Petroleum Power & Oil Cooled Metal Refinery! _ Oxygen Not Included LAUNCH UPGRADE #31 [Let's Play]

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Kind: captions
Language: en

00:00:00.030
hey everybody and welcome back to some
00:00:03.139 00:00:03.149 more oxygen not included were back once
00:00:06.320 00:00:06.330 again it's cycle 510 and in the last
00:00:09.379 00:00:09.389 episode we were working on this set up
00:00:11.720 00:00:11.730 down here turning our crude oil into
00:00:14.030 00:00:14.040 petroleum and a 1 to 1 ratio by raising
00:00:16.700 00:00:16.710 at the temperature of the crude oil all
00:00:18.290 00:00:18.300 the way up to 400 degrees Celsius by
00:00:20.990 00:00:21.000 harnessing the power of the magma down
00:00:22.939 00:00:22.949 here now some people in the comment
00:00:24.950 00:00:24.960 section did point out two potential
00:00:26.420 00:00:26.430 flaws with this system and I do still
00:00:28.370 00:00:28.380 stand that it is a little bit messy
00:00:30.019 00:00:30.029 right now and definitely could be a
00:00:31.490 00:00:31.500 little bit cleaner but for the most part
00:00:32.990 00:00:33.000 it works and so I'm quite happy with the
00:00:35.209 00:00:35.219 system as a whole but one key thing that
00:00:38.540 00:00:38.550 was pointed out to me is that the door
00:00:40.520 00:00:40.530 right now specifically this door right
00:00:41.930 00:00:41.940 here that stops the petroleum flowing
00:00:44.209 00:00:44.219 out if the room gets too cold if it
00:00:46.369 00:00:46.379 falls below 410 degrees Celsius this
00:00:49.250 00:00:49.260 door is currently deleting little bits
00:00:51.950 00:00:51.960 of petroleum every time that it closes
00:00:53.660 00:00:53.670 and so really we want to try and make
00:00:55.459 00:00:55.469 sure that this door closes as
00:00:56.750 00:00:56.760 infrequently as possible and so to
00:00:59.389 00:00:59.399 remedy that what I'm thinking of doing
00:01:01.040 00:01:01.050 here is essentially getting rid of these
00:01:03.860 00:01:03.870 two pieces of automation oil I'm putting
00:01:06.170 00:01:06.180 down a second thermal sensor right here
00:01:08.840 00:01:08.850 on the end so this thermal sensor is
00:01:11.359 00:01:11.369 gonna open this store if the temperature
00:01:13.100 00:01:13.110 falls below 410 degree Celsius those
00:01:15.830 00:01:15.840 heating up all the oil and turning it
00:01:17.630 00:01:17.640 into petroleum 410 is high enough above
00:01:20.300 00:01:20.310 400 that it should guarantee that the
00:01:22.340 00:01:22.350 oil has turned into petroleum on the
00:01:24.859 00:01:24.869 other side here I'm gonna put a thermal
00:01:26.390 00:01:26.400 sensor right about there and they've
00:01:29.870 00:01:29.880 updated the game all of these textures
00:01:32.210 00:01:32.220 are new now there's a lot more green on
00:01:33.740 00:01:33.750 this page and that was before I also
00:01:35.600 00:01:35.610 noticed that there's now a new little
00:01:37.340 00:01:37.350 resource drop down in the top right here
00:01:39.289 00:01:39.299 as well this is new I quite like it I
00:01:40.940 00:01:40.950 like that we don't have to have our
00:01:42.319 00:01:42.329 resources displayed on screen at all
00:01:44.359 00:01:44.369 times
00:01:45.170 00:01:45.180 but anyway getting back to the door here
00:01:47.359 00:01:47.369 my plan essentially is to put down a
00:01:49.219 00:01:49.229 second thermo sensor again made out of
00:01:51.139 00:01:51.149 tungsten but this one is going to only
00:01:53.359 00:01:53.369 close this door if the temperature falls
00:01:55.670 00:01:55.680 below 400 degrees so realistically I
00:01:59.179 00:01:59.189 don't think that should ever happen
00:02:00.319 00:02:00.329 watching the system in action it seems
00:02:02.300 00:02:02.310 like the oil never makes it over to this
00:02:04.069 00:02:04.079 end of the room and so realistically I'm
00:02:06.080 00:02:06.090 hoping this airlock should never close
00:02:07.789 00:02:07.799 but just on the off chance that
00:02:09.380 00:02:09.390 whichever liquid is here makes it below
00:02:11.330 00:02:11.340 400 degrees Celsius we will have
00:02:13.360 00:02:13.370 like a fail-safe so that we can close
00:02:15.100 00:02:15.110 this mechanized airlock if and when any
00:02:16.930 00:02:16.940 crude oil makes it to this side of the
00:02:19.240 00:02:19.250 base so we'll go ahead and we'll bump
00:02:20.680 00:02:20.690 that up to a priority eight we'll let
00:02:22.059 00:02:22.069 them go and throw those items down
00:02:23.979 00:02:23.989 whilst they're doing that another thing
00:02:25.780 00:02:25.790 that I do want to work on at the start
00:02:27.399 00:02:27.409 of today's episode is our thermal aqua
00:02:29.890 00:02:29.900 tuna over here because right now you may
00:02:32.289 00:02:32.299 remember at the end of the last episode
00:02:34.210 00:02:34.220 I changed things up a little bit to
00:02:36.580 00:02:36.590 where now any of the excess hot water
00:02:38.800 00:02:38.810 that's coming from our steam turbines if
00:02:41.229 00:02:41.239 there is no space in our liquid
00:02:43.149 00:02:43.159 reservoirs which there currently isn't
00:02:44.589 00:02:44.599 they're all full to the brim if there
00:02:46.839 00:02:46.849 isn't any space there the hot water
00:02:48.250 00:02:48.260 which is right now open 80 degrees
00:02:50.830 00:02:50.840 Celsius is currently pumped around down
00:02:52.930 00:02:52.940 and through with the thermo Equatoria
00:02:54.699 00:02:54.709 which does cool it down a little bit
00:02:56.140 00:02:56.150 bring it down to about 50 degrees
00:02:57.670 00:02:57.680 Celsius but still at some very hot water
00:02:59.830 00:02:59.840 going up and into the base and as you
00:03:02.080 00:03:02.090 can see already and we're starting to
00:03:03.550 00:03:03.560 creep back into that rather hot
00:03:05.830 00:03:05.840 territory especially up here you can see
00:03:07.780 00:03:07.790 there's been some rather hot water here
00:03:09.789 00:03:09.799 the tile is currently at 75 degrees
00:03:11.800 00:03:11.810 Celsius which is definitely a little bit
00:03:13.750 00:03:13.760 too hot for my liking and so what I am
00:03:16.240 00:03:16.250 thinking of doing here is setting up a
00:03:18.039 00:03:18.049 liquid shutoff valve that will allow us
00:03:21.250 00:03:21.260 to only send cold water or water below a
00:03:24.069 00:03:24.079 certain temperature let's say 25 degrees
00:03:26.050 00:03:26.060 Celsius
00:03:26.620 00:03:26.630 background and into the base and any
00:03:28.509 00:03:28.519 water that is above that temperature
00:03:29.770 00:03:29.780 when it comes out of the thermo aqua
00:03:31.659 00:03:31.669 tuna will instead be cycled back round
00:03:33.729 00:03:33.739 to go through the aqua tuna for a second
00:03:36.129 00:03:36.139 time that way I think we can prevent any
00:03:38.259 00:03:38.269 super hot water going into the base and
00:03:40.629 00:03:40.639 raising the temperature of this whole
00:03:42.250 00:03:42.260 area we could potentially run into an
00:03:44.439 00:03:44.449 issue with throughput if we can't
00:03:46.180 00:03:46.190 process enough water fast enough like we
00:03:48.490 00:03:48.500 can't cool it down quick enough to
00:03:50.349 00:03:50.359 provide water for the entire base it
00:03:51.819 00:03:51.829 could be an issue but I'm gonna try and
00:03:53.319 00:03:53.329 nonetheless what I'm gonna do is I'm
00:03:54.819 00:03:54.829 gonna delete a couple of these pipes for
00:03:56.619 00:03:56.629 now that is gonna cause a bit of a
00:03:57.939 00:03:57.949 spillage on the ground but I think that
00:03:59.110 00:03:59.120 is fine for the time being and also real
00:04:01.390 00:04:01.400 quick I am going to delete this tile
00:04:03.580 00:04:03.590 here as well as this ladder here and I'm
00:04:05.800 00:04:05.810 going to put a door a mechanized airlock
00:04:07.750 00:04:07.760 specifically in this area because you
00:04:09.909 00:04:09.919 may notice that this area right now is
00:04:11.650 00:04:11.660 full of polluted oxygen the reason for
00:04:14.020 00:04:14.030 that is that all of the carbon dioxide
00:04:15.520 00:04:15.530 that comes from the base and from the
00:04:17.920 00:04:17.930 natural gas generates as it's currently
00:04:19.479 00:04:19.489 falling down this gap here and then you
00:04:21.940 00:04:21.950 know making its way all the way down to
00:04:23.680 00:04:23.690 the lowest point of the base of the
00:04:25.420 00:04:25.430 confined right now that is down here
00:04:27.520 00:04:27.530 and that's not a huge problem in love
00:04:30.220 00:04:30.230 itself the problem comes from the fact
00:04:31.690 00:04:31.700 that right now our guests vent is over
00:04:34.000 00:04:34.010 pressurized the one that's pumping
00:04:35.350 00:04:35.360 carbon dioxide out of our natural gas
00:04:37.480 00:04:37.490 generators which means that in a second
00:04:39.880 00:04:39.890 here this natural gas generator is not
00:04:41.380 00:04:41.390 going to be able to run and if it can't
00:04:42.940 00:04:42.950 run then we're not going to be able to
00:04:44.410 00:04:44.420 generate enough power to keep the base
00:04:45.610 00:04:45.620 moving and the reason why I can't run is
00:04:47.650 00:04:47.660 because it the area is full of polluted
00:04:49.780 00:04:49.790 oxygen normally the carbon dioxide would
00:04:51.730 00:04:51.740 get soaked up by the carbon skimmer and
00:04:53.410 00:04:53.420 everything would keep running smoothly
00:04:54.640 00:04:54.650 but because we have this hole in the
00:04:56.320 00:04:56.330 floor it's not something up or down i
00:04:58.030 00:04:58.040 mechanised a log just to hopefully stop
00:05:00.100 00:05:00.110 that carbon dioxide from sinking I
00:05:01.630 00:05:01.640 really wanted to be scrubbed away by the
00:05:03.340 00:05:03.350 carbon skimmer but in the meantime what
00:05:05.260 00:05:05.270 I'm also going to do is I'm going to
00:05:06.250 00:05:06.260 delete this gas vent I'm gonna replace
00:05:08.140 00:05:08.150 it with one of the high-pressure gas
00:05:10.240 00:05:10.250 vents so that hopefully our natural gas
00:05:11.770 00:05:11.780 generators can they can keep going here
00:05:13.659 00:05:13.669 it might also not be a terrible idea to
00:05:15.909 00:05:15.919 throw down a couple of deodorizes just
00:05:19.240 00:05:19.250 to kind of get rid of some of this
00:05:20.409 00:05:20.419 polluted oxygen here and try and get rid
00:05:21.880 00:05:21.890 of some of the slime long that is almost
00:05:24.460 00:05:24.470 certainly living inside of this area
00:05:27.130 00:05:27.140 yeah that's quite a bit of slime right
00:05:30.340 00:05:30.350 there so what put us would be otherwise
00:05:31.690 00:05:31.700 we'll get rid of that but it's a back
00:05:33.340 00:05:33.350 over here what we're going to do is
00:05:34.870 00:05:34.880 we're gonna throw down a liquid
00:05:36.520 00:05:36.530 reservoir this is gonna store all of the
00:05:38.409 00:05:38.419 water that is too hot to go into the
00:05:40.960 00:05:40.970 base so that we want to be recirculated
00:05:42.340 00:05:42.350 back around and so essentially what I'm
00:05:45.700 00:05:45.710 thinking here is if we get ourselves a
00:05:47.860 00:05:47.870 liquid shutoff and we put that stay
00:05:49.960 00:05:49.970 right about here what we're also going
00:05:51.909 00:05:51.919 to do is we're gonna get one of these
00:05:53.350 00:05:53.360 liquid pipe thermal sensors which also
00:05:55.780 00:05:55.790 has a new texture we're gonna put it
00:05:57.340 00:05:57.350 right on top of this pipe here and
00:05:59.140 00:05:59.150 essentially that is gonna go into the
00:06:01.900 00:06:01.910 shut off and then if it can't go into
00:06:03.730 00:06:03.740 the shuts off it's gonna go up and into
00:06:05.710 00:06:05.720 here and then of course down and back in
00:06:07.900 00:06:07.910 like so if it is cold enough if it can
00:06:10.480 00:06:10.490 successfully go into the shut off that
00:06:12.250 00:06:12.260 is going to go across along and to
00:06:14.080 00:06:14.090 connect back up to the pre-existing
00:06:15.430 00:06:15.440 setup and we do of course want to make
00:06:17.230 00:06:17.240 sure that is insulated pipe actually
00:06:18.850 00:06:18.860 because otherwise the temperature is
00:06:20.680 00:06:20.690 going to rise normal s or make that
00:06:22.060 00:06:22.070 insulated like so
00:06:23.409 00:06:23.419 and hopefully with the system we should
00:06:24.940 00:06:24.950 be able to make sure that the water
00:06:26.590 00:06:26.600 going into our base is cold enough to
00:06:28.780 00:06:28.790 not heat the base up they could
00:06:30.610 00:06:30.620 potentially come an issue if this
00:06:32.800 00:06:32.810 reservoir fills up I'm hoping it won't
00:06:35.350 00:06:35.360 I'm hoping they'll be able to keep
00:06:36.490 00:06:36.500 things moving quick enough here but it
00:06:38.980 00:06:38.990 could be an issue I
00:06:40.510 00:06:40.520 this could be a temporary solution to
00:06:41.950 00:06:41.960 hopefully keeping at the base a little
00:06:43.540 00:06:43.550 bit cooler and another reason why we
00:06:45.430 00:06:45.440 should want to make our water cooler
00:06:47.290 00:06:47.300 here is that another thing that we did a
00:06:49.210 00:06:49.220 few episodes back is we hooked up the
00:06:51.219 00:06:51.229 main water source for our base to the
00:06:53.770 00:06:53.780 metal refinery and between episodes I
00:06:55.869 00:06:55.879 learned that if you click on any of the
00:06:58.270 00:06:58.280 recipes here in the metal refinery there
00:06:59.980 00:06:59.990 is actually a little heat stamp at the
00:07:01.450 00:07:01.460 bottom here and you'll see that right
00:07:02.800 00:07:02.810 now if we were to turn gold amalgam into
00:07:04.689 00:07:04.699 gold the temperature of the water that
00:07:06.760 00:07:06.770 we pump into the metal refinery will
00:07:08.439 00:07:08.449 rise by six point three degrees Celsius
00:07:10.420 00:07:10.430 when you make gold and if we look at
00:07:13.059 00:07:13.069 copper the copper will raise the
00:07:14.529 00:07:14.539 temperature of water by 19 degrees but
00:07:16.480 00:07:16.490 crucially steel will increase the
00:07:18.850 00:07:18.860 temperature of water the pipe through
00:07:20.439 00:07:20.449 the metal refinery by 56 degrees Celsius
00:07:23.860 00:07:23.870 and so right now we potentially run into
00:07:26.469 00:07:26.479 an issue where we pipe 80 degree water
00:07:28.659 00:07:28.669 down into the equity owner that takes it
00:07:30.999 00:07:31.009 down to 64 degrees that 64 degree water
00:07:33.370 00:07:33.380 then goes through the base not only
00:07:34.839 00:07:34.849 heating up the call of the base to an
00:07:36.700 00:07:36.710 uncomfortably high temperature but on
00:07:38.499 00:07:38.509 top of that it could also pump 64 degree
00:07:40.990 00:07:41.000 water over and into the metal refinery
00:07:43.360 00:07:43.370 at which point as it goes through the
00:07:44.830 00:07:44.840 metal refinery it would get too hot
00:07:46.300 00:07:46.310 turned to steam and then either break
00:07:47.950 00:07:47.960 the metal refinery or break the pipes
00:07:49.570 00:07:49.580 just at the metal refinery which of
00:07:51.430 00:07:51.440 course is not what we want now it's not
00:07:53.740 00:07:53.750 a huge deal because I do plan on moving
00:07:55.330 00:07:55.340 the metal refinery in today's episode
00:07:56.529 00:07:56.539 but it's just another thing that we do
00:07:58.209 00:07:58.219 need to consider going forward here and
00:08:00.070 00:08:00.080 so real quick let's go ahead and hook
00:08:02.350 00:08:02.360 these guys up to power the nearest power
00:08:05.320 00:08:05.330 wire is ooh that one's purple there's so
00:08:08.980 00:08:08.990 much new stuff that I'm actually not
00:08:10.600 00:08:10.610 familiar with so purple means inactive
00:08:12.430 00:08:12.440 white means safe orange means strained
00:08:15.219 00:08:15.229 oh that's so new previously orange meant
00:08:17.890 00:08:17.900 just working I guess that I've got
00:08:19.749 00:08:19.759 purple to mean an active white to mean
00:08:21.939 00:08:21.949 safe yellow to mean stranger than red to
00:08:24.279 00:08:24.289 me overloaded okay
00:08:25.570 00:08:25.580 I also learned between episodes that's
00:08:27.399 00:08:27.409 if you hover over a a wire it actually
00:08:30.670 00:08:30.680 tells you how many watts are connected
00:08:33.639 00:08:33.649 to it you'll see right now it says
00:08:34.510 00:08:34.520 current Lord 280 out of 1000 watts that
00:08:37.300 00:08:37.310 means that we have connected this wire
00:08:38.560 00:08:38.570 up to a thousand watts worth of
00:08:40.810 00:08:40.820 machinery so if you were to go and add
00:08:41.920 00:08:41.930 up all of the machines that connected to
00:08:43.959 00:08:43.969 this wire if they were to all good at
00:08:45.370 00:08:45.380 the same time this wire would carry a
00:08:47.680 00:08:47.690 thousand watts
00:08:48.460 00:08:48.470 now I did notice that we have some wires
00:08:50.889 00:08:50.899 specifically this one here that
00:08:53.710 00:08:53.720 the potential load of 5,000 watt so
00:08:56.170 00:08:56.180 there are 5000 Watts worth of machines
00:08:58.389 00:08:58.399 hooked up to this wire and if they were
00:09:00.160 00:09:00.170 to all turn on at the same time this
00:09:01.900 00:09:01.910 wire would almost certainly overload
00:09:03.759 00:09:03.769 because that's just so much power I
00:09:05.410 00:09:05.420 don't think it's going to overload
00:09:06.759 00:09:06.769 because a lot of the things connected
00:09:08.110 00:09:08.120 here are things that we're not actively
00:09:10.030 00:09:10.040 using and also I didn't notice but this
00:09:12.009 00:09:12.019 wire here is also at some point
00:09:13.600 00:09:13.610 connected to this wire here you'll see
00:09:15.340 00:09:15.350 they both have that 5000 what their I
00:09:17.590 00:09:17.600 believe yet right here they connect I
00:09:19.749 00:09:19.759 think I might also connect a bit further
00:09:21.160 00:09:21.170 one as well I thought I connected over
00:09:22.569 00:09:22.579 here but they definitely connect right
00:09:24.220 00:09:24.230 about there and so I'm not too worried
00:09:26.410 00:09:26.420 because things like the doors are not on
00:09:27.999 00:09:28.009 all the time things like the exosuit
00:09:29.800 00:09:29.810 checkpoints and not on all the time
00:09:31.480 00:09:31.490 this a gas filter is never on and so I
00:09:34.179 00:09:34.189 don't think it's gonna be a problem
00:09:35.559 00:09:35.569 despite the fact that that's five times
00:09:37.720 00:09:37.730 the rated capacity of the wire right now
00:09:40.480 00:09:40.490 it's sitting about 720 Watts peaking up
00:09:43.210 00:09:43.220 to about 840 there when it gets a little
00:09:45.429 00:09:45.439 bit high but for the most part I think
00:09:46.600 00:09:46.610 that should be fine but just a new
00:09:48.550 00:09:48.560 little thing that I learned between
00:09:49.629 00:09:49.639 episodes that we can look out for in the
00:09:51.400 00:09:51.410 future but nevertheless what was I doing
00:09:53.650 00:09:53.660 here I was trying to hook up the shut
00:09:55.929 00:09:55.939 off to power so I think we will connect
00:09:58.900 00:09:58.910 that up here again that is gonna this is
00:10:00.340 00:10:00.350 already the wire that's at 5,000 watts
00:10:02.710 00:10:02.720 yes but nevertheless we're only adding
00:10:05.019 00:10:05.029 10 watts to the system and so hopefully
00:10:07.240 00:10:07.250 that should be a-okay here so I'll do
00:10:10.059 00:10:10.069 this work shedding 130 watts cuz winding
00:10:12.189 00:10:12.199 the tall as well but that's fine we'll
00:10:13.299 00:10:13.309 do this we'll do this and we will also
00:10:14.980 00:10:14.990 connect up the sensor to the shut off
00:10:17.439 00:10:17.449 like so and we will say it to send a
00:10:19.449 00:10:19.459 green signal if the temperature is below
00:10:21.400 00:10:21.410 let's say 25 degrees Celsius that's not
00:10:25.360 00:10:25.370 super cool but it's a temperature that
00:10:27.579 00:10:27.589 I'm comfortable being in the base so
00:10:29.410 00:10:29.420 we'll see if that works out and how well
00:10:31.240 00:10:31.250 it works out I think this should work
00:10:32.889 00:10:32.899 just fine honestly the high pressure gas
00:10:35.530 00:10:35.540 vent is doing its job which is good and
00:10:37.569 00:10:37.579 so hopefully we should start seeing the
00:10:39.069 00:10:39.079 carbon schema back online fairly soon
00:10:41.499 00:10:41.509 here po2 I slowed down which is good and
00:10:43.480 00:10:43.490 so my big plan for today's episode is to
00:10:47.170 00:10:47.180 try and drastically increase the speed
00:10:50.139 00:10:50.149 and efficiency with which we produce
00:10:51.670 00:10:51.680 steel because I've been looking a little
00:10:53.710 00:10:53.720 bit into how we go about getting into
00:10:55.569 00:10:55.579 space and how we you know start with
00:10:57.220 00:10:57.230 rockets and you know getting to the
00:10:58.929 00:10:58.939 surface and all that kind of stuff and
00:11:00.160 00:11:00.170 it turns out that to do it as I
00:11:01.990 00:11:02.000 mentioned in the past you need lots and
00:11:03.460 00:11:03.470 lots and lots of steel specifically if
00:11:05.889 00:11:05.899 we go to the surface we
00:11:07.510 00:11:07.520 encounter the vacuum of space and one
00:11:10.120 00:11:10.130 thing that does happen in space is there
00:11:11.950 00:11:11.960 are meteors that come down or just
00:11:13.870 00:11:13.880 debris in general that comes down and
00:11:15.550 00:11:15.560 you know just occasionally hits against
00:11:17.560 00:11:17.570 the surface of the base and if you don't
00:11:19.630 00:11:19.640 have bunker doors and bunker tile in
00:11:21.550 00:11:21.560 place to protect your buildings up there
00:11:23.080 00:11:23.090 things will start to break and you'll
00:11:24.820 00:11:24.830 have to remake them and it just becomes
00:11:26.110 00:11:26.120 a whole thing and so to make all the
00:11:28.510 00:11:28.520 booktitle we needed to the steel and
00:11:29.800 00:11:29.810 also everything in just the realm of
00:11:33.070 00:11:33.080 space seems to require a ton of steel
00:11:35.350 00:11:35.360 now we're very happy they seem to a
00:11:36.790 00:11:36.800 fixed the the book here I'm no longer
00:11:39.010 00:11:39.020 having to like drag and get bounced back
00:11:40.930 00:11:40.940 for the the research tree so I'm happy
00:11:42.250 00:11:42.260 with that but pretty much everything
00:11:44.170 00:11:44.180 here does require steel to be made and
00:11:46.030 00:11:46.040 especially things were going to require
00:11:47.590 00:11:47.600 a lot of like the bunker doors and the
00:11:48.970 00:11:48.980 bunker tiles which I also don't think
00:11:50.290 00:11:50.300 we've unlocked here I think I do have to
00:11:51.760 00:11:51.770 still do the research for those yeah
00:11:53.680 00:11:53.690 these are peer we got the bunker door
00:11:54.790 00:11:54.800 the bunker tile and then the glass Forge
00:11:56.800 00:11:56.810 so we can use to make glass which we are
00:11:58.090 00:11:58.100 going to need if we want to make solar
00:11:59.680 00:11:59.690 panels which we have unlocked but
00:12:01.060 00:12:01.070 currently can't make because we don't
00:12:02.260 00:12:02.270 have any glass so we'll go ahead and
00:12:04.000 00:12:04.010 we'll set that going and let them do the
00:12:05.710 00:12:05.720 research for that is this working it
00:12:07.930 00:12:07.940 down here it does appear to be so the
00:12:09.430 00:12:09.440 water coming through here is still the
00:12:12.130 00:12:12.140 hot if I set this up correctly no is the
00:12:15.640 00:12:15.650 answer I have not I have set this up the
00:12:17.080 00:12:17.090 exact opposite of how I wanted to be set
00:12:18.820 00:12:18.830 up right now it's sending out a green
00:12:19.870 00:12:19.880 signal if above 25 we wanted to be
00:12:22.030 00:12:22.040 sending out a green signal if below 25
00:12:24.010 00:12:24.020 so now that should only be sending out
00:12:26.230 00:12:26.240 there we go twelve twelve twelve twelve
00:12:28.360 00:12:28.370 twelve perfect so there is a small
00:12:31.270 00:12:31.280 chance as well that water that comes in
00:12:35.050 00:12:35.060 here is below 14 degrees Celsius but I
00:12:38.140 00:12:38.150 don't think that's gonna be an issue is
00:12:40.990 00:12:41.000 a small possibility but I believe that
00:12:42.520 00:12:42.530 inside of the the liquid reservoir here
00:12:44.770 00:12:44.780 the water does combined into one uniform
00:12:46.990 00:12:47.000 temperature and so even if a little bit
00:12:49.120 00:12:49.130 of water that's there like you know four
00:12:50.770 00:12:50.780 degrees Celsius just somehow managed to
00:12:52.600 00:12:52.610 make its way in here when it mixes with
00:12:54.220 00:12:54.230 all the water that's 27 or 52 degrees
00:12:56.440 00:12:56.450 Celsius it should then equalize itself
00:12:58.690 00:12:58.700 to hopefully above 14 degrees at which
00:13:00.850 00:13:00.860 point we shouldn't end up with any ice
00:13:02.410 00:13:02.420 in our pipe so everything should
00:13:03.790 00:13:03.800 continue to work just fine so now that
00:13:06.130 00:13:06.140 is taken care of and now that hopefully
00:13:07.660 00:13:07.670 we have our new setup down here let me
00:13:10.210 00:13:10.220 real quick go ahead and actually
00:13:11.740 00:13:11.750 activate that because as you can see
00:13:12.820 00:13:12.830 it's not been doing its job for for the
00:13:14.950 00:13:14.960 last few minutes here so right now we
00:13:16.480 00:13:16.490 want this to be sending out a green
00:13:18.670 00:13:18.680 signal if a book
00:13:20.440 00:13:20.450 of 400 like that nice and so hopefully
00:13:24.400 00:13:24.410 this one will keep the store open pretty
00:13:26.620 00:13:26.630 much all the time
00:13:27.400 00:13:27.410 and this thermo sensor here will do the
00:13:29.650 00:13:29.660 heavy lifting of making sure that all of
00:13:31.390 00:13:31.400 the petroleum is actually at that 410
00:13:34.270 00:13:34.280 degree mark before it sets going here so
00:13:35.950 00:13:35.960 now we go back up and running I actually
00:13:37.570 00:13:37.580 want to start to use that petroleum in
00:13:39.340 00:13:39.350 the creation of power I want to set up
00:13:41.470 00:13:41.480 some petroleum generators now going to
00:13:43.180 00:13:43.190 allow us to produce power and also to
00:13:44.890 00:13:44.900 generate that extra water that we can
00:13:46.690 00:13:46.700 then use for our oil reservoir in a
00:13:49.480 00:13:49.490 future episode now on top of that I
00:13:51.550 00:13:51.560 would like to also go ahead and move our
00:13:53.080 00:13:53.090 metal refinery here down to the bottom
00:13:55.510 00:13:55.520 of the base right next to the petroleum
00:13:58.540 00:13:58.550 generate so we're gonna have down here
00:13:59.560 00:13:59.570 and we're gonna power the metal refinery
00:14:01.510 00:14:01.520 with the petroleum generator but also
00:14:02.980 00:14:02.990 the key part of the setup is there since
00:14:05.950 00:14:05.960 we're already heating this oil up anyway
00:14:07.960 00:14:07.970 we can actually use the crude oil here
00:14:10.060 00:14:10.070 as a coolant for the metal refinery so
00:14:12.040 00:14:12.050 we can have the oil go in at 84 degrees
00:14:13.900 00:14:13.910 Celsius be used as a coolant for the
00:14:16.390 00:14:16.400 metal refinery because even if the oil
00:14:18.130 00:14:18.140 is increased pilots said 56 degrees
00:14:19.990 00:14:20.000 which is the worst case scenario for
00:14:22.180 00:14:22.190 heating up water which of course is a
00:14:23.560 00:14:23.570 little different oil but even if it did
00:14:25.390 00:14:25.400 go up by 56 which I don't think it will
00:14:26.860 00:14:26.870 it would slowly be about 120 degrees
00:14:28.930 00:14:28.940 Celsius and as we know the oil doesn't
00:14:30.880 00:14:30.890 boil until 400 degrees Celsius and so if
00:14:34.090 00:14:34.100 we have olive oil go through the metal
00:14:35.470 00:14:35.480 refinery that's gonna increase the
00:14:37.120 00:14:37.130 temperature a little bit therefore
00:14:38.170 00:14:38.180 giving less work for our magma to do in
00:14:40.930 00:14:40.940 the long run all we're essentially doing
00:14:42.970 00:14:42.980 with that is increasing the output
00:14:44.530 00:14:44.540 temperature of the petroleum because of
00:14:46.690 00:14:46.700 the fact that the oil that comes this
00:14:48.700 00:14:48.710 way is not gonna absorb quite as much
00:14:50.140 00:14:50.150 heat because it's already hot when it
00:14:51.790 00:14:51.800 comes in but I believe if I'm not
00:14:53.890 00:14:53.900 mistaken and this could be false because
00:14:55.450 00:14:55.460 they have just updated the game and
00:14:56.740 00:14:56.750 things have just changed but I believe
00:14:58.540 00:14:58.550 the way that it used to work and might
00:15:00.160 00:15:00.170 still work is that the output of the
00:15:03.250 00:15:03.260 petroleum generates a sort of water and
00:15:05.080 00:15:05.090 the carbon dioxide I believe the output
00:15:07.090 00:15:07.100 of those fluids is 40 degrees Celsius
00:15:10.630 00:15:10.640 plus whatever the temperature of the
00:15:13.600 00:15:13.610 Petroleum generator itself is and so
00:15:15.310 00:15:15.320 what I mean by that is I don't think it
00:15:16.780 00:15:16.790 matters the temperature that we pump the
00:15:18.250 00:15:18.260 petroleum in it so long as the Petroleum
00:15:20.260 00:15:20.270 generator itself is cool and so if we
00:15:22.630 00:15:22.640 were for example to build the petroleum
00:15:24.250 00:15:24.260 generator in our ice biome which I'm
00:15:26.590 00:15:26.600 gonna put it mostly because that's just
00:15:27.820 00:15:27.830 the biome that's right next to our
00:15:29.200 00:15:29.210 petroleum generator but it does also
00:15:30.970 00:15:30.980 have the added benefit of cooling it
00:15:33.160 00:15:33.170 down a little bit
00:15:34.050 00:15:34.060 it shouldn't matter how hot our
00:15:35.760 00:15:35.770 petroleum is so long as we use it in the
00:15:37.650 00:15:37.660 petroleum generation we should be
00:15:38.850 00:15:38.860 effectively deleting heat as we turn it
00:15:40.770 00:15:40.780 into power and water and so hopefully
00:15:43.950 00:15:43.960 that works out even if it doesn't work
00:15:45.390 00:15:45.400 out even if the water is hot
00:15:46.740 00:15:46.750 I still that's a huge deal we're
00:15:48.060 00:15:48.070 essentially just gonna pump the polluted
00:15:49.290 00:15:49.300 water either down into the oil reservoir
00:15:51.240 00:15:51.250 through a water sieve all up and
00:15:53.640 00:15:53.650 collecting to like this pipe here to go
00:15:55.590 00:15:55.600 through a normal water save and then
00:15:56.760 00:15:56.770 back over to our cooling system over
00:15:59.160 00:15:59.170 here so either way I think that should
00:16:00.930 00:16:00.940 be fine and the main reason I'm doing it
00:16:03.360 00:16:03.370 is because right now the methyl refinery
00:16:05.550 00:16:05.560 that we have up here is not very
00:16:07.140 00:16:07.150 efficient and not very fast like right
00:16:08.940 00:16:08.950 now if we want to use it it will produce
00:16:11.820 00:16:11.830 some steel but then if the output pipe
00:16:14.100 00:16:14.110 here if it's like cooling loop is full
00:16:15.990 00:16:16.000 of water that it can't output its hot
00:16:17.610 00:16:17.620 water net has to wait until the water in
00:16:19.650 00:16:19.660 the loop has been cooled and sent off
00:16:20.970 00:16:20.980 and then once it's out of water it also
00:16:23.130 00:16:23.140 has to wait until all the water is
00:16:24.690 00:16:24.700 cooled to then come back in and refill
00:16:26.790 00:16:26.800 it with coolant and it takes quite a
00:16:27.870 00:16:27.880 while and it's actually very very slow
00:16:29.760 00:16:29.770 and so I'm hoping that by having it down
00:16:31.980 00:16:31.990 here and having a constant supply
00:16:33.120 00:16:33.130 running through it you know always
00:16:34.590 00:16:34.600 having somewhere to go and always having
00:16:35.970 00:16:35.980 somewhere to conform I'm hoping that by
00:16:37.590 00:16:37.600 doing it that way we can essentially
00:16:39.630 00:16:39.640 have it running almost all the time so
00:16:41.640 00:16:41.650 what I'm gonna do we can go ahead and
00:16:43.079 00:16:43.089 hit play now I've been talking for like
00:16:44.730 00:16:44.740 20 minutes here let's go ahead and throw
00:16:46.560 00:16:46.570 down some tile in this ice biome as we
00:16:48.780 00:16:48.790 enter cycle 513 and I think this a
00:16:52.590 00:16:52.600 little bit higher up because of course
00:16:54.000 00:16:54.010 we do ought to have some mesh tiles so
00:16:56.130 00:16:56.140 that the water produced by the Petroleum
00:16:57.930 00:16:57.940 generator can fall down just a little
00:17:00.150 00:17:00.160 bit so we'll do something like this we
00:17:03.510 00:17:03.520 will have all of this look out like so
00:17:05.819 00:17:05.829 we'll have some regular tile running
00:17:07.559 00:17:07.569 along like this and I do of course also
00:17:10.290 00:17:10.300 want to have our transit tubes come all
00:17:12.150 00:17:12.160 the way down and connect up over here as
00:17:13.920 00:17:13.930 well so our duplicants can get right
00:17:15.540 00:17:15.550 down to the metal refinery and petroleum
00:17:17.790 00:17:17.800 setup and if possible I would also like
00:17:19.920 00:17:19.930 to get another one of these at transit
00:17:22.050 00:17:22.060 tube access points down at the bottom as
00:17:23.880 00:17:23.890 well so that all the way back up there a
00:17:25.800 00:17:25.810 lot faster getting back to the core of
00:17:27.569 00:17:27.579 the base they don't have to manually
00:17:28.620 00:17:28.630 climb all the way back up a ladder to
00:17:30.300 00:17:30.310 get there so we'll take this out here I
00:17:32.130 00:17:32.140 will set all of this to a slightly
00:17:34.080 00:17:34.090 higher priority we're gonna priority 8
00:17:35.520 00:17:35.530 for the time being we're gonna have the
00:17:37.680 00:17:37.690 petroleum generator go right about here
00:17:41.550 00:17:41.560 in the future I might put under the 1
00:17:43.110 00:17:43.120 like right here so I'm going to leave a
00:17:44.370 00:17:44.380 little bit of space for the time being
00:17:45.900 00:17:45.910 and then
00:17:46.600 00:17:46.610 go ahead and have some more tile that
00:17:48.580 00:17:48.590 goes down and we're quite far down here
00:17:51.669 00:17:51.679 we'll do something like this again we'll
00:17:53.049 00:17:53.059 leave a litte bit of space for that
00:17:54.250 00:17:54.260 second generator to go right there and
00:17:56.020 00:17:56.030 then we'll hook that up like so this one
00:17:58.600 00:17:58.610 girls thought the polluted water for the
00:18:00.100 00:18:00.110 time being I don't necessarily think we
00:18:01.870 00:18:01.880 need insulated tile here but just on the
00:18:03.190 00:18:03.200 off chance that the polluted water is a
00:18:04.900 00:18:04.910 bit too hot we can always have that then
00:18:06.730 00:18:06.740 on the less and let's also go ahead and
00:18:08.560 00:18:08.570 of course throw down our metal we find
00:18:09.850 00:18:09.860 weight which were now off to right about
00:18:11.560 00:18:11.570 here and then let's go ahead instead of
00:18:14.140 00:18:14.150 the plumbing whilst they work on this so
00:18:16.000 00:18:16.010 essentially I want all of the oil that's
00:18:19.360 00:18:19.370 coming from our oil pump and eventually
00:18:21.520 00:18:21.530 from our oil reservoir to go up and to
00:18:24.400 00:18:24.410 go through yeah I think we will have to
00:18:27.130 00:18:27.140 go through the metal refinery you know
00:18:28.780 00:18:28.790 we'll do we'll do it like this we'll
00:18:30.789 00:18:30.799 have the pipe come in along the bottom
00:18:33.130 00:18:33.140 like this well then have a bridge that
00:18:34.900 00:18:34.910 goes up like that and then connect that
00:18:37.000 00:18:37.010 up like so and then if this is backed up
00:18:38.980 00:18:38.990 then we'll have this girl kind of back
00:18:41.320 00:18:41.330 down it's a little a little weird a
00:18:44.799 00:18:44.809 little janky but if we do something like
00:18:46.600 00:18:46.610 this essentially what we can do this way
00:18:49.450 00:18:49.460 I'm also delete this pipe temporarily
00:18:50.590 00:18:50.600 but by doing it like this we can have it
00:18:52.539 00:18:52.549 attempted to go into the metal refinery
00:18:54.549 00:18:54.559 if the metal refining is already full of
00:18:56.200 00:18:56.210 oil then it will just bypass this bridge
00:18:58.180 00:18:58.190 and come back around on the girl into
00:19:00.039 00:19:00.049 the petroleum box as is regularly
00:19:02.380 00:19:02.390 scheduled and then we also do to get
00:19:04.419 00:19:04.429 petroleum up to up volume generator and
00:19:06.490 00:19:06.500 my initial thought was putting a pump in
00:19:08.799 00:19:08.809 this room but I'm thinking it probably
00:19:11.289 00:19:11.299 makes a lot more sense to do it like
00:19:14.230 00:19:14.240 we've done up here so that it goes to
00:19:16.120 00:19:16.130 the petroleum generator if it can't then
00:19:18.039 00:19:18.049 if it can't it goes to this output vent
00:19:20.380 00:19:20.390 here and so I think what we'll do here
00:19:22.150 00:19:22.160 is we'll have a liquid bridge that goes
00:19:24.039 00:19:24.049 right about here that way all the water
00:19:27.159 00:19:27.169 should try go up through the bridge
00:19:28.840 00:19:28.850 first but if this pipe gets backed up
00:19:31.480 00:19:31.490 which of course it eventually will then
00:19:33.700 00:19:33.710 it will go through the vent so that will
00:19:35.049 00:19:35.059 make sure the petroleum generator always
00:19:36.700 00:19:36.710 gets a first priority on the petroleum
00:19:39.730 00:19:39.740 but the petroleum does have somewhere to
00:19:41.169 00:19:41.179 go if if needs be so we'll have this one
00:19:43.419 00:19:43.429 like so I've not used any
00:19:45.600 00:19:45.610 inside tile here I don't necessarily
00:19:48.490 00:19:48.500 think that we need to there are a lot of
00:19:50.380 00:19:50.390 pipes here but again there's also kind
00:19:52.900 00:19:52.910 of necessary I'm keeping this pipe in
00:19:54.580 00:19:54.590 here because I'm gonna use this pipe to
00:19:55.750 00:19:55.760 send polluted water back or maybe even
00:19:57.549 00:19:57.559 bring polluted water down
00:19:59.940 00:19:59.950 we need it for the oil reservoir later
00:20:01.230 00:20:01.240 on down the line so we'll do something
00:20:02.580 00:20:02.590 like this and we'll have that jump over
00:20:04.590 00:20:04.600 the pipe right about there and I think
00:20:07.340 00:20:07.350 that that is pretty much good to go we
00:20:10.769 00:20:10.779 do have to keep an eye out on this as
00:20:11.970 00:20:11.980 well because fairly soon here this is
00:20:14.039 00:20:14.049 gonna start to overflow we ideally would
00:20:17.100 00:20:17.110 like to just make this box bigger but we
00:20:18.810 00:20:18.820 do have quite a lot of crude oil here
00:20:19.950 00:20:19.960 that we don't really have much to do
00:20:21.720 00:20:21.730 with right now ideally I'd want to pump
00:20:24.690 00:20:24.700 that out but I don't know if it's like
00:20:26.310 00:20:26.320 worth putting a liquid pump in there I
00:20:27.779 00:20:27.789 guess it is right like if we break
00:20:28.919 00:20:28.929 through here and through here we have
00:20:30.570 00:20:30.580 all this oil fall down we can have an
00:20:32.310 00:20:32.320 oil pump just pump oil background into
00:20:34.620 00:20:34.630 here I could also try putting like a
00:20:36.120 00:20:36.130 picture pump in there and manually
00:20:37.409 00:20:37.419 dumping the the oil like back in here
00:20:39.210 00:20:39.220 that could also work
00:20:40.789 00:20:40.799 I'm not gonna worry about it too much
00:20:42.690 00:20:42.700 for now I think for the remainder of
00:20:43.950 00:20:43.960 today's episode most of the petroleum is
00:20:45.600 00:20:45.610 gonna start backing up this pipe and
00:20:47.100 00:20:47.110 ending up in our petroleum generator I'm
00:20:49.230 00:20:49.240 also not massively sure how much
00:20:51.620 00:20:51.630 petroleum we're gonna use and how much
00:20:53.519 00:20:53.529 we're making right now because right now
00:20:55.230 00:20:55.240 we're not pulling from the oil reservoir
00:20:56.490 00:20:56.500 and so I guess right now we're just
00:20:57.690 00:20:57.700 pulling from the liquid pump which I
00:20:59.399 00:20:59.409 think can pull 10 kilograms per second
00:21:01.590 00:21:01.600 that's quite a lot of petroleum if we're
00:21:03.509 00:21:03.519 making 10 kilograms per second so we
00:21:06.539 00:21:06.549 might have to look into it just mass
00:21:08.190 00:21:08.200 storage but I'll come back to that in
00:21:09.269 00:21:09.279 just a second here we'll go ahead and
00:21:10.710 00:21:10.720 hit an old said to make this just a
00:21:12.720 00:21:12.730 little bit faster and of course whilst
00:21:14.250 00:21:14.260 they work on that let's also schedule a
00:21:16.110 00:21:16.120 dig for the the pipe well dig all of
00:21:18.930 00:21:18.940 this up here we'll delete at this tile
00:21:20.789 00:21:20.799 here and then I think we'll also dig
00:21:23.460 00:21:23.470 here and this is where I'm gonna have
00:21:24.870 00:21:24.880 the new transit access tube which is
00:21:27.330 00:21:27.340 this guy here our transit tube access
00:21:29.070 00:21:29.080 even so we'll have that yeah well have
00:21:31.980 00:21:31.990 that like right about here
00:21:33.360 00:21:33.370 and what we'll do is we'll have a pipe
00:21:34.769 00:21:34.779 that obviously comes out of there but
00:21:36.210 00:21:36.220 then we'll also have a pipe that comes
00:21:37.320 00:21:37.330 out here so that a duplicate so we're
00:21:39.269 00:21:39.279 coming down can just get popped out
00:21:40.830 00:21:40.840 right here and then a duplicates going
00:21:42.720 00:21:42.730 in can go up and I'll go across just so
00:21:45.060 00:21:45.070 they have to dig out too much of this I
00:21:46.680 00:21:46.690 see oh now we do have to bear in mind
00:21:50.090 00:21:50.100 the do workers need to walk past this
00:21:52.379 00:21:52.389 I'm fairly certain that they can walk
00:21:54.870 00:21:54.880 past the pipe I'm pretty sure like I'm
00:21:58.350 00:21:58.360 fairly certain they can walk past this
00:21:59.610 00:21:59.620 here I will also go ahead and throw down
00:22:01.230 00:22:01.240 some tile here just because I have a
00:22:02.580 00:22:02.590 strange feeling that as we as we do more
00:22:05.700 00:22:05.710 work here we're gonna slowly but surely
00:22:06.899 00:22:06.909 just melt this entire ice biome and as
00:22:09.960 00:22:09.970 we do that if we don't have tile it's
00:22:11.340 00:22:11.350 gonna become more and more likely that
00:22:12.509 00:22:12.519 our duplicates can't get
00:22:13.980 00:22:13.990 where they need to go off this ICEA
00:22:15.240 00:22:15.250 starts to melt now the sour gas people
00:22:18.180 00:22:18.190 did point out in the comment section
00:22:19.740 00:22:19.750 that apparently there was a bug or maybe
00:22:21.360 00:22:21.370 even still it's a bugging and I don't
00:22:22.470 00:22:22.480 know what they fixed in the newest news
00:22:24.450 00:22:24.460 update here ah this needs fixing like
00:22:26.610 00:22:26.620 right now I guess if we could get is
00:22:29.850 00:22:29.860 this all set it's not set the priority
00:22:31.380 00:22:31.390 I'm gonna put the priority of this up so
00:22:33.180 00:22:33.190 that hopefully we can start your filling
00:22:34.770 00:22:34.780 this pipe up here but I guess we really
00:22:37.290 00:22:37.300 just need to start making this bigger
00:22:38.940 00:22:38.950 because there is too much petroleum in
00:22:40.919 00:22:40.929 here so as a temporary measure I'm gonna
00:22:43.890 00:22:43.900 dig down to here priority 9 and I'm
00:22:46.530 00:22:46.540 gonna dig like a little stairway down
00:22:50.180 00:22:50.190 like this so that hopefully I'll
00:22:52.320 00:22:52.330 duplicants kind of like Soho the oil can
00:22:53.730 00:22:53.740 just kind of fall into this pit and then
00:22:56.130 00:22:56.140 we can build you know another wall a bit
00:22:58.020 00:22:58.030 further back here
00:22:59.180 00:22:59.190 I'll have the ladder go a little bit
00:23:00.990 00:23:01.000 further down as well like so and we have
00:23:03.030 00:23:03.040 never locked the banca tile which is
00:23:04.590 00:23:04.600 nice that means the research is complete
00:23:06.480 00:23:06.490 the petroleum is overflowing it's not a
00:23:08.730 00:23:08.740 huge deal like it's not great you'll see
00:23:10.919 00:23:10.929 it is I think cooling down this
00:23:12.150 00:23:12.160 petroleum quite a bit and causing this
00:23:13.799 00:23:13.809 door to to close quite frequently which
00:23:16.560 00:23:16.570 is also not great but at the same time I
00:23:19.500 00:23:19.510 think that's fine so I also coming in
00:23:21.210 00:23:21.220 now so this is OK the petroleum is gonna
00:23:23.490 00:23:23.500 you know get sucked up and then it's
00:23:24.780 00:23:24.790 gonna stop yeah this is okay it's gonna
00:23:27.810 00:23:27.820 take a few minutes for duplicates to
00:23:28.919 00:23:28.929 come and come get this done apparently
00:23:30.870 00:23:30.880 this is an unreachable build I'm
00:23:32.070 00:23:32.080 assuming and that is something to do
00:23:33.660 00:23:33.670 with our ice melting they cannot get
00:23:37.680 00:23:37.690 over here I guess I'm gonna can't get
00:23:39.570 00:23:39.580 over there it is a reachable build again
00:23:41.910 00:23:41.920 I'm gonna do this just so that our
00:23:45.060 00:23:45.070 duplicants can you know continue to walk
00:23:46.710 00:23:46.720 along here no matter what happens we can
00:23:48.419 00:23:48.429 also do with maybe clearing up you know
00:23:50.190 00:23:50.200 some of the gas and water around here
00:23:51.419 00:23:51.429 now we are getting chlorine which is
00:23:53.340 00:23:53.350 interesting it's also possible that we
00:23:55.530 00:23:55.540 do get maybe meat then let me look at
00:23:58.860 00:23:58.870 sour gas real quick because yes our gas
00:24:00.900 00:24:00.910 oh we're quite always away from meat
00:24:02.700 00:24:02.710 then actually a negative 161 degrees
00:24:05.370 00:24:05.380 Celsius so that shouldn't be something
00:24:06.660 00:24:06.670 and that we have to worry about just yet
00:24:08.610 00:24:08.620 I will also put down some tile here as
00:24:10.890 00:24:10.900 well cuz they don't fail to get to these
00:24:12.330 00:24:12.340 pipes but this is ready to go which is
00:24:14.640 00:24:14.650 good and also go to school our oh gosh
00:24:17.520 00:24:17.530 yeah look at this sir I made the mistake
00:24:19.500 00:24:19.510 of trying to build something as the game
00:24:20.910 00:24:20.920 saved so hopefully they've not started
00:24:23.130 00:24:23.140 building any of that
00:24:24.850 00:24:24.860 they have they've put like low load
00:24:27.370 00:24:27.380 tiles in here please delete these tiles
00:24:29.620 00:24:29.630 if you wouldn't mind thank you
00:24:31.180 00:24:31.190 so probably that that book still exists
00:24:33.399 00:24:33.409 that's not something that was that was
00:24:35.110 00:24:35.120 fixed in the update that's fine
00:24:36.310 00:24:36.320 now let me reconnect these transit tubes
00:24:38.350 00:24:38.360 real quick there we go so essentially
00:24:42.130 00:24:42.140 what I was saying is I think I set the
00:24:43.659 00:24:43.669 rock crusher - pretty much continually
00:24:46.480 00:24:46.490 make blind and I'm gonna be the same
00:24:49.539 00:24:49.549 with the kiln as long as safe to
00:24:51.340 00:24:51.350 continually make refined carbon we do
00:24:53.710 00:24:53.720 have 40 tons of coal at this point and
00:24:55.539 00:24:55.549 so I will set these to a slightly lower
00:24:58.120 00:24:58.130 priority I'm gonna give them a priority
00:24:59.230 00:24:59.240 7 so that if they've got nothing urgent
00:25:02.470 00:25:02.480 to do they will come and start you know
00:25:04.120 00:25:04.130 making lime and making refined carbon
00:25:05.769 00:25:05.779 and we also really need like a constant
00:25:08.560 00:25:08.570 supply of iron as well I will do that
00:25:10.240 00:25:10.250 with the new metal refinery down here at
00:25:11.680 00:25:11.690 the bottom there but we need so much of
00:25:13.659 00:25:13.669 those items and it only makes sense to
00:25:15.490 00:25:15.500 have them being made pretty much
00:25:16.539 00:25:16.549 whenever it's possible throughout the
00:25:18.279 00:25:18.289 because to be making them and it's
00:25:19.840 00:25:19.850 probably about time that we actually
00:25:22.779 00:25:22.789 looked into getting another duplicate
00:25:25.659 00:25:25.669 it's been a little while since we lost
00:25:27.970 00:25:27.980 Nicola and if we're gonna have
00:25:29.169 00:25:29.179 duplicates running the mass refinery and
00:25:30.909 00:25:30.919 the kill and the rock crusher you know
00:25:32.769 00:25:32.779 almost all the time to make us just a
00:25:34.810 00:25:34.820 ridiculous amount of Steel that we need
00:25:35.980 00:25:35.990 it's gonna make sense for us to have an
00:25:37.990 00:25:38.000 extra duplicate and so let me first of
00:25:41.080 00:25:41.090 all check the Ruhr count I do notice
00:25:43.720 00:25:43.730 that we're going down in food supplies
00:25:45.700 00:25:45.710 but for the most part everything seems
00:25:48.039 00:25:48.049 to be okay the only potential issue of
00:25:49.750 00:25:49.760 course being the body temperature in
00:25:51.639 00:25:51.649 this room but for the most part it seems
00:25:53.470 00:25:53.480 to be doing just fine let me also check
00:25:55.690 00:25:55.700 on water real quick water also appears
00:25:58.060 00:25:58.070 to be doing just fine like it looks like
00:25:59.560 00:25:59.570 the Celt down here is that is working
00:26:01.570 00:26:01.580 the reservoir has backed up but that's
00:26:04.450 00:26:04.460 ok just means that the water is backed
00:26:06.519 00:26:06.529 up as always and we're slowly telling
00:26:08.289 00:26:08.299 all that polluted oxygen into a regular
00:26:10.299 00:26:10.309 oxygen which is good we don't have a
00:26:11.799 00:26:11.809 clogging problem down here and I don't
00:26:12.879 00:26:12.889 think that's too much of an issue they
00:26:14.259 00:26:14.269 mean talking about just yet so let's
00:26:16.629 00:26:16.639 also go ahead and throw down some heavy
00:26:18.370 00:26:18.380 what wire like so I guess we could and
00:26:22.419 00:26:22.429 probably should look into some kind of
00:26:24.639 00:26:24.649 battery here although we're not to like
00:26:28.090 00:26:28.100 light on petroleum we always have a lot
00:26:29.500 00:26:29.510 of petroleum and I think it is gonna
00:26:31.000 00:26:31.010 make a lot of sense still to have this
00:26:32.860 00:26:32.870 turn off if we if we have a full battery
00:26:35.080 00:26:35.090 where the power there's no need to be
00:26:36.789 00:26:36.799 you know wasting the petroleum
00:26:38.710 00:26:38.720 unnecessarily so I will go ahead and
00:26:40.870 00:26:40.880 hook that up nonetheless I also of
00:26:43.390 00:26:43.400 course dig this out here because right
00:26:44.590 00:26:44.600 now and that room kind of serves no
00:26:46.150 00:26:46.160 purpose so this has kind of fallen I'm
00:26:49.480 00:26:49.490 gonna make this a high priority this dig
00:26:54.820 00:26:54.830 here and then I might if y'all doesn't
00:26:58.510 00:26:58.520 move because right now it looks like
00:27:00.010 00:27:00.020 it's moving very slowly if the oil
00:27:02.170 00:27:02.180 doesn't move out of here we might have
00:27:03.370 00:27:03.380 to start with placing tiles in there
00:27:04.720 00:27:04.730 breaking them to kind of manually push
00:27:06.700 00:27:06.710 the oil away from this this edge wall
00:27:09.220 00:27:09.230 here but again priority 9 I will dig out
00:27:11.350 00:27:11.360 here and here all but the very last wall
00:27:13.840 00:27:13.850 separating both from the from the
00:27:16.450 00:27:16.460 petroleum but essentially if we do
00:27:17.920 00:27:17.930 something like this and keep building
00:27:19.990 00:27:20.000 tiles kind of this way it should slowly
00:27:22.030 00:27:22.040 push this little bit of oil just that to
00:27:24.550 00:27:24.560 the left a little bit and thus make room
00:27:26.110 00:27:26.120 for us to to build a new wall and not
00:27:29.230 00:27:29.240 too long later we now have a much larger
00:27:31.180 00:27:31.190 tank which is nice in hold most of the
00:27:33.730 00:27:33.740 petroleum although in the time it took
00:27:34.930 00:27:34.940 me to build the tank it seems to have
00:27:36.490 00:27:36.500 once again filled up with petroleum and
00:27:38.620 00:27:38.630 one thing I did find somewhat amusing is
00:27:40.720 00:27:40.730 that we have 984 kilograms of sound gas
00:27:44.470 00:27:44.480 in this one tile here as well as you
00:27:46.900 00:27:46.910 know 50 kilograms of carbon dioxide so
00:27:49.510 00:27:49.520 much gas stored in this in this area
00:27:51.490 00:27:51.500 here that's preventing the petroleum
00:27:53.590 00:27:53.600 from settling down as it normally would
00:27:55.060 00:27:55.070 so quite a lot of gas in that area there
00:27:57.790 00:27:57.800 definitely way too much gas are
00:27:59.950 00:27:59.960 duplicates to handle if they weren't
00:28:00.910 00:28:00.920 wearing their their EXO suits but this
00:28:02.890 00:28:02.900 setup is back online now which is good
00:28:04.630 00:28:04.640 all of the pipes have been built so the
00:28:06.520 00:28:06.530 petroleum is going up to the petroleum
00:28:08.260 00:28:08.270 generator which is currently off because
00:28:09.670 00:28:09.680 it's full on power
00:28:10.600 00:28:10.610 we do have our transit tube access point
00:28:13.090 00:28:13.100 set up so if we go ahead and connect
00:28:15.040 00:28:15.050 that up with some heavy watt wire like
00:28:18.070 00:28:18.080 so I guess we'll have to delete this
00:28:19.960 00:28:19.970 wire here and replace that with a bridge
00:28:22.240 00:28:22.250 in just a second here well delete that
00:28:23.920 00:28:23.930 we'll replace the wire in just a second
00:28:26.200 00:28:26.210 here I am gonna go ahead and tell this
00:28:27.430 00:28:27.440 to make just steal whatever it can make
00:28:30.910 00:28:30.920 steel make steel and I think it might
00:28:33.040 00:28:33.050 not be a bad idea honestly to have a
00:28:34.540 00:28:34.550 second metal refinery down here one
00:28:37.000 00:28:37.010 that's set to make iron consistently
00:28:38.980 00:28:38.990 much like with the lime and the refined
00:28:41.800 00:28:41.810 carbon having iron being made from our
00:28:43.870 00:28:43.880 wire and all the time I think will also
00:28:45.490 00:28:45.500 help in making our steel production just
00:28:47.440 00:28:47.450 a little bit faster now hopefully they
00:28:51.240 00:28:51.250 we'll use this are you talking like this
00:28:53.279 00:28:53.289 power right now of course but hopefully
00:28:54.570 00:28:54.580 once this is up and running they will
00:28:55.590 00:28:55.600 use this but instead of you know walking
00:28:57.360 00:28:57.370 up and down to get around the base here
00:28:59.880 00:28:59.890 but never that's why I was going to say
00:29:01.380 00:29:01.390 is I'm also considering it using some
00:29:04.169 00:29:04.179 form of shipping to move all of the
00:29:06.600 00:29:06.610 resources to where they need to be for
00:29:08.490 00:29:08.500 example all of the refined carbon is
00:29:10.230 00:29:10.240 kind of just dumped out around here and
00:29:12.000 00:29:12.010 all of the fossil of the lime even made
00:29:16.020 00:29:16.030 from fossil will be made here but then
00:29:17.909 00:29:17.919 probably put into a storage container
00:29:19.409 00:29:19.419 somewhere or maybe just left on the
00:29:21.000 00:29:21.010 floor around here or maybe even just
00:29:22.200 00:29:22.210 made as and when it's needed but I've
00:29:23.970 00:29:23.980 been thinking about potentially putting
00:29:25.260 00:29:25.270 down some storage bins or maybe even
00:29:27.659 00:29:27.669 some conveyor receptacles or convey
00:29:29.610 00:29:29.620 alert us so that we can have resources
00:29:32.010 00:29:32.020 automatically made you know right here
00:29:33.840 00:29:33.850 dumped into a loader and then have a
00:29:35.820 00:29:35.830 piece of shipping wire which is actually
00:29:38.310 00:29:38.320 called conveyor rail take it all the way
00:29:40.770 00:29:40.780 down to the ice biome here that way we
00:29:43.770 00:29:43.780 don't have to have a duplicate manually
00:29:45.600 00:29:45.610 make the lime and then go you know grab
00:29:47.520 00:29:47.530 the lime and bring it back down to this
00:29:49.230 00:29:49.240 area here now that would be quite
00:29:51.029 00:29:51.039 expensive on the raw metal front we do
00:29:55.560 00:29:55.570 have thirty thousand iron and so it
00:29:57.450 00:29:57.460 might be too expensive but it is a
00:29:58.440 00:29:58.450 hundred per tile and so getting a
00:30:00.180 00:30:00.190 conveyor well down here could prove
00:30:01.860 00:30:01.870 difficult and I don't know if we would
00:30:03.779 00:30:03.789 need one conveyor ale per item
00:30:06.510 00:30:06.520 I guess not I guess what we could do is
00:30:08.039 00:30:08.049 I guess if we had for example a storage
00:30:11.010 00:30:11.020 bin up here right about there and we set
00:30:14.010 00:30:14.020 this one to like a super high priority
00:30:15.480 00:30:15.490 like priority nine but we said that we
00:30:16.919 00:30:16.929 only store lime in there so whatever
00:30:18.630 00:30:18.640 limes made it should be almost
00:30:19.919 00:30:19.929 immediately dumped into the storage bin
00:30:21.810 00:30:21.820 or which point we can then have a
00:30:23.070 00:30:23.080 conveyor loader actually I guess at that
00:30:25.529 00:30:25.539 point we prob
00:30:27.480 00:30:27.490 that we can just have a conveyor loader
00:30:29.220 00:30:29.230 here because I'm Felix and there's an
00:30:30.870 00:30:30.880 option in the conveyer order to have
00:30:32.820 00:30:32.830 duplicates manually place items in here
00:30:34.590 00:30:34.600 so I'm gonna start to and Bay's already
00:30:36.240 00:30:36.250 a priority nine so we'll see if that can
00:30:37.680 00:30:37.690 work and then we could just have that go
00:30:39.539 00:30:39.549 all the way down to here we can have it
00:30:41.460 00:30:41.470 connect up with the conveyor rail coming
00:30:43.500 00:30:43.510 from the kiln as well and then if we
00:30:45.240 00:30:45.250 have them all come out at a shoot so
00:30:46.980 00:30:46.990 they just dropped on the floor here we
00:30:48.390 00:30:48.400 could then have an auto sweeper
00:30:49.680 00:30:49.690 pick them up and then automatically
00:30:51.120 00:30:51.130 divvy them up into say three storage
00:30:53.250 00:30:53.260 bins down here at the bottom that way
00:30:55.020 00:30:55.030 whenever somebody goes to make steel
00:30:56.190 00:30:56.200 they're just much more prepared to make
00:30:58.680 00:30:58.690 that steel and also I have not
00:31:00.299 00:31:00.309 configured this to output the
00:31:03.230 00:31:03.240 so for that I guess we want to have this
00:31:06.140 00:31:06.150 girl across here and again we're gonna
00:31:10.100 00:31:10.110 have yet kept more pipes but I guess we
00:31:12.440 00:31:12.450 want to go down and then just connect up
00:31:14.299 00:31:14.309 right about there like that there is
00:31:17.270 00:31:17.280 always the possibility this is for but
00:31:18.560 00:31:18.570 it looks like right now it's some got a
00:31:20.150 00:31:20.160 bit of space in the pipe there this is
00:31:21.970 00:31:21.980 all reachable which is good fantastic
00:31:24.470 00:31:24.480 this is almost online which waiting for
00:31:26.840 00:31:26.850 that very last little bit of wire now
00:31:29.030 00:31:29.040 I'm gonna start to a slightly higher
00:31:30.410 00:31:30.420 priority I also don't know if I've seen
00:31:32.150 00:31:32.160 anybody come down using this shoot yet
00:31:36.130 00:31:36.140 obviously we stopped them come down like
00:31:37.820 00:31:37.830 that in the past by just I do want to
00:31:39.140 00:31:39.150 make sure that that this is fit for
00:31:40.850 00:31:40.860 purpose I think it is I think they
00:31:42.080 00:31:42.090 should be able to to drop down here but
00:31:44.000 00:31:44.010 as I said I don't think I've actually
00:31:45.890 00:31:45.900 seen anybody do that just yet oh here we
00:31:49.430 00:31:49.440 go yeah now this works fine so I guess
00:31:53.270 00:31:53.280 we've got me both of these I guess I
00:31:54.770 00:31:54.780 can't I didn't know if they could come
00:31:55.880 00:31:55.890 out of like the input slot here it seems
00:31:58.460 00:31:58.470 like they are using this one to save
00:31:59.810 00:31:59.820 like a nanosecond of time if they need
00:32:01.520 00:32:01.530 to go down here but I'm happy with this
00:32:03.260 00:32:03.270 this seems to be working they're using
00:32:04.400 00:32:04.410 it now to go up and down which is
00:32:05.750 00:32:05.760 fantastic is our conveyer loader setup
00:32:08.750 00:32:08.760 it is not hopefully somebody is is going
00:32:11.810 00:32:11.820 to build that it is a yeah reach mobile
00:32:13.549 00:32:13.559 but does require whoever it is who has
00:32:15.470 00:32:15.480 the requisite skill to actually go and
00:32:18.260 00:32:18.270 set it up for us so hopefully they'll do
00:32:20.210 00:32:20.220 that momentarily here whilst they do
00:32:22.040 00:32:22.050 that I'm fairly certain that we can just
00:32:23.450 00:32:23.460 have our conveyor rail go from here
00:32:25.820 00:32:25.830 across and then we do kind of have to
00:32:28.910 00:32:28.920 decide where we're going to have this
00:32:31.490 00:32:31.500 wire girl because the fastest route
00:32:34.940 00:32:34.950 would be to just go straight down and we
00:32:37.250 00:32:37.260 could kind of make that happen we could
00:32:38.870 00:32:38.880 go down this ladder and then kind of cut
00:32:42.230 00:32:42.240 in here and then go down there or we
00:32:44.780 00:32:44.790 could have it go across the pre-existing
00:32:46.790 00:32:46.800 ladder down and then back that is a
00:32:48.560 00:32:48.570 longer route and would require more
00:32:51.070 00:32:51.080 resources but it would also require less
00:32:54.140 00:32:54.150 digging I guess we'd have to dig through
00:32:55.340 00:32:55.350 the abyss alight and so you know what
00:32:56.450 00:32:56.460 schewe for the timing I'm gonna go the
00:32:58.940 00:32:58.950 slightly longer way I also don't like
00:33:02.060 00:33:02.070 kind of it's a new feature a book but
00:33:04.220 00:33:04.230 for whatever reason you can no longer
00:33:05.299 00:33:05.309 zoom in and out whilst building
00:33:07.130 00:33:07.140 something like right now I can't I can't
00:33:08.630 00:33:08.640 zoom which is a little annoying but it's
00:33:12.290 00:33:12.300 a small gripe in the grand scheme of
00:33:13.760 00:33:13.770 things so I'll just have this run
00:33:15.140 00:33:15.150 alongside the
00:33:17.680 00:33:17.690 pipe here now this is a lot of iron but
00:33:22.490 00:33:22.500 we're essentially just gonna have this
00:33:23.750 00:33:23.760 kind of drop out into a chute right
00:33:26.330 00:33:26.340 about there now they use 24,000 iron and
00:33:31.090 00:33:31.100 it's quite possible that that might not
00:33:35.270 00:33:35.280 be worth it that's just a hunch yeah now
00:33:40.640 00:33:40.650 that I think about it it probably makes
00:33:43.090 00:33:43.100 significantly more sense to just move
00:33:45.290 00:33:45.300 the rock push it down or at the very
00:33:47.450 00:33:47.460 least have this what could be one that
00:33:50.180 00:33:50.190 does do a general day-to-day things for
00:33:52.190 00:33:52.200 example if we need like some iron in a
00:33:54.290 00:33:54.300 pinch we could always come in and use
00:33:55.760 00:33:55.770 that up here but we have a second rock
00:33:57.170 00:33:57.180 crusher down at the bottom here given
00:33:59.030 00:33:59.040 that all of the fossil is down here to
00:34:01.100 00:34:01.110 begin with it probably makes a lot more
00:34:03.020 00:34:03.030 sense from a logistic standpoint to
00:34:05.270 00:34:05.280 actually just have a second rock crusher
00:34:07.520 00:34:07.530 down here so you should make the fossil
00:34:09.560 00:34:09.570 here and then and then use it here
00:34:11.240 00:34:11.250 the refine carbons a bit of a different
00:34:12.830 00:34:12.840 story although again we could move the
00:34:15.889 00:34:15.899 kiln down there's no need for the kiln
00:34:17.180 00:34:17.190 to be up here we can delete the Kelly
00:34:18.919 00:34:18.929 does require any power or anything so we
00:34:20.750 00:34:20.760 could just put a second kiln
00:34:23.090 00:34:23.100 down at the bottom here and we could
00:34:25.070 00:34:25.080 potentially keep some of this conveyor
00:34:27.980 00:34:27.990 rail we've just saved 6,000 by going by
00:34:30.770 00:34:30.780 getting rid of this like a long line
00:34:31.850 00:34:31.860 here and we could instead just have an
00:34:34.450 00:34:34.460 auto sweeper in with the hatches here
00:34:37.250 00:34:37.260 because it's where all of our coal is
00:34:38.389 00:34:38.399 that it's going just all sitting on the
00:34:39.889 00:34:39.899 floor of our hatch room here and so we
00:34:41.210 00:34:41.220 could instead just have an auto sweeper
00:34:44.419 00:34:44.429 in here you know somewhere like this to
00:34:47.899 00:34:47.909 sweep that up and then just have that
00:34:49.629 00:34:49.639 get placed onto a conveyor loader like
00:34:52.310 00:34:52.320 so let me just check real quick that is
00:34:54.050 00:34:54.060 in the range it's not it needs to be one
00:34:56.330 00:34:56.340 tile over now this is not strictly
00:34:58.970 00:34:58.980 necessary we could of course just rely
00:35:00.590 00:35:00.600 all I do because doing this manually but
00:35:02.570 00:35:02.580 I do like there to have having a little
00:35:03.530 00:35:03.540 bit of automation in the base and having
00:35:05.540 00:35:05.550 that call automatically been set down
00:35:07.100 00:35:07.110 here does just say about doable cuts out
00:35:08.840 00:35:08.850 a little bit of extra time although then
00:35:11.510 00:35:11.520 again we have just spent a lot of
00:35:14.540 00:35:14.550 plastic on these rather fast transit
00:35:17.090 00:35:17.100 tubes and so you don't want in the
00:35:18.380 00:35:18.390 interest of saving a heck of a lot of
00:35:21.050 00:35:21.060 resources specifically iron which we're
00:35:23.240 00:35:23.250 going to need in abundance anyway to
00:35:24.920 00:35:24.930 make the steel I'm gonna go ahead and
00:35:26.420 00:35:26.430 cancel that
00:35:27.579 00:35:27.589 a bit of a detour there apologies I
00:35:29.199 00:35:29.209 didn't get much done in there in the
00:35:31.929 00:35:31.939 grand scheme of things but now I know
00:35:33.579 00:35:33.589 now I know we're all gonna know we're
00:35:34.719 00:35:34.729 gonna do that so this looks to be pretty
00:35:36.729 00:35:36.739 much good to go this is just awaiting
00:35:38.859 00:35:38.869 materials and this it's like priority 8
00:35:40.539 00:35:40.549 I do want this to be something that I'll
00:35:42.069 00:35:42.079 duplicates are doing whenever possible I
00:35:43.900 00:35:43.910 really would like somebody pretty much
00:35:46.029 00:35:46.039 on this all the time I think Bert is our
00:35:48.099 00:35:48.109 machine guy and now that he's not
00:35:49.900 00:35:49.910 running the oat refinery 24/7 he can
00:35:52.539 00:35:52.549 come and do some work on on the metal we
00:35:55.029 00:35:55.039 finally find make some steel here you
00:35:56.650 00:35:56.660 are gonna be making pretty much endless
00:35:58.390 00:35:58.400 I refined carbon will set you to
00:36:00.130 00:36:00.140 priority seven and you are going to be
00:36:02.199 00:36:02.209 making pretty much endless lime from
00:36:04.420 00:36:04.430 fossil and we'll also set you to a
00:36:06.489 00:36:06.499 priority seven and of course hook you up
00:36:08.289 00:36:08.299 with a little bit of power I'm hoping
00:36:10.120 00:36:10.130 that you can take heavy walk while that
00:36:13.809 00:36:13.819 way we don't have to bother with the
00:36:14.739 00:36:14.749 transformer down here it is gonna make
00:36:16.239 00:36:16.249 the decor down here just horrendous now
00:36:18.609 00:36:18.619 depending on how the temperature holds
00:36:20.109 00:36:20.119 up we could possibly look towards
00:36:22.599 00:36:22.609 putting like an ice sculpture down here
00:36:24.579 00:36:24.589 the ice sculpture is a nice block a nice
00:36:27.309 00:36:27.319 idea I think but it's something you
00:36:29.410 00:36:29.420 can't have in a base because if the the
00:36:31.059 00:36:31.069 area falls below zero degrees Celsius if
00:36:33.819 00:36:33.829 it falls to a point where the ice would
00:36:35.049 00:36:35.059 not only melt then of course your ice
00:36:37.150 00:36:37.160 block melts so as useless as it is I
00:36:40.979 00:36:40.989 kind of like the idea of having one of
00:36:42.969 00:36:42.979 these down here there is no space so on
00:36:45.309 00:36:45.319 I'd have to dig out more space for it
00:36:47.109 00:36:47.119 but I might put down an ice sculpture
00:36:48.549 00:36:48.559 down here I might put on like this side
00:36:50.349 00:36:50.359 of the transit tube so as they arrived
00:36:52.299 00:36:52.309 think I've ever ever to call boost
00:36:53.620 00:36:53.630 before they enter this you know horrific
00:36:56.229 00:36:56.239 decor where we right here and you know
00:36:57.669 00:36:57.679 down here is not much better to be
00:37:00.219 00:37:00.229 honest but hopefully this should be
00:37:02.319 00:37:02.329 pretty good to go now I will put another
00:37:04.449 00:37:04.459 ladder in right there sticking it all
00:37:05.890 00:37:05.900 the way down and going forward I guess
00:37:07.630 00:37:07.640 we might also want to hook our petroleum
00:37:09.489 00:37:09.499 generator power up to the main grid
00:37:11.769 00:37:11.779 right now it's all its own kind of
00:37:12.819 00:37:12.829 private network but but really we do
00:37:15.179 00:37:15.189 kind of need to start using this
00:37:17.199 00:37:17.209 petroleum like we're just filling up a
00:37:19.390 00:37:19.400 tank of petroleum here which is not
00:37:20.499 00:37:20.509 necessarily a bad thing and we are going
00:37:22.449 00:37:22.459 to need quite a bit of petroleum I
00:37:23.679 00:37:23.689 believe when it comes to when it comes
00:37:25.120 00:37:25.130 to space you know using as a fuel is
00:37:26.769 00:37:26.779 going to be very useful but we've the
00:37:29.739 00:37:29.749 story for the time being and so I guess
00:37:32.049 00:37:32.059 another thing I might do between
00:37:33.039 00:37:33.049 episodes is try and get rid of these two
00:37:34.749 00:37:34.759 are pockets of oil here and then maybe
00:37:35.890 00:37:35.900 build the walls up either side to make
00:37:37.779 00:37:37.789 just a massive vat further petroleum to
00:37:40.269 00:37:40.279 to build up in
00:37:41.319 00:37:41.329 the time I'm really hoping somebody will
00:37:42.940 00:37:42.950 come and use this math refinery here
00:37:45.190 00:37:45.200 here we go
00:37:46.269 00:37:46.279 okay so ran out of power which makes me
00:37:49.900 00:37:49.910 think maybe we've all smart batteries
00:37:51.160 00:37:51.170 although I guess actually what we should
00:37:52.299 00:37:52.309 just do is set this to like 95 and like
00:37:57.759 00:37:57.769 19 so that this is pretty much always
00:38:01.449 00:38:01.459 fall so there's always power available
00:38:03.130 00:38:03.140 for this so that does seem to be working
00:38:05.440 00:38:05.450 the oil is coming out very hot there the
00:38:07.870 00:38:07.880 oil does have a a lower specific heat
00:38:10.959 00:38:10.969 capacity which means that it's um it can
00:38:13.209 00:38:13.219 essentially hold less heat and so when
00:38:15.279 00:38:15.289 you increase its temperature
00:38:16.269 00:38:16.279 it increases more because there's less
00:38:18.479 00:38:18.489 quote-unquote space in the oil if that
00:38:20.979 00:38:20.989 makes sense for the heat whereas the the
00:38:22.809 00:38:22.819 water he has a specific heat capacity of
00:38:24.190 00:38:24.200 for the oil has a specific heat capacity
00:38:26.680 00:38:26.690 of at not 0.7 so it does increase in
00:38:29.049 00:38:29.059 temperature much quicker than the water
00:38:31.029 00:38:31.039 does but still I think that is fine
00:38:33.219 00:38:33.229 coming out at 200 degrees Celsius again
00:38:35.109 00:38:35.119 it's gonna increase the temperature of
00:38:36.489 00:38:36.499 our you know big old box of petroleum
00:38:38.920 00:38:38.930 here going forward but for the most part
00:38:40.059 00:38:40.069 I think should be just fine
00:38:41.650 00:38:41.660 however our pipes you have Brook and why
00:38:45.239 00:38:45.249 have you broken do they get too hot the
00:38:49.299 00:38:49.309 system has stopped working here I will
00:38:50.799 00:38:50.809 reconnect these pipes real quick that's
00:38:52.449 00:38:52.459 the one for petroleum and then this is
00:38:53.979 00:38:53.989 the one for oils well I'm oil connected
00:38:56.680 00:38:56.690 like that and I will set the repairing
00:38:58.390 00:38:58.400 of these to a pretty high priority I'm
00:39:00.519 00:39:00.529 not loving that honestly that's a little
00:39:04.299 00:39:04.309 worrying that the system stopped working
00:39:06.160 00:39:06.170 like that it could be to do with the
00:39:10.569 00:39:10.579 sour gas actually the sour gas around
00:39:14.079 00:39:14.089 here is 600 degree Celsius like almost
00:39:16.479 00:39:16.489 700 degrees Celsius so it's quite
00:39:18.640 00:39:18.650 possible that that is the is the issue
00:39:21.279 00:39:21.289 there I guess we can keep an eye on it
00:39:22.959 00:39:22.969 and see if it continues to work or I'll
00:39:25.870 00:39:25.880 stop so I can going forward here either
00:39:27.670 00:39:27.680 way the system
00:39:28.569 00:39:28.579 I was go this seems to be working again
00:39:30.789 00:39:30.799 but actually no it's not working at all
00:39:34.209 00:39:34.219 because right now the temperature in
00:39:36.579 00:39:36.589 here has gotten so hot to where the sour
00:39:40.870 00:39:40.880 gas isn't it's so hot in here that the
00:39:43.539 00:39:43.549 oil that's coming in is instantly
00:39:45.160 00:39:45.170 turning into sour gas I'm assuming as
00:39:48.489 00:39:48.499 more oil comes in it will cool down
00:39:53.430 00:39:53.440 550 degrees Celsius that's not good it
00:39:57.880 00:39:57.890 is cooling off albeit rather slowly and
00:40:01.690 00:40:01.700 you'll see we are site to get a little
00:40:03.010 00:40:03.020 bit more petroleum but in the meantime
00:40:04.420 00:40:04.430 we are making a lot of a lot of sour gas
00:40:06.190 00:40:06.200 here we could probably do with pumping
00:40:08.800 00:40:08.810 that sour gas away into entire gas
00:40:12.130 00:40:12.140 reservoir into a room of its own for now
00:40:14.230 00:40:14.240 I think I'm gonna have maybe two gas
00:40:18.190 00:40:18.200 whereas it was actually just I think one
00:40:19.990 00:40:20.000 won't be enough let me real quick see
00:40:22.210 00:40:22.220 about building this it's not gonna work
00:40:28.210 00:40:28.220 which is really annoying because the
00:40:30.250 00:40:30.260 pump is gonna break like right away the
00:40:32.470 00:40:32.480 gas is too hot for this to actually work
00:40:35.640 00:40:35.650 effectively it's also bad outside the
00:40:38.230 00:40:38.240 room it's still quite hot 200 degrees
00:40:39.670 00:40:39.680 Celsius but it's not quite as hot okay
00:40:42.280 00:40:42.290 well I'm gonna pause it there and I'm
00:40:43.870 00:40:43.880 gonna wrap up today's episode for now
00:40:45.640 00:40:45.650 we'll come back and we'll do it with
00:40:46.540 00:40:46.550 this in in the next episode but for the
00:40:48.670 00:40:48.680 most part I got what I wanted to get
00:40:49.990 00:40:50.000 done done in today's episode we have
00:40:52.030 00:40:52.040 hopefully now a better way of producing
00:40:53.980 00:40:53.990 steel we are getting the large amounts
00:40:55.270 00:40:55.280 of steel going forward I'm a little bit
00:40:56.860 00:40:56.870 concerned about food food seems to be
00:40:58.150 00:40:58.160 slowly depleting we're down to just
00:40:59.470 00:40:59.480 under 30,000 kilocalories now which I'm
00:41:01.540 00:41:01.550 not a huge fan of yes irrigation has
00:41:04.480 00:41:04.490 become a problem
00:41:05.650 00:41:05.660 I believe that's due to the fact that
00:41:07.090 00:41:07.100 this is just - this is just not working
00:41:11.260 00:41:11.270 I see so right now there's no way for
00:41:13.990 00:41:14.000 the water to go yeah this was a
00:41:18.040 00:41:18.050 potential problem and it's because the
00:41:21.730 00:41:21.740 water that we've got in here is is so
00:41:23.290 00:41:23.300 hot now we could bump the temperature up
00:41:26.620 00:41:26.630 on our shuts off just letting more water
00:41:29.590 00:41:29.600 - in general and those like stopping
00:41:31.020 00:41:31.030 quite so much water getting backed up I
00:41:33.370 00:41:33.380 think a very temporary solution is to
00:41:35.650 00:41:35.660 put in another liquid reservoir and to
00:41:38.230 00:41:38.240 do something like this
00:41:43.000 00:41:43.010 which will work but it's definitely not
00:41:45.260 00:41:45.270 a solution it's definitely just a very
00:41:47.450 00:41:47.460 temporary fix to what is going to be a
00:41:49.579 00:41:49.589 long-term problem so we have to come
00:41:51.319 00:41:51.329 back and figure out that as well in the
00:41:52.339 00:41:52.349 next episode but for now guys I'm gonna
00:41:53.900 00:41:53.910 go ahead and wrap up today's episode
00:41:54.980 00:41:54.990 they're hopefully going forward we can
00:41:57.049 00:41:57.059 make Steel faster and more efficiently
00:41:59.660 00:41:59.670 than we were doing in the past but for
00:42:01.880 00:42:01.890 now as always if you did enjoy the video
00:42:03.079 00:42:03.089 you wanna see more oxygen not included
00:42:04.970 00:42:04.980 in the future we should go ahead and hit
00:42:06.380 00:42:06.390 that like button it will just help a lot
00:42:07.819 00:42:07.829 leave a comment down below subscribe if
00:42:09.109 00:42:09.119 you new here to identify it as soon as
00:42:10.579 00:42:10.589 new videos come out as always thank you
00:42:12.680 00:42:12.690 for watching and I'll see you guys next
00:42:15.140 00:42:15.150 time
00:42:16.480 00:42:16.490 [Music]
00:42:24.480 00:42:24.490 [Applause]
00:42:25.590 00:42:25.600
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