.539 00:22:06.549 I know this is trying to explain this
00:22:08.519 00:22:08.529 all in one is really kind of confusing
00:22:09.989 00:22:09.999 but you have your other finery down here
00:22:12.029 00:22:12.039 pumping at the crude oil or the
00:22:13.230 00:22:13.240 petroleum and that petroleum can be used
00:22:14.940 00:22:14.950 to power the whole system anyway until
00:22:17.789 00:22:17.799 you get around to doing a petroleum
00:22:19.080 00:22:19.090 boiler later on in which case you can
00:22:20.249 00:22:20.259 repeat it the natural gas can also be
00:22:22.859 00:22:22.869 dumped into the natural gas generators
00:22:24.210 00:22:24.220 and you can use that same cooling loop
00:22:25.649 00:22:25.659 the same cooling loop that we're running
00:22:27.570 00:22:27.580 off this one aqua tuner can provide
00:22:28.799 00:22:28.809 cooling for your power supply area as
00:22:30.600 00:22:30.610 well so leave yourself lots of room for
00:22:32.700 00:22:32.710 expansion and the first time you do an
00:22:35.070 00:22:35.080 industrial break it will probably be
00:22:36.239 00:22:36.249 fairly small and it will do its job but
00:22:38.430 00:22:38.440 later on you'll learn how to expand them
00:22:39.869 00:22:39.879 and make them bigger and bigger but for
00:22:41.759 00:22:41.769 the early ones all you need to remember
00:22:42.810 00:22:42.820 is you just need 1,200 kilos of Steel
00:22:44.759 00:22:44.769 200 kilos of plastic and you can make
00:22:47.369 00:22:47.379 yourself a nice little industrial break
00:22:48.779 00:22:48.789 that will allow you to expand and make
00:22:50.070 00:22:50.080 it as big as you want assuming you have
00:22:51.570 00:22:51.580 the space for us anyway I hope that that
00:22:54.210 00:22:54.220 helps you get from the federal over the
00:22:56.399 00:22:56.409 home from the early game into the mid
00:22:58.109 00:22:58.119 game and good luck
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