QOL Mk3, 42 Chilling and more prep - Oxygen not included

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Language: en

00:00:00.030
and we're back well pretty close to
00:00:04.100 00:00:04.110 where we left off as well I'm just
00:00:06.230 00:00:06.240 trying to get all of this set up I want
00:00:07.730 00:00:07.740 to basically switch seamlessly from
00:00:09.560 00:00:09.570 regular collection and it's currently
00:00:11.509 00:00:11.519 going on into the next otherwise my
00:00:12.980 00:00:12.990 critters will start starving that would
00:00:14.270 00:00:14.280 be bad and the reason we're doing this
00:00:16.730 00:00:16.740 of course is so that we can get way more
00:00:18.500 00:00:18.510 regular so that we can feed more voles
00:00:20.060 00:00:20.070 and support the hundred dupes who are
00:00:21.320 00:00:21.330 aiming for also we're going to get some
00:00:23.150 00:00:23.160 carbon dioxide elevation in fact quite a
00:00:24.890 00:00:24.900 bit of carbon dioxide I was surprised
00:00:26.540 00:00:26.550 how much carbon dioxide you can get out
00:00:28.040 00:00:28.050 of these this particular contraption but
00:00:30.290 00:00:30.300 let's not get ahead of ourselves just
00:00:32.150 00:00:32.160 yet now I just wanna stick in the
00:00:33.319 00:00:33.329 shipping automation and where's that
00:00:35.450 00:00:35.460 going yeah and this one I couldn't find
00:00:38.060 00:00:38.070 a way to do it absolutely perfectly as
00:00:40.580 00:00:40.590 in no matter where I placed them they're
00:00:42.500 00:00:42.510 always going to be some overlap so for
00:00:44.180 00:00:44.190 example we'll place that there yeah that
00:00:45.889 00:00:45.899 would also overlap so one there and say
00:00:48.380 00:00:48.390 one over here yeah kind of annoying but
00:00:51.740 00:00:51.750 nothing I can do I prefer to have it
00:00:54.110 00:00:54.120 perfectly spaced but if I by putting in
00:00:56.029 00:00:56.039 these little segments here these two
00:00:58.160 00:00:58.170 drills can basically take care of
00:00:59.660 00:00:59.670 themselves as in this drill here covers
00:01:02.150 00:01:02.160 this one so this one isn't getting
00:01:03.080 00:01:03.090 covered in Regulus and then this one
00:01:05.119 00:01:05.129 actually can cover all the way out to
00:01:06.679 00:01:06.689 here this one covers all the way out to
00:01:09.200 00:01:09.210 there and they basically just don't have
00:01:12.200 00:01:12.210 any problems with each other no overlap
00:01:13.820 00:01:13.830 no worries like that or there's no
00:01:17.210 00:01:17.220 chance any of them will end up missing a
00:01:19.160 00:01:19.170 spot yeah that goes there and I put one
00:01:22.730 00:01:22.740 right in the middle boom and I'm missing
00:01:25.490 00:01:25.500 the very edge you know what let's squish
00:01:28.730 00:01:28.740 this one up a bit so we get the last two
00:01:30.789 00:01:30.799 it's perfect now I've learned some
00:01:34.310 00:01:34.320 valuable lessons from this putting this
00:01:36.740 00:01:36.750 together multiple times plus other stuff
00:01:38.179 00:01:38.189 I've learned along the way I've decided
00:01:40.609 00:01:40.619 on a slightly different method of
00:01:42.319 00:01:42.329 getting all of this stuff actually
00:01:43.850 00:01:43.860 installed and before I used to put in
00:01:46.039 00:01:46.049 bridges
00:01:46.580 00:01:46.590 actually we can see it in operation up
00:01:48.380 00:01:48.390 here because this one is active none of
00:01:51.350 00:01:51.360 these other actually no the others are
00:01:53.300 00:01:53.310 active okay never mind not really a
00:01:55.219 00:01:55.229 great example because this is active the
00:01:57.530 00:01:57.540 ones behind it can't actually jump onto
00:01:59.090 00:01:59.100 the line and I was using bridges to give
00:02:01.100 00:02:01.110 priority flow instead all we're going to
00:02:03.980 00:02:03.990 do is something much much much simpler
00:02:07.190 00:02:07.200 see everyone there second one there done
00:02:13.699 00:02:13.709 done and basically just all the way
00:02:15.530 00:02:15.540 along do the same thing wait how many is
00:02:19.220 00:02:19.230 that what may have gone too far
00:02:21.530 00:02:21.540 I'm gonna start counting doors again
00:02:24.910 00:02:24.920 basically wants to be eight doors long
00:02:26.840 00:02:26.850 one two three four five six seven eight
00:02:29.060 00:02:29.070 okay so it's eight doors that's all
00:02:30.620 00:02:30.630 eight coverage yeah perfect
00:02:32.150 00:02:32.160 then all I do is they just grabbed a
00:02:33.560 00:02:33.570 shipping rail and instead of using
00:02:34.940 00:02:34.950 bridges I just go like this put a rail
00:02:38.479 00:02:38.489 straight through it how stupidly simple
00:02:41.540 00:02:41.550 as that that basically means when this
00:02:44.060 00:02:44.070 one is emptying it'll be flowing along
00:02:45.500 00:02:45.510 this rail and this one can't empty
00:02:46.699 00:02:46.709 because it can put anything well there's
00:02:48.650 00:02:48.660 something on the rail basically gives me
00:02:50.600 00:02:50.610 all the joy of bridges with none of the
00:02:52.460 00:02:52.470 inconvenience I really wish I thought of
00:02:54.860 00:02:54.870 something I'd a lot sooner
00:02:56.030 00:02:56.040 yeah I'm gonna sit here and we're all
00:03:00.830 00:03:00.840 right and one will go through here we're
00:03:02.630 00:03:02.640 just gonna have to hey are you gonna go
00:03:07.810 00:03:07.820 say to the left side yeah that's good
00:03:11.949 00:03:11.959 actually wait no that's silly
00:03:15.080 00:03:15.090 the closer we make it to the end the
00:03:17.120 00:03:17.130 less rails you have to put in it smarter
00:03:20.090 00:03:20.100 plan yeah so what we'll do is we'll just
00:03:22.009 00:03:22.019 stick in the shipping right there yeah
00:03:27.199 00:03:27.209 that should work fine done and just let
00:03:34.400 00:03:34.410 me double check I want to make sure none
00:03:35.539 00:03:35.549 of these actually overlap yeah but that
00:03:38.509 00:03:38.519 should get me all the regulars out of
00:03:39.620 00:03:39.630 there and in fact I'm even gonna harvest
00:03:41.000 00:03:41.010 the iron what I've started doing up here
00:03:43.039 00:03:43.049 is I've set these to harvest iron as
00:03:45.050 00:03:45.060 well so only iron that gets picked out
00:03:47.420 00:03:47.430 of here will follow along on our
00:03:49.460 00:03:49.470 conveyer rails all the way down here
00:03:50.810 00:03:50.820 actually should probably have I set
00:03:52.039 00:03:52.049 those down I think I have okay that's a
00:03:55.850 00:03:55.860 lot of stuff going down there yeah but
00:03:57.979 00:03:57.989 um iron also goes down here now as well
00:03:59.780 00:03:59.790 and this little sweeper up here picks it
00:04:01.340 00:04:01.350 up and dumps it into the chute so it
00:04:02.750 00:04:02.760 ends up down here
00:04:03.530 00:04:03.540 it's just a way of collecting all that
00:04:04.849 00:04:04.859 iron that was accumulating up there
00:04:06.220 00:04:06.230 surprising how little iron these things
00:04:08.930 00:04:08.940 actually pull in I think it's about 30
00:04:11.720 00:04:11.730 35 kilos a cycle per 16 bunker doors
00:04:15.800 00:04:15.810 so 16 bunkers doors worth of space as in
00:04:18.890 00:04:18.900 from here all the way over to here
00:04:20.960 00:04:20.970 pulls in about 30 to 35 kilos of iron
00:04:23.330 00:04:23.340 per cycle on average it's actually
00:04:25.940 00:04:25.950 pathetically small everyone says iron is
00:04:27.800 00:04:27.810 free and falls from the sky but you know
00:04:29.090 00:04:29.100 what it doesn't really provide you with
00:04:30.500 00:04:30.510 very much yeah no I want to get
00:04:34.010 00:04:34.020 everything in here set up before I even
00:04:35.900 00:04:35.910 start thinking about doing this the
00:04:37.460 00:04:37.470 reason being the moment we turn this on
00:04:39.350 00:04:39.360 things are going to get awkward well not
00:04:41.900 00:04:41.910 so much awkward as in it's gonna cut off
00:04:45.320 00:04:45.330 my regular that I do want any of my
00:04:47.200 00:04:47.210 balls starving so down here is going to
00:04:50.180 00:04:50.190 be a cooling loop this is going to run a
00:04:51.410 00:04:51.420 cooling loop through here to make sure
00:04:52.580 00:04:52.590 all our machines stay cool
00:04:53.900 00:04:53.910 and at the same time it's going to cool
00:04:55.850 00:04:55.860 down our carbon dioxide for us now I've
00:04:58.730 00:04:58.740 put together the bare bones over here
00:05:00.170 00:05:00.180 but uh just doing things that notice
00:05:01.760 00:05:01.770 these bottom tiles here I'm making out
00:05:03.020 00:05:03.030 of insulation just so I can make sure
00:05:04.250 00:05:04.260 that it doesn't get too bad actually
00:05:07.150 00:05:07.160 you can start you in you I want to
00:05:09.980 00:05:09.990 actually put in some bottle empties
00:05:11.180 00:05:11.190 there because we need to fill this whole
00:05:12.380 00:05:12.390 circle full of super coolant I also need
00:05:15.170 00:05:15.180 to stick on two cancer's you I need to
00:05:18.140 00:05:18.150 put on a little side project here a
00:05:20.720 00:05:20.730 little side cooler the side cooler is
00:05:22.280 00:05:22.290 going to cool these metal tiles no one
00:05:24.440 00:05:24.450 second no it's starting to come together
00:05:27.290 00:05:27.300 as in it's a standard-issue ice box
00:05:29.180 00:05:29.190 right here but I'm putting on an
00:05:30.770 00:05:30.780 additional ice box over here obviously
00:05:32.900 00:05:32.910 combined I'm actually gonna combine
00:05:34.100 00:05:34.110 several ideas I've borrowed well that's
00:05:37.310 00:05:37.320 it every idea in this game is pretty
00:05:38.990 00:05:39.000 much borrowed from someone else at one
00:05:40.159 00:05:40.169 point or another but I'm going to borrow
00:05:41.480 00:05:41.490 it from some of the base living videos
00:05:42.980 00:05:42.990 that I did there was a wonderful idea
00:05:45.110 00:05:45.120 where they basically ran the they had
00:05:47.180 00:05:47.190 the cooling ice box on the side and it
00:05:48.800 00:05:48.810 basically just connected directly into
00:05:50.630 00:05:50.640 the steam turbine to provide cooling
00:05:51.710 00:05:51.720 meaning you didn't actually have to run
00:05:53.450 00:05:53.460 a loop or do anything like that it just
00:05:54.590 00:05:54.600 made it so much simpler so I'm gonna do
00:05:57.200 00:05:57.210 is run this diamond block up here and
00:05:58.670 00:05:58.680 have it tap in there actually to do that
00:06:01.400 00:06:01.410 give me some syrup actually I don't need
00:06:03.920 00:06:03.930 ceramic up here doing yeah we'll use
00:06:05.840 00:06:05.850 ceramic why not
00:06:07.000 00:06:07.010 so the ceramic goes up there and that
00:06:10.490 00:06:10.500 means this I'm gonna extend this room
00:06:13.840 00:06:13.850 will make this room back to there yep
00:06:17.830 00:06:17.840 and what do you construct this building
00:06:21.730 00:06:21.740 so basically this the chill from this
00:06:24.350 00:06:24.360 will actually leak straight into this
00:06:25.730 00:06:25.740 room meaning I don't have to run any
00:06:27.140 00:06:27.150 cooling loops and II piping and anything
00:06:28.850 00:06:28.860 it just makes things so much simpler I
00:06:30.440 00:06:30.450 can't remember whose idea I'm stealing
00:06:32.570 00:06:32.580 but thank you very much for that it
00:06:34.040 00:06:34.050 makes
00:06:34.370 00:06:34.380 life so much better actually I will
00:06:36.670 00:06:36.680 we're gonna put a bottle emptier in
00:06:38.540 00:06:38.550 there and fill this full of coolant as
00:06:39.620 00:06:39.630 well actually let's get that super
00:06:41.840 00:06:41.850 coolant rolling aye aye
00:06:45.470 00:06:45.480 you don't need this much super coolant
00:06:47.060 00:06:47.070 to do this build it's just I've got it
00:06:48.980 00:06:48.990 so I don't care
00:06:49.760 00:06:49.770 enable little bottle yeah these builds
00:06:53.840 00:06:53.850 are kind of getting a little bit of
00:06:54.650 00:06:54.660 control we've gone well past tutorial
00:06:56.690 00:06:56.700 stages at this point we're well into
00:06:58.040 00:06:58.050 just we're trying to get a hundred dupes
00:06:59.840 00:06:59.850 and we're going to do some ridiculous
00:07:01.040 00:07:01.050 stuff that's sort of where we're at
00:07:02.150 00:07:02.160 right now I'm not sure that's what you
00:07:04.610 00:07:04.620 all signed on for when you when we
00:07:06.050 00:07:06.060 started watching some of these but it's
00:07:07.490 00:07:07.500 kind of where we've ended up just you to
00:07:08.990 00:07:09.000 the delay in the release of the
00:07:10.610 00:07:10.620 expansion yeah I just poured foreigner
00:07:15.050 00:07:15.060 kilos of super coolant off into space
00:07:18.070 00:07:18.080 yep yep yep okay we'll put you there
00:07:22.700 00:07:22.710 there and there and we will cancel you
00:07:27.610 00:07:27.620 yep on the grand I never learned do i
00:07:34.130 00:07:34.140 yeah we'll put you back to getting
00:07:36.170 00:07:36.180 filled up actually no selects okay then
00:07:42.770 00:07:42.780 let's just ignore all that it's very
00:07:44.210 00:07:44.220 very expensive mistake and move on
00:07:45.950 00:07:45.960 actually while we're at it we're gonna
00:07:47.600 00:07:47.610 have to put in some drywall here as well
00:07:51.100 00:07:51.110 drywall is probably the one thing that
00:07:53.120 00:07:53.130 slows you down the most when you get to
00:07:54.230 00:07:54.240 space I can't remember the amount of
00:07:56.810 00:07:56.820 stuff I have drywall to at this point
00:07:58.130 00:07:58.140 it's got it's gotten to ridiculous
00:07:59.900 00:07:59.910 levels now yeah we'll just cut this out
00:08:02.390 00:08:02.400 here forbidden and I'll come back when
00:08:03.560 00:08:03.570 this is just about ready to go some more
00:08:04.970 00:08:04.980 well when I've done a little bit more
00:08:06.410 00:08:06.420 building on this project these projects
00:08:07.970 00:08:07.980 are pretty straightforward it's just dry
00:08:09.440 00:08:09.450 walling is the only really additional
00:08:11.360 00:08:11.370 task you have to do when it comes to
00:08:12.470 00:08:12.480 these one quick tip actually when I get
00:08:15.020 00:08:15.030 around to filling this or going through
00:08:16.460 00:08:16.470 the slow process of dumping super
00:08:17.750 00:08:17.760 coolant in here I was worried about
00:08:19.010 00:08:19.020 losing super cooling through that open
00:08:20.990 00:08:21.000 space tile there the vacuum space but I
00:08:23.210 00:08:23.220 figured I just stick a mesh tile in
00:08:24.560 00:08:24.570 there it doesn't matter if any liquid
00:08:25.730 00:08:25.740 occupies the square mesh tiles don't
00:08:27.260 00:08:27.270 bleed anything into space for example
00:08:29.330 00:08:29.340 like over here you can see there's a
00:08:31.100 00:08:31.110 bunch of hydrogen and it doesn't bleed
00:08:32.690 00:08:32.700 through space to the mesh tiles so I
00:08:34.070 00:08:34.080 don't think liquid will either so this
00:08:36.620 00:08:36.630 should allow me to fill this up without
00:08:37.820 00:08:37.830 fear of actually breaking here well
00:08:40.370 00:08:40.380 that's the theory let's see how it works
00:08:42.050 00:08:42.060 said so sanity prevailed at the end and
00:08:45.200 00:08:45.210 I decided not to fill this with
00:08:46.460 00:08:46.470 supercooled
00:08:47.370 00:08:47.380 considering this is not going to be a
00:08:48.860 00:08:48.870 very active tank and I was taking a look
00:08:52.110 00:08:52.120 at my actual supply of super coolant
00:08:54.000 00:08:54.010 which is it it's decent but I don't want
00:08:58.320 00:08:58.330 to go wasting it I've still got to build
00:08:59.460 00:08:59.470 another one of these things I'm still
00:09:01.320 00:09:01.330 gonna be building some other stuff that
00:09:02.310 00:09:02.320 requires it so maybe maybe I won't fill
00:09:05.910 00:09:05.920 this all with super coolant I mean it
00:09:07.620 00:09:07.630 literally is made of gold it's it's
00:09:09.360 00:09:09.370 liquid gold you're pumping in here I
00:09:10.800 00:09:10.810 mean some say oil is liquid gold but no
00:09:12.900 00:09:12.910 super coolant is is literally made out
00:09:14.850 00:09:14.860 of gold I do have to do another a few
00:09:17.340 00:09:17.350 bits and bobs I'm going to have to put
00:09:18.630 00:09:18.640 in actually comes in a dropper in there
00:09:20.670 00:09:20.680 so I can drop in a couple hundred kilos
00:09:22.020 00:09:22.030 of water but this is going to basically
00:09:23.760 00:09:23.770 run a big cooling loop there's this
00:09:25.560 00:09:25.570 steroid here and his cooling loop is
00:09:27.690 00:09:27.700 going to run up here and around the top
00:09:29.160 00:09:29.170 we're gonna fill that full of super
00:09:30.660 00:09:30.670 coolant as well so I do want to start
00:09:32.460 00:09:32.470 actually maybe not throwing super
00:09:34.410 00:09:34.420 coolant and everything so much I can't
00:09:36.180 00:09:36.190 help myself it seems though and yeah
00:09:38.340 00:09:38.350 I'll cut back in once we've got this
00:09:39.870 00:09:39.880 tank filled and we've got this all
00:09:41.280 00:09:41.290 prepped and we're almost ready to and I
00:09:43.080 00:09:43.090 can show you where we're going to put
00:09:43.920 00:09:43.930 into cooling loops and have a quick run
00:09:45.750 00:09:45.760 over what's happening okay so this ice
00:09:49.440 00:09:49.450 box is starting to come together quite
00:09:50.820 00:09:50.830 nicely I'm just about to dump the water
00:09:52.890 00:09:52.900 in here all we need is about two hundred
00:09:54.150 00:09:54.160 kilos to act as a steam so that we can
00:09:56.790 00:09:56.800 resect it to the steam turbine and
00:09:58.170 00:09:58.180 basically do these heat down here we've
00:10:00.420 00:10:00.430 got a big long string of super coolant
00:10:02.550 00:10:02.560 the super coolant is here to just store
00:10:04.620 00:10:04.630 up a whole bunch of chilled we're going
00:10:06.120 00:10:06.130 to need a lot of chilled because we're
00:10:07.800 00:10:07.810 going to be chilling an awful lot of
00:10:08.760 00:10:08.770 carbon dioxide this over here is sort of
00:10:11.640 00:10:11.650 a separate tank that we're going to set
00:10:12.930 00:10:12.940 to minus 54 degrees this is going to be
00:10:14.940 00:10:14.950 to keep the carbon dioxide from flashing
00:10:17.790 00:10:17.800 back into well carbon dioxide gas we're
00:10:21.540 00:10:21.550 gonna turn the carbon dioxide into
00:10:23.070 00:10:23.080 liquid I probably should have mentioned
00:10:24.390 00:10:24.400 that and to keep it from flashing we're
00:10:27.510 00:10:27.520 going to actually run chill do pursue
00:10:29.310 00:10:29.320 the bottom here where we're catching all
00:10:30.600 00:10:30.610 our carbon dioxide make sure all the
00:10:32.190 00:10:32.200 carbon dioxide stays good and healthy
00:10:34.050 00:10:34.060 and you know does what we tell it to now
00:10:36.900 00:10:36.910 so you can see igneous rocks there and
00:10:39.930 00:10:39.940 get all the debris out of here we're
00:10:41.580 00:10:41.590 gonna have to close this episode shortly
00:10:43.200 00:10:43.210 but um yeah this year is one of those
00:10:45.210 00:10:45.220 document we're gonna chill this box down
00:10:46.470 00:10:46.480 here this is going to be our primary
00:10:47.760 00:10:47.770 icebox this year is going to be set to
00:10:49.680 00:10:49.690 minus 54 degrees which means it'll
00:10:51.180 00:10:51.190 engage this door to drain
00:10:52.560 00:10:52.570 she'll let it air when it needs it and
00:10:54.000 00:10:54.010 this chill is going to spread up here
00:10:55.950 00:10:55.960 and get radiated into this room oh one
00:10:58.620 00:10:58.630 second
00:11:03.840 00:11:03.850 perfect yeah I'll just get rid of that
00:11:08.470 00:11:08.480 work that's most of the basics done now
00:11:11.920 00:11:11.930 of here who actually could Duke's get up
00:11:14.199 00:11:14.209 there no Jews cannot let's see you
00:11:20.759 00:11:20.769 actually that's fine I'll just put a
00:11:22.900 00:11:22.910 letter up there not across the top yeah
00:11:27.160 00:11:27.170 up here this is going to be our
00:11:28.150 00:11:28.160 catchment area all the co2 from here is
00:11:29.980 00:11:29.990 gonna fall down co2 is pretty weak sauce
00:11:33.519 00:11:33.529 when it comes to thermal conductivity
00:11:34.750 00:11:34.760 but it's specific heat capacity is not
00:11:37.030 00:11:37.040 horrendous it's point eight four six on
00:11:40.000 00:11:40.010 the bright side the specific heat
00:11:41.319 00:11:41.329 capacity of say super coolant is eight
00:11:45.250 00:11:45.260 point four four so a super coolant has
00:11:46.960 00:11:46.970 ten times the heat capacity meaning we
00:11:48.670 00:11:48.680 can apply about 140 degrees of cooling
00:11:50.800 00:11:50.810 to ten kilos of carbon dioxide per
00:11:53.980 00:11:53.990 second with this little set up down here
00:11:55.480 00:11:55.490 so we can cool a lot of carbon dioxide
00:11:57.790 00:11:57.800 if needs be and we probably will need to
00:12:00.699 00:12:00.709 cool that much carbon dioxide but next
00:12:03.730 00:12:03.740 up we want to put in some radiant pipes
00:12:05.230 00:12:05.240 in here so this cooling loop here goes
00:12:07.870 00:12:07.880 down through here and it's gonna cool
00:12:08.860 00:12:08.870 everything to 54 degrees so have it run
00:12:11.829 00:12:11.839 up there actually run up there right
00:12:16.329 00:12:16.339 back down and all the way across yes
00:12:20.800 00:12:20.810 we're going to burn an enormous amount
00:12:22.120 00:12:22.130 of gold this basically allows us to
00:12:24.730 00:12:24.740 chill this entire place all the way to
00:12:26.079 00:12:26.089 the edge even over to this dark zone
00:12:27.850 00:12:27.860 over here you can actually build and say
00:12:30.460 00:12:30.470 that that one tile there you can
00:12:31.780 00:12:31.790 actually build inside that but you can't
00:12:33.519 00:12:33.529 really see it very well no and then we
00:12:36.910 00:12:36.920 just bring it back and honestly it
00:12:38.260 00:12:38.270 doesn't matter what pipe it's in the
00:12:39.340 00:12:39.350 pipe will eventually chilled and
00:12:40.360 00:12:40.370 whatever temperature we set it to which
00:12:43.150 00:12:43.160 also reminds me there's one other thing
00:12:44.710 00:12:44.720 I want to do I want to start including
00:12:45.639 00:12:45.649 more bridges someone was pointing out
00:12:48.040 00:12:48.050 that the more bridges you know that
00:12:51.040 00:12:51.050 makes me miss better bridges basically
00:12:53.620 00:12:53.630 split up pipe groups so if you have one
00:12:56.230 00:12:56.240 big long pipe it's bad if you split the
00:12:59.110 00:12:59.120 pipe group up with lots of little
00:13:00.220 00:13:00.230 bridges along the way it basically
00:13:01.780 00:13:01.790 reduces calculations that's what they're
00:13:03.340 00:13:03.350 saying I have a lot of very long pipes
00:13:05.439 00:13:05.449 everywhere so I just want to see if this
00:13:07.060 00:13:07.070 makes any difference if anyone's
00:13:08.380 00:13:08.390 actually doing any testing to determine
00:13:09.760 00:13:09.770 this that it'd be nice to know if you've
00:13:11.740 00:13:11.750 got any information I'd love to hear
00:13:13.030 00:13:13.040 about it
00:13:14.190 00:13:14.200 was it down here al yeah where they
00:13:15.870 00:13:15.880 don't you up perfect now I just got a
00:13:20.610 00:13:20.620 super coolant into that loop well later
00:13:23.310 00:13:23.320 for a time being I want to get this
00:13:24.840 00:13:24.850 cooler up and running yeah that will
00:13:26.970 00:13:26.980 actually keep all of that at about 54
00:13:29.400 00:13:29.410 degrees minus 54 degrees we should stop
00:13:31.230 00:13:31.240 any carbon dioxide liquid that lands
00:13:33.060 00:13:33.070 there from flashing back to sir to
00:13:34.500 00:13:34.510 carbon dioxide gas now down here okay
00:13:38.310 00:13:38.320 you finished so we are going to seal you
00:13:40.260 00:13:40.270 up actually mmm you know what I'm gonna
00:13:43.230 00:13:43.240 use insulation here yeah why not
00:13:49.100 00:13:49.110 actually what am i doing that's just a
00:13:51.120 00:13:51.130 waste of insulation I'll use ceramic
00:13:53.790 00:13:53.800 ceramic is plenty fine for our purposes
00:13:56.100 00:13:56.110 and we're not going to really bleed much
00:13:57.300 00:13:57.310 heat anywhere yeah so once that's done I
00:14:01.230 00:14:01.240 can start actually running the big
00:14:02.400 00:14:02.410 cooling loop the big cooling loop
00:14:05.280 00:14:05.290 actually I can't run the big loop just
00:14:07.110 00:14:07.120 yet
00:14:07.590 00:14:07.600 oh and I've already made a mistake after
00:14:09.900 00:14:09.910 him yeah the mistake I made is I need to
00:14:12.630 00:14:12.640 run these two pipes up here and that's
00:14:14.490 00:14:14.500 going to be in the way so you all have
00:14:16.590 00:14:16.600 to go you you're gone you're gone and
00:14:20.780 00:14:20.790 give me a cool pipe you can connect
00:14:23.280 00:14:23.290 together shortens the cooling loop but I
00:14:25.680 00:14:25.690 think it'll be fine there's some time
00:14:27.810 00:14:27.820 and temperature shift plates in there to
00:14:28.950 00:14:28.960 help for the temperature transfer anyway
00:14:30.180 00:14:30.190 oh and that's another thing I want to do
00:14:32.250 00:14:32.260 these pipes are going to exchange heat
00:14:34.170 00:14:34.180 with these tiles here so I'm going to
00:14:36.000 00:14:36.010 deconstruct them and replace them at
00:14:37.140 00:14:37.150 ladder house
00:14:37.800 00:14:37.810 letter tiles won't interact with them
00:14:39.090 00:14:39.100 they're not classified as solid so yeah
00:14:42.360 00:14:42.370 if I replace these I wanted to be
00:14:43.500 00:14:43.510 topping any chill into these igneous
00:14:44.730 00:14:44.740 rock tiles and wasting the cold okay so
00:14:51.000 00:14:51.010 once that's done and that's tidied up
00:14:52.920 00:14:52.930 you know we can actually do some of the
00:14:54.360 00:14:54.370 plumbing now though I can't do an awful
00:14:56.400 00:14:56.410 lot of it to be honest and mmm we're
00:14:59.520 00:14:59.530 gonna have to start using insulation
00:15:00.600 00:15:00.610 from over here on up because that's
00:15:04.080 00:15:04.090 going to be interacting with stuff but
00:15:05.310 00:15:05.320 before it gets to that we can just use
00:15:07.560 00:15:07.570 whatever we like
00:15:08.700 00:15:08.710 doesn't really matter out here because
00:15:10.500 00:15:10.510 in vacuum it's not actually going to
00:15:12.720 00:15:12.730 affect the temperature transfer though
00:15:14.520 00:15:14.530 away we'll have to replace all of these
00:15:16.110 00:15:16.120 segments here with ladders as well
00:15:18.610 00:15:18.620 actually we'll fill to you first okay so
00:15:24.829 00:15:24.839 what I'll do is I just cut it out here
00:15:26.750 00:15:26.760 for a bit and we'll jump back in in a
00:15:27.980 00:15:27.990 second once I've got some more of this
00:15:29.060 00:15:29.070 done up actually before I fire this up
00:15:32.569 00:15:32.579 there's one thing I forgotten I have to
00:15:34.009 00:15:34.019 actually pressurize this thing with gas
00:15:35.480 00:15:35.490 so it actually had something to drain
00:15:37.280 00:15:37.290 the heat out of the steam turbine with I
00:15:39.319 00:15:39.329 think for that we'll just going to run
00:15:42.110 00:15:42.120 right over here I believe I have an
00:15:43.910 00:15:43.920 oxygen line that goes to telescope
00:15:47.420 00:15:47.430 so let's go yes telescope telescope I'm
00:15:50.090 00:15:50.100 not using any more but so that case no
00:15:52.850 00:15:52.860 one needs the oxygen yeah well siphon
00:15:54.500 00:15:54.510 that in there and we can actually feel
00:15:55.819 00:15:55.829 start filling up that area with oxygen
00:15:57.290 00:15:57.300 ooh should probably get ready to seal
00:16:01.069 00:16:01.079 that up first so let's maybe prioritize
00:16:03.350 00:16:03.360 the pieces that are in there yeah that's
00:16:05.060 00:16:05.070 a good idea
00:16:06.430 00:16:06.440 and we can seal that sucker off and
00:16:08.540 00:16:08.550 actually just start pumping in the gas
00:16:09.650 00:16:09.660 and we're actually up to new recruit
00:16:12.800 00:16:12.810 number fifteen over here wait seven
00:16:16.430 00:16:16.440 that's the wrong one I want this one
00:16:21.759 00:16:21.769 wait a minute I think I tried to hire
00:16:24.350 00:16:24.360 him
00:16:24.860 00:16:24.870 didn't I hire someone like him last time
00:16:27.310 00:16:27.320 actually I do Harris 15 no this is new
00:16:29.930 00:16:29.940 recruit 16 interior decorator divers
00:16:33.500 00:16:33.510 long and unconstructive I don't care if
00:16:35.030 00:16:35.040 they can't build I just want more dupes
00:16:36.470 00:16:36.480 with divers lung and there's nothing in
00:16:38.210 00:16:38.220 there that will cause them to be bad
00:16:40.509 00:16:40.519 yeah this brings us up to 35 plus 641
00:16:45.410 00:16:45.420 dupes 41 dupes I'm actually getting
00:16:47.300 00:16:47.310 pretty lucky on the rules right about
00:16:48.530 00:16:48.540 now
00:16:49.000 00:16:49.010 anyway I could do a bit and of course I
00:16:52.730 00:16:52.740 forgot to put in the automation where
00:16:54.380 00:16:54.390 because of course I did so I have to
00:16:56.720 00:16:56.730 correct this whole thing open and
00:16:58.189 00:16:58.199 actually stick in the automation where
00:16:59.900 00:16:59.910 that just goes from there to there yeah
00:17:03.710 00:17:03.720 this is gonna take a minute and I gotta
00:17:06.590 00:17:06.600 figure out how to not let the water and
00:17:07.789 00:17:07.799 I'm an actress no need to watch me go
00:17:11.240 00:17:11.250 through this this enormous grind I'll
00:17:13.069 00:17:13.079 figure out some way of getting in there
00:17:14.120 00:17:14.130 I may have to just mop up the water and
00:17:15.439 00:17:15.449 reinstall the water again afterwards
00:17:17.120 00:17:17.130 otherwise I'm gonna drop that water down
00:17:18.530 00:17:18.540 on top of the super coolant anyway back
00:17:21.919 00:17:21.929 to you in a minute yeah I just mopped
00:17:24.289 00:17:24.299 the water ration it's fine it's fine to
00:17:27.260 00:17:27.270 be expected I always make one or two
00:17:28.940 00:17:28.950 mistakes anytime I'm building well
00:17:31.220 00:17:31.230 anything I'm up to DUP cracked it open
00:17:33.919 00:17:33.929 fixed it up now we're gonna seal it back
00:17:35.720 00:17:35.730 up we add in the water and get back
00:17:37.070 00:17:37.080 going well we'll just have it on skip
00:17:39.380 00:17:39.390 forward in time here so after a few
00:17:42.159 00:17:42.169 minor setbacks we were just about ready
00:17:44.690 00:17:44.700 to fire this up just a hook in the
00:17:46.880 00:17:46.890 oxygen here and now that we've actually
00:17:48.110 00:17:48.120 got it sealed and then we can actually
00:17:49.400 00:17:49.410 get this get the coolant going in here
00:17:51.650 00:17:51.660 well this will cool this box this box
00:17:54.200 00:17:54.210 will cool this box this will cool this
00:17:55.669 00:17:55.679 area to make sure the steam turbine
00:17:56.750 00:17:56.760 doesn't overheat down here we're going
00:17:59.120 00:17:59.130 to put in some super coolant whenever
00:18:00.740 00:18:00.750 they get around to delivering me some
00:18:02.360 00:18:02.370 super coolant yeah you guys gonna get on
00:18:05.810 00:18:05.820 that
00:18:05.990 00:18:06.000 ona balota bottle that's probably what I
00:18:07.909 00:18:07.919 should have done it so that'll allow us
00:18:09.680 00:18:09.690 to dump super coolant into the loop so
00:18:11.630 00:18:11.640 all we're going to do is we're gonna
00:18:13.130 00:18:13.140 grab a pipe and we're just going to grab
00:18:15.440 00:18:15.450 this here and we're going to dump it on
00:18:19.280 00:18:19.290 right across there and goddammit
00:18:26.710 00:18:26.720 okay well I can't don't put on right
00:18:28.850 00:18:28.860 across there that is the intake so what
00:18:31.070 00:18:31.080 will happen is little intake it and then
00:18:32.510 00:18:32.520 it won't do anything because it's
00:18:33.500 00:18:33.510 switched off by this automation and that
00:18:35.659 00:18:35.669 automation is off because there's no
00:18:37.039 00:18:37.049 liquid in that pipe so I need to
00:18:38.330 00:18:38.340 actually put in a liquid over here
00:18:42.909 00:18:42.919 second yeah slight change in plan hey
00:18:48.560 00:18:48.570 plumbing will deconstruct that then
00:18:52.130 00:18:52.140 we'll run it over there and we can dump
00:18:53.630 00:18:53.640 it in at this end no big deal no big
00:18:56.360 00:18:56.370 deal a minor inconvenience here we go so
00:19:02.030 00:19:02.040 we just hopped out across there feed
00:19:03.650 00:19:03.660 that in and then we have super coolant
00:19:05.060 00:19:05.070 flowing around that loop I should
00:19:07.159 00:19:07.169 probably know I won't shut this off
00:19:08.600 00:19:08.610 until I get a bit more super current I'm
00:19:09.950 00:19:09.960 going to need a lot of super coolant
00:19:11.720 00:19:11.730 here this is going to be a rather large
00:19:13.400 00:19:13.410 loop we're running and okay this small
00:19:15.169 00:19:15.179 loop will fill it no problems that'll be
00:19:16.970 00:19:16.980 nice and quick but I will grab a second
00:19:18.770 00:19:18.780 load right now because I am going to
00:19:20.060 00:19:20.070 need a lot more super current before
00:19:21.200 00:19:21.210 this is all said and done
00:19:22.480 00:19:22.490 yeah as stated previously this is
00:19:25.159 00:19:25.169 ridiculously over-the-top build well not
00:19:28.640 00:19:28.650 really going over the top just a very
00:19:30.919 00:19:30.929 late-game build if you have an automated
00:19:32.450 00:19:32.460 rockets this is not something you're
00:19:33.890 00:19:33.900 probably going to be thinking of doing
00:19:35.030 00:19:35.040 and how are we looking
00:19:36.470 00:19:36.480 come on finish that last one
00:19:39.030 00:19:39.040 right and this is said to if the super
00:19:42.840 00:19:42.850 coolant is above minus 240 degrees if
00:19:46.200 00:19:46.210 it's above minus 240 as in it's a 100
00:19:49.110 00:19:49.120 degrees then it will activate this
00:19:51.090 00:19:51.100 machine which will tell it 8:00 she
00:19:52.890 00:19:52.900 returned some more and there we go
00:19:56.630 00:19:56.640 fully loaded now I just got to reverse
00:20:00.390 00:20:00.400 the flow on this and send it back to the
00:20:02.160 00:20:02.170 pump and wonder would that work once I
00:20:08.700 00:20:08.710 can actually want to try something here
00:20:09.870 00:20:09.880 instead of a I'll disable the pump for a
00:20:12.810 00:20:12.820 bit can that flow through the green I
00:20:27.650 00:20:27.660 just receive reversing the flow and
00:20:29.940 00:20:29.950 actually will that liquid actually push
00:20:31.890 00:20:31.900 all the way back through here and dump
00:20:33.330 00:20:33.340 out just we can be in 280 constructing
00:20:35.730 00:20:35.740 the pump every time
00:20:42.140 00:20:42.150 well yeah it works that actually
00:20:44.880 00:20:44.890 convenient way to get those liquid back
00:20:47.160 00:20:47.170 in the tank now this does have a long
00:20:50.820 00:20:50.830 way to go I have to chill this tank down
00:20:53.100 00:20:53.110 to minus 240 before I can move on well
00:20:56.790 00:20:56.800 before I can proceed with the complete
00:20:58.200 00:20:58.210 changeover so I'm gonna let this run in
00:21:00.120 00:21:00.130 the background and I'm also gonna dump
00:21:01.500 00:21:01.510 in some more oxygen there's not enough
00:21:02.820 00:21:02.830 oxygen in there it's the temperature
00:21:03.900 00:21:03.910 getting up to dangerously higher than
00:21:06.600 00:21:06.610 I'd like there's more chill being
00:21:10.020 00:21:10.030 applied into here but is it enough just
00:21:11.940 00:21:11.950 yet you know what more oxygen I don't
00:21:14.640 00:21:14.650 think there was enough oxygen in that
00:21:15.570 00:21:15.580 pipe to fill it up too much I think what
00:21:16.680 00:21:16.690 about pressure we got in there you know
00:21:17.970 00:21:17.980 what I'll sort that off-screen basically
00:21:20.250 00:21:20.260 just gonna dump in some more gas in
00:21:21.420 00:21:21.430 there that'll hopefully counteract any
00:21:23.280 00:21:23.290 heat issues because if that locks up I'm
00:21:24.930 00:21:24.940 going to have problems in the meantime
00:21:27.150 00:21:27.160 I'm going to let that cool that all the
00:21:29.280 00:21:29.290 way down to icy cold and do some minor
00:21:31.290 00:21:31.300 changes around here and get ready for
00:21:32.700 00:21:32.710 decommissioning this entire row it
00:21:35.240 00:21:35.250 shouldn't take too long well screen time
00:21:37.620 00:21:37.630 wise it won't take too long now well
00:21:40.170 00:21:40.180 this is working its way up to operating
00:21:43.110 00:21:43.120 temperature what I want to do is
00:21:44.640 00:21:44.650 actually start prepping this place for
00:21:45.930 00:21:45.940 demolition yeah first thing I got to do
00:21:48.090 00:21:48.100 is get rid of this cooling loop just
00:21:49.230 00:21:49.240 cooling loop is going to cause me
00:21:50.520 00:21:50.530 problems if I leave it
00:21:51.740 00:21:51.750 so let's just slice it off so this is
00:21:56.520 00:21:56.530 where we're going to be chopping putting
00:21:58.140 00:21:58.150 a wall through so we'll just yeah right
00:22:01.710 00:22:01.720 there I suppose seems like the best bet
00:22:03.320 00:22:03.330 I'll just plop that there and then we'll
00:22:05.910 00:22:05.920 be left with this loop here which we
00:22:07.200 00:22:07.210 have to demolish though if I do too much
00:22:09.060 00:22:09.070 that's gonna fall down on top of these
00:22:10.290 00:22:10.300 you know what I don't care we can mop it
00:22:12.180 00:22:12.190 up it'll be the least of our worries in
00:22:14.090 00:22:14.100 fact let's just demolished a whole lot
00:22:17.550 00:22:17.560 of it right now everyone still has
00:22:19.500 00:22:19.510 access to this area because of the there
00:22:22.410 00:22:22.420 was a small meteor shower that caused a
00:22:24.060 00:22:24.070 few minor issues so I restored access
00:22:27.600 00:22:27.610 for all my duplicates to this area but
00:22:29.610 00:22:29.620 once that's demolished I'm gonna been a
00:22:31.320 00:22:31.330 timer though because some of these
00:22:32.340 00:22:32.350 drills will start to overheat they're
00:22:33.510 00:22:33.520 still made of steel these are the steel
00:22:34.950 00:22:34.960 drills that were put in a very very very
00:22:38.220 00:22:38.230 long time ago
00:22:39.030 00:22:39.040 yeah is that looking it's still rotating
00:22:44.490 00:22:44.500 but not very fast I think the problem
00:22:46.440 00:22:46.450 here is that there's a little bit too
00:22:48.000 00:22:48.010 much liquid in the system so it's
00:22:49.260 00:22:49.270 clogging it up yeah we'll just
00:22:51.270 00:22:51.280 deconstruct that replace it and that
00:22:54.870 00:22:54.880 slight loss of petroleum should give us
00:22:56.910 00:22:56.920 enough space that it will actually
00:22:58.050 00:22:58.060 rotate properly never is that petroleum
00:23:00.330 00:23:00.340 going
00:23:00.840 00:23:00.850 yeah it'll a whole bunch of it'll fall
00:23:03.000 00:23:03.010 out to vacuum I can mop up the rest it's
00:23:04.470 00:23:04.480 left over and next up I'm going to
00:23:07.680 00:23:07.690 actually have to finish in the the
00:23:10.050 00:23:10.060 drywall backing all the way along the
00:23:11.460 00:23:11.470 bottom and then I'm just gonna have to
00:23:12.630 00:23:12.640 start getting ready to rip this sucker
00:23:14.130 00:23:14.140 apart
00:23:15.980 00:23:15.990 what the hell Bradley I thought you were
00:23:19.410 00:23:19.420 on my team how did you even get up there
00:23:22.280 00:23:22.290 that's it just makes no sense it boggles
00:23:25.650 00:23:25.660 the mind yeah we're going to have to get
00:23:28.950 00:23:28.960 you some emergency out of there right to
00:23:31.290 00:23:31.300 hell now please tell me that liquid is
00:23:34.410 00:23:34.420 going somewhere where it's not going to
00:23:35.640 00:23:35.650 end up contaminating something okay come
00:23:38.910 00:23:38.920 on get Bradley out of there how our
00:23:45.270 00:23:45.280 regulus dropped and forced them up so
00:23:47.190 00:23:47.200 the doors opened a regular trapped air
00:23:48.630 00:23:48.640 and they ended up okay you better be
00:23:51.810 00:23:51.820 able to get back to base
00:23:54.050 00:23:54.060 yeah let's have a quick let's have a
00:23:57.120 00:23:57.130 quick follow now just imagine the Benny
00:23:58.860 00:23:58.870 Hill theme song playing as this goes on
00:24:06.900 00:24:06.910 whoa trapped up there still managed to
00:24:09.760 00:24:09.770 do all of that yeah where did the mess
00:24:11.680 00:24:11.690 go and mess you to drop straight down
00:24:13.540 00:24:13.550 mean tell it by the pump yeah and there
00:24:17.770 00:24:17.780 it is there's the mess seven hundred and
00:24:19.990 00:24:20.000 forty five grams of polluted water
00:24:21.340 00:24:21.350 dumped straight into the system I love
00:24:24.040 00:24:24.050 it when a plan comes together
00:24:25.480 00:24:25.490 that worked out perfectly that it'll
00:24:26.980 00:24:26.990 mess thing I wasn't gonna put it in I
00:24:29.680 00:24:29.690 thought it'll never happen anymore but
00:24:31.060 00:24:31.070 you know what it will it always will
00:24:33.340 00:24:33.350 happen right down here I'm just putting
00:24:36.340 00:24:36.350 in the power grid a quick tip when
00:24:39.340 00:24:39.350 you're putting in one of these
00:24:40.060 00:24:40.070 everything here droves 120 watts the
00:24:42.280 00:24:42.290 bunker doors the sweepers the loaders
00:24:44.350 00:24:44.360 and the drills they're all 120 watts so
00:24:46.120 00:24:46.130 you can play 16 of them on one two
00:24:48.100 00:24:48.110 kilowatt wire and it won't go overlooked
00:24:50.290 00:24:50.300 it won't to go above two kilowatts I
00:24:52.270 00:24:52.280 think it's one point nine something
00:24:53.730 00:24:53.740 kilowatts is what it'll draw so 16
00:24:56.350 00:24:56.360 devices these bunker doors are 16 bunker
00:24:59.920 00:24:59.930 doors wide which means one power wire
00:25:01.420 00:25:01.430 will run all of them 16 bunker doors
00:25:03.430 00:25:03.440 wide at the top as well so basically I
00:25:05.380 00:25:05.390 can run this whole thing off three and a
00:25:07.330 00:25:07.340 half wires this wire here will of course
00:25:09.190 00:25:09.200 be sure to turn a drawing 720 though I
00:25:12.220 00:25:12.230 think I'm gonna put a couple of space
00:25:13.690 00:25:13.700 scanners on that just just because
00:25:15.870 00:25:15.880 anyway we're still waiting on this mmm
00:25:19.620 00:25:19.630 beast to actually cool down enough we're
00:25:22.810 00:25:22.820 still a long way from the minus 240 so
00:25:24.700 00:25:24.710 I'm gonna do some more skipping forward
00:25:26.230 00:25:26.240 tidying up and general just making sure
00:25:28.840 00:25:28.850 everything's sorted actually looking on
00:25:30.660 00:25:30.670 printables yeah no one knew yeah we'll
00:25:35.740 00:25:35.750 print some sand why not actually how
00:25:37.360 00:25:37.370 we're looking for a filtration medium
00:25:38.530 00:25:38.540 yeah at some point I'm gonna actually
00:25:39.610 00:25:39.620 have to start setting aside regular for
00:25:41.320 00:25:41.330 the rest of the base I'm living off sand
00:25:42.940 00:25:42.950 for now yeah never mind yeah I'll just
00:25:46.030 00:25:46.040 cut forward and cut back in when we have
00:25:48.100 00:25:48.110 some more work to do so the cooling is
00:25:50.890 00:25:50.900 taking a lot longer than anticipated
00:25:52.840 00:25:52.850 well okay I kind of need to take a long
00:25:54.490 00:25:54.500 time getting down there chilled is well
00:25:56.950 00:25:56.960 we learned that with the Sarah gas
00:25:57.970 00:25:57.980 boiler anyway so I'm gonna do here is
00:26:00.340 00:26:00.350 I'm just gonna run these this piping up
00:26:01.960 00:26:01.970 yeah how high I need to bring us I'm not
00:26:05.860 00:26:05.870 quite sure I'm gonna actually have to go
00:26:07.390 00:26:07.400 back and consult my diagram
00:26:09.470 00:26:09.480 one second okay it's like I got it third
00:26:13.100 00:26:13.110 row down from the top I actually want to
00:26:14.600 00:26:14.610 run this one so one two three yeah bet
00:26:18.230 00:26:18.240 here so we're gonna start a cooling loop
00:26:20.539 00:26:20.549 going all the way across you're made out
00:26:22.340 00:26:22.350 of gold
00:26:23.000 00:26:23.010 never never second cooling coming back
00:26:25.430 00:26:25.440 here that's going to be the return flow
00:26:26.870 00:26:26.880 I want to make sure these are a
00:26:31.580 00:26:31.590 stretched out as possible
00:26:33.159 00:26:33.169 did I make those that yridian pipes
00:26:35.180 00:26:35.190 please tell me there's a radiant okay
00:26:37.490 00:26:37.500 they're all you you should not be
00:26:41.389 00:26:41.399 radiant you should be ceramic yeah so
00:26:45.860 00:26:45.870 the plan here is to get insulated pipes
00:26:47.419 00:26:47.429 all the way up to here and then dump
00:26:49.639 00:26:49.649 about there into radiant and that's
00:26:51.470 00:26:51.480 insulated so you like that and you're
00:26:54.680 00:26:54.690 gonna hook it to the radiant pipes and
00:26:55.970 00:26:55.980 then it's a big long string radiant
00:26:58.220 00:26:58.230 pipes all the way to the end we're
00:27:00.889 00:27:00.899 basically trying to chill down all the
00:27:02.240 00:27:02.250 carbon dioxide that gets trapped in here
00:27:03.680 00:27:03.690 and actually put in a bridge here just
00:27:06.019 00:27:06.029 to break flow if that calculation thing
00:27:08.360 00:27:08.370 is correct few bridges won't hurt it's
00:27:10.460 00:27:10.470 not really going to affect cooling that
00:27:11.600 00:27:11.610 much anyway now I'm using gold here
00:27:13.460 00:27:13.470 because gold is plentiful and I don't
00:27:14.960 00:27:14.970 know waster Miam I've already used a lot
00:27:16.909 00:27:16.919 of Thurman for everything else anyway
00:27:18.220 00:27:18.230 that here will be our cooling loop it's
00:27:22.009 00:27:22.019 gonna choke a bit there as it actually
00:27:23.210 00:27:23.220 builds the pipe segments so this ice box
00:27:25.580 00:27:25.590 here will get chilled down actually
00:27:27.590 00:27:27.600 loops there okay so this ice box here
00:27:34.850 00:27:34.860 will cool down then this cooling loop is
00:27:37.159 00:27:37.169 going to come around here pass through
00:27:39.379 00:27:39.389 these diamond tiles to soak up some
00:27:40.759 00:27:40.769 chill pass up here and go all the way
00:27:44.269 00:27:44.279 around the top so the coldest liquid
00:27:46.820 00:27:46.830 will be going along the top and
00:27:47.899 00:27:47.909 hopefully chilling any co2 down so it
00:27:49.909 00:27:49.919 actually condenses and then as it
00:27:52.009 00:27:52.019 returns it should hopefully condense
00:27:53.720 00:27:53.730 some more co2 worst-case scenario should
00:27:55.490 00:27:55.500 pre-chilled some Chi of co2 but so that
00:27:57.590 00:27:57.600 by the time it hits the top rope
00:27:58.789 00:27:58.799 it actually condenses then all the way
00:28:01.100 00:28:01.110 back down here goes back through flows
00:28:04.070 00:28:04.080 through here and the whole process
00:28:04.940 00:28:04.950 starts again now this one here is for
00:28:08.000 00:28:08.010 catching two co2
00:28:08.930 00:28:08.940 this cooling loop here it's only gonna
00:28:10.490 00:28:10.500 be cooling down to 54 degrees the reason
00:28:13.430 00:28:13.440 it's going down to 54 degrees is gonna
00:28:15.080 00:28:15.090 be passing through this bottom layer of
00:28:16.430 00:28:16.440 gold tiles all the way along the bottom
00:28:19.710 00:28:19.720 and for that is I think we get some
00:28:21.240 00:28:21.250 carbon dioxide here still pumping it in
00:28:24.049 00:28:24.059 content condensation point forty eight
00:28:26.340 00:28:26.350 point one so it condenses at forty eight
00:28:28.139 00:28:28.149 point one but if we check this appear
00:28:29.700 00:28:29.710 where is just give me the liquid carbon
00:28:31.379 00:28:31.389 dioxide we don't want it to freeze so it
00:28:35.159 00:28:35.169 freezes solid at fifty six point five so
00:28:38.039 00:28:38.049 that's why we're freezing it down to 58
00:28:41.389 00:28:41.399 fifty-four fifty-five I'll have to
00:28:43.680 00:28:43.690 double check - I think it's 55 anyway
00:28:45.210 00:28:45.220 just to be on the safe side and that
00:28:46.889 00:28:46.899 basically keeps the co2 from flashing
00:28:48.480 00:28:48.490 back into co2 gas in here and then it'll
00:28:51.029 00:28:51.039 all flow down here and collect in this
00:28:52.379 00:28:52.389 point at that point we can pump it off
00:28:54.389 00:28:54.399 and do whatever we want foolish it's
00:28:56.190 00:28:56.200 just a handy way of connecting us some
00:28:57.389 00:28:57.399 excess co2 so that we can dump it into
00:28:59.100 00:28:59.110 our sisters in larger sixty farms get
00:29:01.049 00:29:01.059 more oil get more natural gas get more
00:29:03.119 00:29:03.129 water basically and at the same time
00:29:05.190 00:29:05.200 we're going to have a nice big
00:29:05.999 00:29:06.009 collection fit here for Regulus normally
00:29:07.830 00:29:07.840 regulars can only accumulate for two
00:29:09.090 00:29:09.100 tiles up here we're going to let it
00:29:10.680 00:29:10.690 accumulate it up several tiles in here
00:29:12.119 00:29:12.129 if necessary before dropping down mining
00:29:14.399 00:29:14.409 it and sending it off to our shovels
00:29:16.070 00:29:16.080 anyway there's nothing really much else
00:29:18.720 00:29:18.730 we can do here until this actually
00:29:21.029 00:29:21.039 finishes its warm up or cool up cool
00:29:23.009 00:29:23.019 down until it's ready to go through
00:29:25.200 00:29:25.210 something really much else we can do
00:29:26.580 00:29:26.590 here at this point so I'll just cut this
00:29:28.320 00:29:28.330 out here for the time being okay that's
00:29:31.019 00:29:31.029 taking way too long I'm not hanging
00:29:32.610 00:29:32.620 around for that I'm gonna do it stretch
00:29:34.320 00:29:34.330 this little side project in the meantime
00:29:35.460 00:29:35.470 this naked scanner has to move the
00:29:38.549 00:29:38.559 reason being I'm going to be expanding
00:29:41.789 00:29:41.799 this regulus collection area so I can
00:29:43.139 00:29:43.149 get as much Regulus as possible and it's
00:29:44.669 00:29:44.679 going to stop about there so all of this
00:29:47.549 00:29:47.559 Regulus from over here this whole build
00:29:49.740 00:29:49.750 over here is going to eventually reach
00:29:51.180 00:29:51.190 over to this side when it does I well
00:29:54.389 00:29:54.399 this is going to have to be moved so I
00:29:55.740 00:29:55.750 might as well move this now and that way
00:29:57.840 00:29:57.850 I'll at least have the scanner up and
00:29:58.980 00:29:58.990 running while I'm decommissioning this
00:30:00.419 00:30:00.429 section so I've already started the
00:30:02.909 00:30:02.919 production over here though it's going
00:30:04.110 00:30:04.120 to be a slightly different design at the
00:30:07.049 00:30:07.059 moment here you see I've got these mesh
00:30:08.190 00:30:08.200 tiles here but everything here is made
00:30:09.389 00:30:09.399 of niobium so I'm just going to put a
00:30:11.009 00:30:11.019 thin layer of petroleum right here and
00:30:12.769 00:30:12.779 then that's it I'll fill in those a mesh
00:30:16.320 00:30:16.330 ties with bunker tiles wants to know the
00:30:18.769 00:30:18.779 petroleum is down and since the
00:30:21.180 00:30:21.190 petroleum is there it'll exchange heat
00:30:22.649 00:30:22.659 with these devices and the actual bunker
00:30:24.330 00:30:24.340 tiles and the bunker tiles will be
00:30:25.590 00:30:25.600 constantly hammered with meteors at
00:30:27.419 00:30:27.429 about 320 degrees which is plenty chill
00:30:30.990 00:30:31.000 enough for these things to actually
00:30:31.889 00:30:31.899 handle
00:30:32.910 00:30:32.920 so that actually be meteor cooled yes
00:30:35.160 00:30:35.170 we're going to use meteor cooling on our
00:30:36.750 00:30:36.760 drills because well why not
00:30:38.490 00:30:38.500 but first I'll just willed us in then I
00:30:40.800 00:30:40.810 can tear this whole thing down with
00:30:41.880 00:30:41.890 impunity yeah my scanner range will
00:30:45.450 00:30:45.460 suffer bish my Rockets may crash well
00:30:48.540 00:30:48.550 may crash through the bunker doors but
00:30:49.920 00:30:49.930 that's highly unlikely
00:30:50.610 00:30:50.620 it's very infrequent and usually takes
00:30:52.530 00:30:52.540 hundreds of cycles for that to happen
00:30:53.780 00:30:53.790 but yeah I'll just get this sorted I
00:30:57.030 00:30:57.040 should probably get this all up and
00:30:57.990 00:30:58.000 running long before the before the ice
00:31:00.000 00:31:00.010 box is ready to rumble yeah looks good
00:31:03.600 00:31:03.610 too chaotic right now but there's method
00:31:05.820 00:31:05.830 to the madness and sort of coming
00:31:07.410 00:31:07.420 together I basically just copy-paste
00:31:09.450 00:31:09.460 seeing it from the other side it seems
00:31:12.360 00:31:12.370 to be kind of working I will have to put
00:31:14.520 00:31:14.530 in some mesh tiles to do things but I
00:31:15.870 00:31:15.880 think this should work at a bit right
00:31:17.850 00:31:17.860 and it should actually connected she has
00:31:19.680 00:31:19.690 to bet the right size and I won't have
00:31:21.990 00:31:22.000 to demolish my Rockets I might actually
00:31:24.510 00:31:24.520 be a keep my whole rockets going through
00:31:25.830 00:31:25.840 this even when I do get up to 100 tubes
00:31:27.450 00:31:27.460 if I do this right and I've weighed me
00:31:30.000 00:31:30.010 with a little bit of luck as well
00:31:30.870 00:31:30.880 actually
00:31:31.530 00:31:31.540 ya know people are gonna tune themselves
00:31:33.110 00:31:33.120 oops maybe take out the ground floor
00:31:35.070 00:31:35.080 first yeah but uh I'll just go skip
00:31:38.640 00:31:38.650 forward a bit more the ice box is still
00:31:40.230 00:31:40.240 not ready but we're starting to look
00:31:42.030 00:31:42.040 like we'll have our naked scanner moved
00:31:43.620 00:31:43.630 quite shortly not pretty not pretty but
00:31:46.890 00:31:46.900 it's getting to where it needs to be and
00:31:49.250 00:31:49.260 thankfully this will be completely
00:31:51.060 00:31:51.070 maintenance-free unlike the previous
00:31:53.250 00:31:53.260 version which required a little bit of
00:31:54.660 00:31:54.670 cooling but yeah I'm gonna in fact the
00:31:57.870 00:31:57.880 cooling loop is still there from the old
00:31:59.520 00:31:59.530 one I'll have to I think I'll actually
00:32:01.230 00:32:01.240 use some of the droplets and petroleum
00:32:02.610 00:32:02.620 from that just to actually put a medium
00:32:04.650 00:32:04.660 down for these once of course I finish
00:32:07.170 00:32:07.180 off the top layer that was actually
00:32:09.360 00:32:09.370 relatively painless and we've got
00:32:12.420 00:32:12.430 another divers lung for the team that's
00:32:14.850 00:32:14.860 number 18 and that brings us up to 36
00:32:18.840 00:32:18.850 plus 6 and there are 42 we're up to 42
00:32:20.970 00:32:20.980 dupes Oh weed is another 58 this may
00:32:25.260 00:32:25.270 take a little time anyway well I'm still
00:32:27.450 00:32:27.460 working on this
00:32:28.820 00:32:28.830 naked scanner should we should be done
00:32:31.200 00:32:31.210 shortly and we can get to actually
00:32:32.520 00:32:32.530 turning on the regular servicing so the
00:32:36.960 00:32:36.970 transfer of control is almost complete
00:32:39.570 00:32:39.580 and what I've done here is I've actually
00:32:41.280 00:32:41.290 just said I Frankenstein the the actual
00:32:44.340 00:32:44.350 coolant loop that was going around here
00:32:45.730 00:32:45.740 and just made sure it passed all the
00:32:46.990 00:32:47.000 drills now that it's passed all of them
00:32:49.060 00:32:49.070 all they have to do is just deconstruct
00:32:50.860 00:32:50.870 one pipe segment over all of them that's
00:32:52.720 00:32:52.730 it that will drop ten kilos of oil right
00:32:56.110 00:32:56.120 on that spot that 10 key does it well
00:32:57.549 00:32:57.559 well hopefully mmm
00:32:58.960 00:32:58.970 okay I missed I'm that one that one's
00:33:01.000 00:33:01.010 not going to get up top I'll have to do
00:33:02.260 00:33:02.270 it all something about that but yeah
00:33:03.910 00:33:03.920 that's the general gist so you can see
00:33:06.690 00:33:06.700 little drops of oil there that will
00:33:08.890 00:33:08.900 actually allow the heat transfer between
00:33:10.480 00:33:10.490 them and the bunker tiles beneath them
00:33:12.100 00:33:12.110 and those bunker towers are gonna get
00:33:13.330 00:33:13.340 well you can end up with regulars on top
00:33:15.010 00:33:15.020 of them so that should hopefully keep
00:33:16.570 00:33:16.580 everything nice and chill and yeah
00:33:17.890 00:33:17.900 that's what I was afraid of that oil
00:33:19.000 00:33:19.010 didn't look there but general gist is
00:33:22.330 00:33:22.340 that just to put a few drops of
00:33:24.160 00:33:24.170 petroleum and you're good to go
00:33:25.419 00:33:25.429 I even got rid of the mesh tiles because
00:33:26.770 00:33:26.780 I realized this is the vacuum of space
00:33:28.060 00:33:28.070 and any liquid that does make it past
00:33:30.250 00:33:30.260 the drills will immediately evaporate
00:33:31.600 00:33:31.610 anyway so not really a big deal all in
00:33:34.720 00:33:34.730 all probably one of my smaller mistakes
00:33:36.030 00:33:36.040 and the builds I've been doing today
00:33:37.900 00:33:37.910 anyway I'll just finish this off and
00:33:40.150 00:33:40.160 then we can get back to doing the
00:33:41.380 00:33:41.390 regulars catcher I don't know where
00:33:43.330 00:33:43.340 whether I'm just noticing the printables
00:33:45.160 00:33:45.170 more and actually clicking on them or
00:33:46.780 00:33:46.790 maybe I'm just getting really good rolls
00:33:48.460 00:33:48.470 but that's that's nineteen new recruits
00:33:50.980 00:33:50.990 since we started this so yeah rip 243
00:33:57.180 00:33:57.190 still not great I prefer to get to the
00:33:59.350 00:33:59.360 50 mark sooner rather than later but
00:34:00.840 00:34:00.850 yeah I think we're doing pretty well
00:34:02.710 00:34:02.720 this run this is almost finished I'm
00:34:04.900 00:34:04.910 just doing a bit of tidy up and I'm
00:34:06.370 00:34:06.380 moving the shipping rail for this for
00:34:08.230 00:34:08.240 this one I am running the shipping rails
00:34:09.760 00:34:09.770 actually through these I want to see if
00:34:11.590 00:34:11.600 this will actually work out basically so
00:34:14.200 00:34:14.210 long as this is outputting none of these
00:34:15.849 00:34:15.859 can I put so should work well we'll see
00:34:19.899 00:34:19.909 what happens yeah that's just gonna feed
00:34:21.820 00:34:21.830 down in there and I'm just gonna
00:34:22.690 00:34:22.700 deconstruct the old one this is actually
00:34:24.639 00:34:24.649 giving me back an awful lot of iron ore
00:34:26.770 00:34:26.780 I'd actually dumped a huge amount into
00:34:29.020 00:34:29.030 shipping rails and this should free up a
00:34:31.060 00:34:31.070 lot especially since I'm not using the
00:34:32.260 00:34:32.270 bridges anymore their bridges are
00:34:34.419 00:34:34.429 actually 400 I believe which the bridges
00:34:36.369 00:34:36.379 cost
00:34:36.700 00:34:36.710 yeah bridges they're 400 conveyors even
00:34:38.710 00:34:38.720 a 100 so this modification is actually
00:34:41.349 00:34:41.359 saving me a lot of resources while I'm
00:34:42.790 00:34:42.800 at it anyway this is almost ready to be
00:34:45.879 00:34:45.889 opened up I just got to do a little bit
00:34:48.340 00:34:48.350 of tidy up and get rid of these old
00:34:49.629 00:34:49.639 pipes the shortening of this cooling
00:34:52.389 00:34:52.399 loop means that there is just so much
00:34:54.220 00:34:54.230 excess petroleum in these pipes that I
00:34:55.990 00:34:56.000 do not need so the whole thing is just
00:34:57.250 00:34:57.260 gonna go no more pipes required any
00:35:00.010 00:35:00.020 or this whole thing is now space cooled
00:35:02.020 00:35:02.030 well meteor cooled it is the joy of
00:35:04.810 00:35:04.820 space metals they make things so much
00:35:07.030 00:35:07.040 simpler anyway cut the surfs here and
00:35:11.080 00:35:11.090 come back in when we've got the when
00:35:12.880 00:35:12.890 when we've got it ready to roll
00:35:14.490 00:35:14.500 and welcome to the grand opening or the
00:35:17.980 00:35:17.990 grand reopening I was in hey kid scanner
00:35:20.430 00:35:20.440 this is actually going to become my only
00:35:22.690 00:35:22.700 scanner I'm thinking I'm actually going
00:35:24.910 00:35:24.920 to decommission all the rest getting by
00:35:26.320 00:35:26.330 with one scanner should be doable if I
00:35:28.210 00:35:28.220 take there's some sneaky little things I
00:35:31.330 00:35:31.340 can do to make it work at the moment
00:35:33.880 00:35:33.890 let's to close it oh that means the
00:35:35.590 00:35:35.600 other scanners not working which means
00:35:36.880 00:35:36.890 it's closed the doors which means
00:35:38.110 00:35:38.120 there's probably no that's the doors
00:35:40.000 00:35:40.010 place the other scanner not doing
00:35:41.470 00:35:41.480 anything mm-hmm
00:35:46.200 00:35:46.210 interference from your okay you're at a
00:35:48.040 00:35:48.050 hundred percent oh yes the other one is
00:35:49.480 00:35:49.490 still blocked because I have an extra
00:35:51.040 00:35:51.050 you know do you Commission the roof as
00:35:52.540 00:35:52.550 of yet but soon hey the ice box is still
00:36:00.490 00:36:00.500 not ready at it's taking God knows how
00:36:02.200 00:36:02.210 long in fact for the second one of these
00:36:03.790 00:36:03.800 I'm gonna start to commission I'm gonna
00:36:05.380 00:36:05.390 build the ice box first then start
00:36:07.060 00:36:07.070 working on everything else it takes way
00:36:08.680 00:36:08.690 too long to get one of those up and
00:36:09.850 00:36:09.860 running in my defense this is my first
00:36:11.980 00:36:11.990 time building the the co2 capture /
00:36:15.940 00:36:15.950 Regulus capture build in an actual
00:36:18.010 00:36:18.020 playthrough so I didn't realize how long
00:36:19.780 00:36:19.790 would it take for it to cool down now
00:36:22.140 00:36:22.150 and I'm making just decommission this
00:36:24.400 00:36:24.410 jacket so that's basically yes I think
00:36:27.310 00:36:27.320 we've managed to actually remove this
00:36:30.250 00:36:30.260 entire thing from one side to the other
00:36:31.840 00:36:31.850 and that should be the end of it you can
00:36:34.300 00:36:34.310 also click Moschino yep keep going oh
00:36:39.930 00:36:39.940 and you can do it no think about it
00:36:45.120 00:36:45.130 if you type this just perfectly you can
00:36:46.920 00:36:46.930 actually get one duped decommission the
00:36:48.420 00:36:48.430 entire stairs as they go across oh yeah
00:36:51.600 00:36:51.610 they're getting a little bit confused at
00:36:53.070 00:36:53.080 this point their games been gone a
00:36:54.450 00:36:54.460 little bit long and there's an awful lot
00:36:55.740 00:36:55.750 of stuff going on speaking of which I am
00:36:58.110 00:36:58.120 running out of time it's getting rather
00:36:59.550 00:36:59.560 late and I have stuff to do tomorrow so
00:37:01.440 00:37:01.450 I can't be staying up and going too
00:37:03.150 00:37:03.160 crazy at this yeah let's have a quick
00:37:05.580 00:37:05.590 check on the icebox over here how are we
00:37:09.960 00:37:09.970 looking
00:37:11.570 00:37:11.580 yep still not even close I think I'm
00:37:14.610 00:37:14.620 gonna have to cut this one out here
00:37:15.750 00:37:15.760 unfortunately we'll come back to this in
00:37:17.940 00:37:17.950 the next episode on Friday and I will
00:37:20.520 00:37:20.530 we'll finish it off I don't care I'll
00:37:22.470 00:37:22.480 basically get this prepped I can let
00:37:23.910 00:37:23.920 this roll in the background and
00:37:24.990 00:37:25.000 eventually this will when this is ready
00:37:26.490 00:37:26.500 to go we can just hook this all up it's
00:37:28.560 00:37:28.570 actually pretty quick to set up well I'm
00:37:30.570 00:37:30.580 going to say it's pretty quick to set up
00:37:31.920 00:37:31.930 but I don't trust myself
00:37:33.060 00:37:33.070 the reason being you can just basically
00:37:34.740 00:37:34.750 cut all the way across here and just
00:37:36.480 00:37:36.490 replace some stuff and no you need to go
00:37:38.580 00:37:38.590 with cool cross here and it should be
00:37:41.850 00:37:41.860 just a case to decommissioning the old
00:37:43.110 00:37:43.120 stuff and letting this new stuff take
00:37:44.520 00:37:44.530 over and hooking up the power that
00:37:47.070 00:37:47.080 should be yes oh and I'll have to run an
00:37:48.390 00:37:48.400 automation wire all the way over from
00:37:49.950 00:37:49.960 the the new scanner I'm not going to use
00:37:52.200 00:37:52.210 this one this one's going to be
00:37:53.010 00:37:53.020 decommissioned and replaced as well but
00:37:55.410 00:37:55.420 apologies we didn't get that other build
00:37:57.420 00:37:57.430 finished but it's just the way the
00:37:58.680 00:37:58.690 cookie crumbles I'm afraid hope you
00:38:01.710 00:38:01.720 enjoyed and good luck
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