QOL Mk3, 39 Natural Gas array and Large scale cooling - Oxygen not included

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Language: en

00:00:00.030
and we're back with natural gas not
00:00:03.800 00:00:03.810 included yes still constructing this
00:00:06.740 00:00:06.750 natural gas monstrosity
00:00:08.270 00:00:08.280 and I've also forgotten well I also
00:00:10.940 00:00:10.950 forgot to count in the natural gas I'm
00:00:13.009 00:00:13.019 going to get from the natural gas
00:00:14.150 00:00:14.160 geysers into my calculations once I
00:00:16.310 00:00:16.320 throw those in I should end up with
00:00:17.240 00:00:17.250 enough water to get me up to 100 tubes
00:00:19.220 00:00:19.230 that's the plan
00:00:20.540 00:00:20.550 well I'll have to do some math on that
00:00:22.010 00:00:22.020 in the background but I believe I made
00:00:23.779 00:00:23.789 enough excess natural gas dinners I
00:00:25.189 00:00:25.199 should be able to handle this one way or
00:00:26.839 00:00:26.849 the other the bottom 11 can serve for
00:00:29.179 00:00:29.189 siphoning off any natural gas that
00:00:31.070 00:00:31.080 occurs from the environment now at the
00:00:33.860 00:00:33.870 moment I am just putting in the gas
00:00:35.389 00:00:35.399 piping now I'm using insulated ceramic
00:00:38.420 00:00:38.430 pipes to actually drop off the natural
00:00:39.860 00:00:39.870 gas eleven natural gas generators per
00:00:42.350 00:00:42.360 row and 90 grams per natural gas
00:00:45.110 00:00:45.120 generator 990 grams total eighth of a
00:00:47.209 00:00:47.219 kilo
00:00:47.600 00:00:47.610 so looks pretty good mmm doop wise we've
00:00:51.080 00:00:51.090 got 28 actually in the population and
00:00:52.700 00:00:52.710 another six in rocket so up to 34
00:00:55.540 00:00:55.550 hopefully though I'm looking to hire
00:00:57.290 00:00:57.300 some more I should be good up till 50
00:00:59.090 00:00:59.100 plus before I even get this online I
00:01:01.010 00:01:01.020 think it's about 58 maybe 59 yeah I
00:01:03.619 00:01:03.629 think that's what I worked at at the
00:01:04.579 00:01:04.589 math to be before I have to have this
00:01:07.039 00:01:07.049 whole thing up and running so we should
00:01:08.450 00:01:08.460 be fine on that front now a couple of
00:01:11.450 00:01:11.460 things I forgot to do here is I need to
00:01:13.940 00:01:13.950 put in yes that was it I need to put in
00:01:16.399 00:01:16.409 a little water pit down here so I can
00:01:17.630 00:01:17.640 collect the me collect the polluted
00:01:20.749 00:01:20.759 water that falls out of this and I need
00:01:22.670 00:01:22.680 to do the whole power grid you see the
00:01:25.550 00:01:25.560 problem is I've got to get say this row
00:01:28.490 00:01:28.500 up here and this row down here into the
00:01:30.740 00:01:30.750 same power grid so we're gonna put in
00:01:32.990 00:01:33.000 some a few these should help oh great
00:01:37.990 00:01:38.000 one somewhere well counselor you know
00:01:40.880 00:01:40.890 you won't cancel because that order
00:01:44.149 00:01:44.159 doesn't work anyway that should actually
00:01:46.039 00:01:46.049 allow me to run power down the side it's
00:01:47.899 00:01:47.909 going to be a very very messy power grid
00:01:50.410 00:01:50.420 the reason being I'm going to have all
00:01:53.719 00:01:53.729 of these outputs actually while I'm down
00:01:56.179 00:01:56.189 here I can simply say let's no yes it is
00:01:59.510 00:01:59.520 excellent
00:02:03.780 00:02:03.790 I'm going to have six gasps I'd puts one
00:02:06.580 00:02:06.590 for each row but only the top five will
00:02:08.560 00:02:08.570 really be active the bottom one will
00:02:09.669 00:02:09.679 siphon out a little bit but it won't
00:02:11.650 00:02:11.660 siphon out as much as the first five so
00:02:14.350 00:02:14.360 the first five are going to be the most
00:02:15.490 00:02:15.500 active and so the top four rows
00:02:18.790 00:02:18.800 completely active 100% of the time the
00:02:20.650 00:02:20.660 fifth one will be a little bit wonky but
00:02:22.510 00:02:22.520 I want to spread it out so that the
00:02:23.710 00:02:23.720 power dose spread like this level this
00:02:25.810 00:02:25.820 level and mishmash of the bottom two
00:02:28.900 00:02:28.910 levels are spread onto one grid and then
00:02:30.610 00:02:30.620 the all the rest are spread on the other
00:02:31.990 00:02:32.000 that way I don't have to worry too much
00:02:34.860 00:02:34.870 actually that's put in this power grid
00:02:36.760 00:02:36.770 now already started up um you know how
00:02:40.420 00:02:40.430 am I gonna do this little gold yet okay
00:02:47.530 00:02:47.540 that will probably hook in down here but
00:02:50.380 00:02:50.390 the thing is I want this to actually
00:02:51.130 00:02:51.140 hook in the top rule was the first one
00:02:52.960 00:02:52.970 that will become active I want to hook
00:02:54.790 00:02:54.800 that into my bottom power generation
00:02:56.440 00:02:56.450 grid and hook that into there so I need
00:03:00.490 00:03:00.500 what's a curve it ran back here they
00:03:03.220 00:03:03.230 don't have to bring it straight down the
00:03:04.510 00:03:04.520 side no it would be bad actually I'll do
00:03:07.630 00:03:07.640 it mmm
00:03:11.140 00:03:11.150 actually yes I will I will do it this
00:03:13.479 00:03:13.489 way that's a power grid number one
00:03:23.050 00:03:23.060 that's the bulk of us then I'll link
00:03:25.120 00:03:25.130 this all the way down here so this way I
00:03:29.440 00:03:29.450 can get it into these bottom two rows
00:03:30.670 00:03:30.680 these bottom two rows are going to be a
00:03:32.830 00:03:32.840 little trickier I want to actually yeah
00:03:35.319 00:03:35.329 it's going to be really messy I did some
00:03:37.090 00:03:37.100 testing in a in my debug testing map and
00:03:40.150 00:03:40.160 trying to split up between these is
00:03:41.860 00:03:41.870 going to be just painful um for example
00:03:45.460 00:03:45.470 I'm gonna have those two on one grid
00:03:46.840 00:03:46.850 then these two on the other grid these
00:03:48.729 00:03:48.739 two on the first grid so the grid 1 & 2
00:03:50.710 00:03:50.720 so grid 1 grid 2 grid 1 grid 2 grid 1
00:03:53.650 00:03:53.660 grid 2 after split up the last year
00:03:55.690 00:03:55.700 though I don't think it really makes too
00:03:56.800 00:03:56.810 much of a difference so I need to put
00:03:59.259 00:03:59.269 hmm yeah we'll put these there
00:04:03.420 00:04:03.430 and of course I have horrific ly
00:04:06.130 00:04:06.140 forgotten something
00:04:06.910 00:04:06.920 I turned off a bunch of these incubators
00:04:09.550 00:04:09.560 a long time ago oops yeah the reason I
00:04:15.220 00:04:15.230 turned him off as I actually wanted to
00:04:16.600 00:04:16.610 use the power for something else where
00:04:18.100 00:04:18.110 was he running the power for I had a
00:04:20.920 00:04:20.930 reason for this oh yeah mr. one day it
00:04:22.720 00:04:22.730 was doing the vacuum pump so we're here
00:04:23.860 00:04:23.870 to get this whole place vacuumed out and
00:04:25.930 00:04:25.940 we'll turn those all back on again so
00:04:27.130 00:04:27.140 that the critters can start multiplying
00:04:28.360 00:04:28.370 again I'm going to need a lot of Sixers
00:04:31.030 00:04:31.040 when the time comes about 36 Sixers
00:04:34.950 00:04:34.960 probably a little bit more especially
00:04:36.670 00:04:36.680 with you their natural gas coming in
00:04:37.900 00:04:37.910 might be as many as forty Sixers I need
00:04:40.180 00:04:40.190 which reminds me I'm going to have to
00:04:41.950 00:04:41.960 actually train up some dupes to actually
00:04:43.360 00:04:43.370 handle ranching don't there's always
00:04:45.550 00:04:45.560 more and more you got to do every time
00:04:47.490 00:04:47.500 no
00:04:49.770 00:04:49.780 hey how am I going to manage this okay
00:04:55.810 00:04:55.820 well do the easy parts first this will
00:04:58.570 00:04:58.580 be its own grid Danton there and you
00:05:06.010 00:05:06.020 need to hop this rope wait no you're
00:05:08.890 00:05:08.900 good
00:05:14.280 00:05:14.290 okay this second grid I'm gonna plug
00:05:16.840 00:05:16.850 that directly into my main grid that's
00:05:18.850 00:05:18.860 gonna start taking up the slack because
00:05:20.170 00:05:20.180 as I start siphoning off the petroleum
00:05:22.690 00:05:22.700 to make sour gas my pet petroleum
00:05:25.330 00:05:25.340 generators are going to be start getting
00:05:26.590 00:05:26.600 served so these will kick in and well as
00:05:29.380 00:05:29.390 these kick in and petroleum stops
00:05:31.690 00:05:31.700 generating power you should hopefully
00:05:33.760 00:05:33.770 help that you know for the bottom ones
00:05:37.330 00:05:37.340 and we're gonna manage you hmm
00:05:41.280 00:05:41.290 yeah I'm going to need one row on bottom
00:05:46.930 00:05:46.940 so you come down here and I'm probably
00:05:49.300 00:05:49.310 going to need to put in more conductive
00:05:50.800 00:05:50.810 joint blades hmm let me think about this
00:05:56.410 00:05:56.420 for a second okay kind of got something
00:05:59.920 00:05:59.930 going on this seems to be about right
00:06:01.830 00:06:01.840 I'm threading the needle in sanity here
00:06:04.660 00:06:04.670 but yeah that cue connects into there
00:06:08.230 00:06:08.240 these will connect into here
00:06:10.860 00:06:10.870 yeah I'm sure if I spent more time I
00:06:13.450 00:06:13.460 could probably come up with this sleeker
00:06:14.740 00:06:14.750 and nicer way of doing this
00:06:16.159 00:06:16.169 so long as it took several I'm pretty
00:06:18.020 00:06:18.030 happy um mm actually can get a bit of
00:06:22.070 00:06:22.080 those some of those powerpoints see here
00:06:27.350 00:06:27.360 can I actually overwrite those no never
00:06:29.510 00:06:29.520 mind you know what they can state they
00:06:31.309 00:06:31.319 look red
00:06:31.879 00:06:31.889 they'll be annoying but Wow okay now I
00:06:38.119 00:06:38.129 have to plug the stand into the bottom
00:06:39.649 00:06:39.659 here mm-hmm deconstruct a few tiles and
00:06:47.019 00:06:47.029 put in the actual pump there now I have
00:06:50.779 00:06:50.789 to put in an exit point yeah this is
00:06:56.990 00:06:57.000 going to be for all the water that falls
00:06:58.309 00:06:58.319 it I'm not actually sure if I'm gonna go
00:07:00.769 00:07:00.779 with hydrogen atmosphere in here or just
00:07:02.809 00:07:02.819 leave it as oxygen oxygen seems like the
00:07:04.670 00:07:04.680 very very simple choice I might just
00:07:06.800 00:07:06.810 leave it as oxygen because I don't
00:07:08.540 00:07:08.550 really want to get too complicated in
00:07:09.829 00:07:09.839 here and since I'm going to be using
00:07:11.089 00:07:11.099 super coolant it shouldn't make that
00:07:12.170 00:07:12.180 much of a difference I mostly make that
00:07:13.879 00:07:13.889 I have gold amalgam yeah they'll be fine
00:07:21.999 00:07:22.009 yeah perfect yeah how do i plug it into
00:07:26.059 00:07:26.069 this sucker down here and I don't want
00:07:29.540 00:07:29.550 to run this too far you can go mm-hmm
00:07:32.079 00:07:32.089 you know if I do that I'll be plugging
00:07:34.040 00:07:34.050 into that wire which I don't want to do
00:07:35.420 00:07:35.430 just yes and there's fine actually here
00:07:46.639 00:07:46.649 is even better that just allows me to
00:07:52.670 00:07:52.680 plug into the that grid there feeds all
00:07:55.760 00:07:55.770 the way back up to the top row which
00:07:57.079 00:07:57.089 will be the first to get natural gas so
00:07:59.240 00:07:59.250 that will immediately start taking over
00:08:00.559 00:08:00.569 from these backup generators so once the
00:08:03.019 00:08:03.029 power is on the grid from there these
00:08:04.100 00:08:04.110 coal generators should stop spitting out
00:08:06.139 00:08:06.149 power all the time which will be a bonus
00:08:08.510 00:08:08.520 I'm gonna have to run this for a few
00:08:11.360 00:08:11.370 cycles before I actually start getting
00:08:12.529 00:08:12.539 anything productive out of it I need to
00:08:14.179 00:08:14.189 build up my stockpile of me saying I'm
00:08:15.950 00:08:15.960 going to build up a large pool of the
00:08:17.420 00:08:17.430 stuff it'll all make more sense as the
00:08:19.730 00:08:19.740 actual thing comes together now now
00:08:22.790 00:08:22.800 we're looking on printables oh we have a
00:08:24.019 00:08:24.029 new printable available
00:08:26.240 00:08:26.250 and no nevermind
00:08:28.950 00:08:28.960 yeah we'll take the copper oh it's also
00:08:32.250 00:08:32.260 been pointed out to me that I should
00:08:33.480 00:08:33.490 probably kill off all my pups reason
00:08:38.250 00:08:38.260 being puffs sometimes they spawn those
00:08:41.940 00:08:41.950 blue ones where is it really put them
00:08:43.860 00:08:43.870 appears to very well can every R nope
00:08:47.340 00:08:47.350 squeaky dents they consume oxygen thirty
00:08:51.240 00:08:51.250 kilos a cycle and do miss the excuses
00:08:55.620 00:08:55.630 it's 95 percent of us which means
00:08:57.690 00:08:57.700 they're actually destroying oxygen as
00:08:59.310 00:08:59.320 they sit there so I'm going to have to
00:09:01.170 00:09:01.180 do something about that
00:09:02.240 00:09:02.250 mmm-hmm I might need to stick these all
00:09:04.770 00:09:04.780 in a different type of environment maybe
00:09:06.300 00:09:06.310 cover the area in chlorine but if I do
00:09:08.130 00:09:08.140 that right no way of actually doing them
00:09:10.100 00:09:10.110 access the outside world yeah I suppose
00:09:13.710 00:09:13.720 I could just wall in the area maybe
00:09:17.300 00:09:17.310 actually no first I got to get the more
00:09:19.710 00:09:19.720 upset of their I want to use those more
00:09:21.330 00:09:21.340 absorption take it off I want to recycle
00:09:23.280 00:09:23.290 that so there's three more in that mess
00:09:25.830 00:09:25.840 somewhere so I'm going to have to
00:09:27.480 00:09:27.490 actually wrangle all of those critters a
00:09:29.370 00:09:29.380 lot of them that's not going to be fun
00:09:32.280 00:09:32.290 but yeah that will need to be done once
00:09:33.630 00:09:33.640 I've wrangled all of them I can actually
00:09:34.620 00:09:34.630 get the more upset it there but that's
00:09:37.079 00:09:37.089 for a later attempt for the time being
00:09:39.210 00:09:39.220 yeah okay let's do it
00:09:40.950 00:09:40.960 for the time being we're going to finish
00:09:42.720 00:09:42.730 up this natural gas generator system
00:09:44.300 00:09:44.310 powers already in place and gas perfect
00:09:49.400 00:09:49.410 yeah
00:09:50.760 00:09:50.770 but I do have to run these I'm gonna
00:09:53.010 00:09:53.020 have to hook up the inputs to this down
00:09:55.140 00:09:55.150 here and I'm also going to have to hook
00:09:57.930 00:09:57.940 up the outputs now you see the inputs
00:09:59.910 00:09:59.920 here I've just went straight through the
00:10:00.990 00:10:01.000 input line white is input the green
00:10:03.690 00:10:03.700 outputs you don't want to run a pipe
00:10:05.550 00:10:05.560 straight through them and the reason
00:10:07.350 00:10:07.360 being will be a constant flow of gas
00:10:09.090 00:10:09.100 through there and so long as there's
00:10:09.990 00:10:10.000 even a tiny little bit of gas in the
00:10:11.370 00:10:11.380 output section it won't allow anything
00:10:12.810 00:10:12.820 else to exit the machine so if you run
00:10:14.940 00:10:14.950 the output straight through those it
00:10:16.350 00:10:16.360 basically just clogs it it's not really
00:10:19.410 00:10:19.420 that bad it's just in annoyance yeah
00:10:21.540 00:10:21.550 ventilation instead of gas pipes we are
00:10:24.240 00:10:24.250 going with ceramic everywhere Oh
00:10:26.690 00:10:26.700 actually I knew it and I'm gonna have to
00:10:30.180 00:10:30.190 renew it
00:10:30.600 00:10:30.610 in fact I am NOT going to have enough
00:10:31.950 00:10:31.960 room for all these am I
00:10:33.690 00:10:33.700 yeah we can do some digging not a big
00:10:36.720 00:10:36.730 deal we've got enough to through Luke
00:10:39.240 00:10:39.250 nope line up with everything else Thank
00:10:42.360 00:10:42.370 You candy oh I better finish that stairs
00:10:47.790 00:10:47.800 oh yeah I'm going to have to dig across
00:10:54.270 00:10:54.280 here to actually put those in and
00:10:55.620 00:10:55.630 deacons destroyed buildings yes perfect
00:11:04.890 00:11:04.900 you're gonna have to put in a letter
00:11:06.150 00:11:06.160 system where are we going now here no
00:11:08.460 00:11:08.470 that will get them across - no I can
00:11:14.280 00:11:14.290 finish that off won't be a big deal
00:11:20.019 00:11:20.029 okay now I have to pipe all six of those
00:11:22.670 00:11:22.680 into natural gas generators also I'm
00:11:24.890 00:11:24.900 gonna have to seal this up in some way I
00:11:26.150 00:11:26.160 think I want to expand this just a
00:11:27.980 00:11:27.990 little bit more though the thing is I do
00:11:30.410 00:11:30.420 actually want to thanks playing this I
00:11:32.960 00:11:32.970 do want to put in a few power
00:11:35.300 00:11:35.310 transformers on this side just so I can
00:11:37.460 00:11:37.470 take advantage of all the cooling that
00:11:38.630 00:11:38.640 I'm gonna be generating in here oh yes I
00:11:40.550 00:11:40.560 was going to go with actually letting
00:11:42.620 00:11:42.630 this run a hot I was gonna the whole
00:11:43.910 00:11:43.920 system run hot and then I could actually
00:11:45.320 00:11:45.330 use the heat generator to create steam
00:11:46.940 00:11:46.950 which could generate me additional power
00:11:48.680 00:11:48.690 that was going to be the original plan
00:11:50.860 00:11:50.870 however that's before someone pointed in
00:11:53.990 00:11:54.000 the comments that polluted dirt can be
00:11:55.400 00:11:55.410 let off gas currently I am producing
00:11:58.490 00:11:58.500 dirt versus down here and it's all going
00:12:02.690 00:12:02.700 into my compost that polluted dirt there
00:12:05.210 00:12:05.220 it's emitting polluted oxygen which
00:12:06.829 00:12:06.839 means instead of throwing it into the
00:12:08.000 00:12:08.010 compost to turn it into dirt which I
00:12:09.769 00:12:09.779 don't need I'm not actually using dirt
00:12:11.720 00:12:11.730 for anything I can take the polluted
00:12:13.910 00:12:13.920 dirt and just little off gas into
00:12:15.590 00:12:15.600 polluted oxygen I'll have to make it
00:12:16.880 00:12:16.890 little system to take care of it but
00:12:18.050 00:12:18.060 that will be for a later date so if I
00:12:20.720 00:12:20.730 let this run hot it will boil all the
00:12:22.519 00:12:22.529 polluted water coming out of here and
00:12:23.810 00:12:23.820 the polluted water will turn into steam
00:12:25.790 00:12:25.800 which is effectively clean water so I'd
00:12:27.680 00:12:27.690 be cleaning it and I that means I won't
00:12:29.269 00:12:29.279 be getting any polluted dirt out of the
00:12:30.440 00:12:30.450 system I would have preferred to really
00:12:32.840 00:12:32.850 run it as power positive and actually
00:12:34.310 00:12:34.320 dump it into a steam turbine but mmm
00:12:36.290 00:12:36.300 this works another bright side my
00:12:37.790 00:12:37.800 polluted waters gonna come out chill I
00:12:40.030 00:12:40.040 can always use that for some cooling
00:12:41.960 00:12:41.970 somewhere now it's people plastic chunk
00:12:46.120 00:12:46.130 letter exactly where it needs to be now
00:12:49.760 00:12:49.770 I'm just gonna leave in a little bit of
00:12:50.810 00:12:50.820 room for a few power transformers yeah
00:12:52.610 00:12:52.620 actually I'm gonna be sitting this up
00:12:54.260 00:12:54.270 the side so give me power we're going to
00:12:59.449 00:12:59.459 be putting in a lot of power
00:13:00.829 00:13:00.839 transformers and I want to top it there
00:13:03.260 00:13:03.270 so yeah if they're gonna be on their
00:13:08.120 00:13:08.130 black one there I'm gonna have to move a
00:13:11.780 00:13:11.790 lot of this back
00:13:15.279 00:13:15.289 perfect yeah
00:13:21.489 00:13:21.499 Umesh does just to extend this on and
00:13:23.809 00:13:23.819 then this was walled here yeah well
00:13:26.029 00:13:26.039 there my god that thing's a monstrosity
00:13:33.019 00:13:33.029 I was first putting together Sarah gas
00:13:36.379 00:13:36.389 boiler design I I forgot to realize that
00:13:38.869 00:13:38.879 this will actually be the biggest part
00:13:40.429 00:13:40.439 of the whole thing this our guy's boiler
00:13:41.689 00:13:41.699 is only going to be this size it's
00:13:43.369 00:13:43.379 actually that bad okay it's pretty big
00:13:45.499 00:13:45.509 but I was able to condense it down a bit
00:13:46.879 00:13:46.889 because I'm using a petroleum boiler
00:13:49.149 00:13:49.159 yeah you right there and he's at two
00:13:58.339 00:13:58.349 toes I put in another one two toes high
00:14:00.819 00:14:00.829 put in another one and he can start all
00:14:03.799 00:14:03.809 this junk that's more and can we fit in
00:14:14.479 00:14:14.489 one more there yeah we can nice though
00:14:19.899 00:14:19.909 should probably put in the actual power
00:14:22.009 00:14:22.019 for them as well and she knew I can't
00:14:25.899 00:14:25.909 and I've faced them all I got a face to
00:14:29.119 00:14:29.129 Mars interaction I want them all facing
00:14:31.759 00:14:31.769 to the left so they can actually feed
00:14:32.960 00:14:32.970 into the rest of my base and I can go
00:14:35.179 00:14:35.189 they're gone gone and gone
00:14:41.480 00:14:41.490 and how much slam-dunk we got in here
00:14:43.950 00:14:43.960 pleated oxygen for that's still annoying
00:14:47.220 00:14:47.230 I'm running around to all these little
00:14:48.180 00:14:48.190 packets of polluted auction running
00:14:49.470 00:14:49.480 around the base you can see them there
00:14:50.520 00:14:50.530 from where I dismantled the deodorizer
00:14:52.710 00:14:52.720 see it's kind of why there's still so
00:14:55.110 00:14:55.120 many deodorizers left around the base
00:14:56.490 00:14:56.500 I'm going to have to do something about
00:14:57.720 00:14:57.730 that fluid oxygen I'm just not sure what
00:14:59.550 00:14:59.560 yet well I don't have to do something
00:15:01.740 00:15:01.750 about it but I would prefer to do
00:15:03.000 00:15:03.010 something about it
00:15:03.750 00:15:03.760 yeah no you're facing the wrong way okay
00:15:14.270 00:15:14.280 and where was it bold one you do you
00:15:16.950 00:15:16.960 construct yeah no I still need to get
00:15:21.330 00:15:21.340 the pollute water to there as well this
00:15:22.800 00:15:22.810 blizzard water is the stuff that's going
00:15:24.270 00:15:24.280 to be heading back this direction sort
00:15:26.190 00:15:26.200 of feed into that pipe that's my Jeremy
00:15:29.040 00:15:29.050 polluted water actually you know what
00:15:31.460 00:15:31.470 that makes no difference and I do want
00:15:34.860 00:15:34.870 to do this slightly different good oh
00:15:36.110 00:15:36.120 yeah I want to do it that way and the
00:15:40.590 00:15:40.600 reason being by putting the bridge there
00:15:42.540 00:15:42.550 that means the water I'm gonna be
00:15:43.950 00:15:43.960 bringing over from my power plant will
00:15:45.180 00:15:45.190 actually have priority so yeah the
00:15:48.390 00:15:48.400 sewage can wait a little while
00:15:49.680 00:15:49.690 I shouldn't be I putting about three
00:15:51.060 00:15:51.070 three and a half kilos of polluted water
00:15:52.590 00:15:52.600 tops this is going to be all ceramic
00:15:57.020 00:15:57.030 I've decided I've got ceramic I'm gonna
00:16:00.180 00:16:00.190 use it
00:16:00.750 00:16:00.760 I had six hundred kilos I've used quite
00:16:03.390 00:16:03.400 about a lot of it already or 600 tonnes
00:16:05.130 00:16:05.140 I'm into 367 tonnes totally worth it so
00:16:10.140 00:16:10.150 let's check out the decor overlay in
00:16:11.400 00:16:11.410 here decor is unpleasant yeah I don't
00:16:14.940 00:16:14.950 think the dupes like it in there - 145 -
00:16:18.150 00:16:18.160 207 okay yeah let's seal this sucker up
00:16:23.340 00:16:23.350 in a bit
00:16:24.800 00:16:24.810 most of you
00:16:27.660 00:16:27.670 and I don't want to close everything up
00:16:30.450 00:16:30.460 just yet I want my dupes to have full
00:16:31.650 00:16:31.660 free access but I can start actually
00:16:33.600 00:16:33.610 replacing some of these outside tears
00:16:36.260 00:16:36.270 actually what am i doing that is just a
00:16:39.660 00:16:39.670 waste of ceramic right there we are
00:16:41.070 00:16:41.080 going to go with igneous rock and we're
00:16:42.330 00:16:42.340 gonna double there when you're using
00:16:44.970 00:16:44.980 insulated tiles double layering is just
00:16:46.860 00:16:46.870 so much more powerful than pretty much
00:16:48.240 00:16:48.250 anything else and you can go there if
00:16:52.470 00:16:52.480 you double layer into the details it
00:16:53.820 00:16:53.830 takes an eternity for the actual
00:16:55.230 00:16:55.240 temperature till you get though I am
00:16:57.300 00:16:57.310 going to have to do something about this
00:16:59.100 00:16:59.110 you see I could this is gonna leak chill
00:17:00.960 00:17:00.970 at the bottom mm-hmm
00:17:02.670 00:17:02.680 I should create a vacuum there you know
00:17:04.710 00:17:04.720 I'll do that off screen that's just
00:17:05.670 00:17:05.680 going to be an annoying task of putting
00:17:07.079 00:17:07.089 in a liquid lock vacuuming at the area
00:17:08.850 00:17:08.860 then breaking this up it's painful Oh
00:17:11.329 00:17:11.339 actually wait no it's going to be less
00:17:14.160 00:17:14.170 painful because I don't need that I can
00:17:15.689 00:17:15.699 do constructed this one over here that's
00:17:17.280 00:17:17.290 feeding down at the bottom power grid
00:17:18.540 00:17:18.550 this is the one I'll have to take care
00:17:19.949 00:17:19.959 of yeah I'll do that off-screen yeah but
00:17:22.949 00:17:22.959 this is the general gist of this and I'm
00:17:24.270 00:17:24.280 also gonna put a cooling solution over
00:17:25.620 00:17:25.630 here and I'm making a little bit wider I
00:17:26.910 00:17:26.920 need a lot of room there's these
00:17:29.640 00:17:29.650 generate an awful lot of heat so I'm
00:17:31.800 00:17:31.810 going to need to deal with an awful lot
00:17:32.970 00:17:32.980 of it which means lots and lots of super
00:17:34.770 00:17:34.780 coolant and a very very dangerously
00:17:37.200 00:17:37.210 sized
00:17:37.850 00:17:37.860 very powerful heat deletion device I'm
00:17:41.040 00:17:41.050 not sure I think I probably just plug
00:17:42.240 00:17:42.250 this directly into the grid as well it's
00:17:43.650 00:17:43.660 going to be necessary anyway back to you
00:17:45.870 00:17:45.880 Angela second okay so I may have went a
00:17:49.110 00:17:49.120 little bit crazy on the supercool
00:17:50.400 00:17:50.410 interior
00:17:50.820 00:17:50.830 I don't need nearly this much but yeah
00:17:53.490 00:17:53.500 why not we'll make those all sweep only
00:17:56.790 00:17:56.800 I think I've got enough in there for now
00:17:58.850 00:17:58.860 this is what I get for going absolutely
00:18:00.900 00:18:00.910 crazy and building way too much super
00:18:02.670 00:18:02.680 couldn't how much we got in here to know
00:18:04.920 00:18:04.930 we're going to know a lot more than that
00:18:06.710 00:18:06.720 what we're going to do here is have a
00:18:09.000 00:18:09.010 super coolant loop we'll just feed this
00:18:10.950 00:18:10.960 in actually I need to put in some actual
00:18:15.000 00:18:15.010 bridges here and to get flow one bridge
00:18:18.480 00:18:18.490 there yeah that should do one bridges
00:18:22.170 00:18:22.180 only need yeah so that will mean the
00:18:25.800 00:18:25.810 super critical flow around that way and
00:18:27.060 00:18:27.070 start at the bottom yeah I'm good with
00:18:28.620 00:18:28.630 that actually we'll do that to there and
00:18:33.900 00:18:33.910 all we have to do is hook that across
00:18:35.310 00:18:35.320 and I think insert pumping super coolant
00:18:37.770 00:18:37.780 in there when the time comes
00:18:39.500 00:18:39.510 which should hopefully be fairly soon
00:18:41.120 00:18:41.130 now let's deconstruct all these junk
00:18:45.850 00:18:45.860 what I've done here is I've just set up
00:18:48.110 00:18:48.120 a this is going to be my cooling loop I
00:18:50.480 00:18:50.490 have hooked up the pipes because I
00:18:51.800 00:18:51.810 should have done them all at once but
00:18:53.540 00:18:53.550 once they've been ghosted in just the
00:18:55.910 00:18:55.920 sintering problem I'm saying we'll just
00:18:57.680 00:18:57.690 hook you in there for example when I do
00:18:59.360 00:18:59.370 this it tries to overwrite that pipe I
00:19:00.950 00:19:00.960 know if I had it put them all down while
00:19:03.050 00:19:03.060 there were ghosts it would have been
00:19:03.980 00:19:03.990 fine it was just I was doing it
00:19:05.420 00:19:05.430 piecemeal at a time so I couldn't really
00:19:06.890 00:19:06.900 do that anyway no they've got that layer
00:19:09.260 00:19:09.270 in that means no oxygen is in there so I
00:19:12.200 00:19:12.210 can actually seal this sucker off and
00:19:13.940 00:19:13.950 hopefully I don't have to see the backup
00:19:15.170 00:19:15.180 again and it's ceramic perfect and then
00:19:18.440 00:19:18.450 we're going to have to have a layer up
00:19:20.270 00:19:20.280 here now 1 2 3 4 5 yeah that's going to
00:19:26.900 00:19:26.910 be the that's pretty much the steam
00:19:29.480 00:19:29.490 turbine that's all it needs
00:19:30.760 00:19:30.770 but I make it one wider than that yeah
00:19:34.490 00:19:34.500 and we're gonna have to recirculate it
00:19:35.660 00:19:35.670 up to cooling to actually go up there
00:19:37.100 00:19:37.110 and cool the steam turbine and also I've
00:19:39.860 00:19:39.870 put in this ginormous run of piping here
00:19:41.780 00:19:41.790 you'll see this here this is going to be
00:19:45.170 00:19:45.180 the cooling loop as you can see it's
00:19:46.430 00:19:46.440 quite large it's gonna take a while to
00:19:49.220 00:19:49.230 fill that with super coolant and my
00:19:50.990 00:19:51.000 super cool looking yet looking pretty
00:19:52.190 00:19:52.200 good so once that's completed I can hook
00:19:54.230 00:19:54.240 it up and I'll just dump into super
00:19:55.370 00:19:55.380 coolant as quick as I can and though I
00:19:57.080 00:19:57.090 don't think my dupes are gonna get a
00:19:58.310 00:19:58.320 rental em soon we'll put your priorities
00:19:59.810 00:19:59.820 down to three yeah I don't my
00:20:03.080 00:20:03.090 duplicating on top of that way too soon
00:20:04.580 00:20:04.590 otherwise I'll end up with way too much
00:20:05.690 00:20:05.700 super coolant flooding everything power
00:20:08.090 00:20:08.100 and I need power I've got two drawn in
00:20:10.610 00:20:10.620 this area is this stuff down here which
00:20:13.130 00:20:13.140 it works you conduct a bridge okay and
00:20:18.740 00:20:18.750 let's go with cold all the way that cool
00:20:22.190 00:20:22.200 volcano is paying enormous dividends
00:20:28.420 00:20:28.430 yeah perfect
00:20:31.659 00:20:31.669 yeah I just cut this out and cut forward
00:20:34.100 00:20:34.110 a bit there's just this is just an
00:20:35.749 00:20:35.759 enormous amount of construction it's
00:20:37.100 00:20:37.110 just how it's going to be for a while
00:20:38.210 00:20:38.220 until this is up and running
00:20:39.379 00:20:39.389 actually even after that I'm gonna have
00:20:40.580 00:20:40.590 to do some regular harvesting management
00:20:42.379 00:20:42.389 so I can open my meat production so I
00:20:45.409 00:20:45.419 can keep up with the duplicants
00:20:46.639 00:20:46.649 consumption okay so I accidentally made
00:20:50.330 00:20:50.340 all of the pipes in here at if fermium
00:20:51.889 00:20:51.899 and used every single piece of thermia
00:20:54.080 00:20:54.090 my head yep that was a mistake I'm still
00:20:58.129 00:20:58.139 using some therming off here but yeah
00:20:59.720 00:20:59.730 I'm gonna delete all of those and
00:21:00.889 00:21:00.899 replace them with gold like a normal
00:21:02.360 00:21:02.370 human being the therm thats in there can
00:21:05.930 00:21:05.940 stay that's fine but the rest of it yeah
00:21:07.730 00:21:07.740 it's all gotta go and we'll put you on
00:21:09.529 00:21:09.539 sweet pony I think I've got enough
00:21:11.180 00:21:11.190 superin coolant in there to tide me over
00:21:13.070 00:21:13.080 for just a little bit there's always
00:21:15.980 00:21:15.990 something you really do have to pay
00:21:17.960 00:21:17.970 attention to the material as you're
00:21:19.039 00:21:19.049 making things out of I forget every
00:21:21.080 00:21:21.090 single time yeah get it there and I'm
00:21:27.889 00:21:27.899 putting in some temperature shift plates
00:21:29.090 00:21:29.100 now before I forget about it a few
00:21:30.409 00:21:30.419 diamonds there diamonds yes definitely
00:21:33.080 00:21:33.090 diamond temperature shift blades
00:21:34.659 00:21:34.669 actually how much refined metals am I
00:21:37.700 00:21:37.710 looking at term iam 2.4 tonnes I think
00:21:40.639 00:21:40.649 had I had a lot more than that they're
00:21:44.690 00:21:44.700 still just deconstructing ish okay I'm
00:21:46.999 00:21:47.009 just going to skip forward again until
00:21:49.519 00:21:49.529 this is all ripped out and I've replaced
00:21:51.230 00:21:51.240 it all with actual gold plumbing gold
00:21:54.019 00:21:54.029 yes we're set to gold now definitely
00:21:55.489 00:21:55.499 there's a rip all that and replace it
00:21:57.139 00:21:57.149 back to in a min so we finally got to
00:21:59.899 00:21:59.909 super cool and starting to flow well
00:22:01.759 00:22:01.769 okay through the actual loop itself we
00:22:03.680 00:22:03.690 haven't actually started this cooling
00:22:05.810 00:22:05.820 box I've remembered from the last time I
00:22:07.430 00:22:07.440 have to vacuum that at first overall
00:22:09.590 00:22:09.600 this building is taking way way way too
00:22:12.320 00:22:12.330 long so I think it's time we promoted a
00:22:13.820 00:22:13.830 few more dupes to help out of the
00:22:14.930 00:22:14.940 efforts I think a couple of them are it
00:22:16.850 00:22:16.860 should be good to go and where are we
00:22:18.999 00:22:19.009 yeah they're all running away on their
00:22:20.930 00:22:20.940 wheels up there and so we've got Colin's
00:22:24.649 00:22:24.659 road I actually remember to change them
00:22:26.600 00:22:26.610 over to construction they're a Dig Dug
00:22:28.629 00:22:28.639 Rai and I moved over to cooking because
00:22:31.759 00:22:31.769 I put them in the wrong ones originally
00:22:33.019 00:22:33.029 oopsie a new recruit three there's
00:22:35.210 00:22:35.220 tinkering is a 20 and athletics at 20
00:22:36.980 00:22:36.990 basically once they hit 20 athletics and
00:22:38.539 00:22:38.549 tinkering it's time to let them loose
00:22:40.299 00:22:40.309 they actually get a +2 athletics from
00:22:42.950 00:22:42.960 the exosuits but they're all on
00:22:44.480 00:22:44.490 barbecue so they're getting - to
00:22:45.710 00:22:45.720 athletics from that it's a minor minor
00:22:48.500 00:22:48.510 thing I so what do we got here we got a
00:22:49.940 00:22:49.950 critter ranching actually I do need a
00:22:52.340 00:22:52.350 beastie so you can be my beastie and in
00:22:55.490 00:22:55.500 your spare time you can help with the
00:22:57.500 00:22:57.510 building actually you shouldn't you into
00:22:59.600 00:22:59.610 building or I'll get choose you improve
00:23:01.700 00:23:01.710 tinkering that gets the construction and
00:23:03.290 00:23:03.300 the tinkering tinkering always comes in
00:23:05.630 00:23:05.640 handy so you will be ranching and you
00:23:09.200 00:23:09.210 will be oh you could improve cooking
00:23:11.060 00:23:11.070 well know if you that actually you'll be
00:23:12.770 00:23:12.780 another builder I need more builders yep
00:23:15.860 00:23:15.870 straight into building for you so
00:23:18.820 00:23:18.830 remember this time ranching then
00:23:21.950 00:23:21.960 building okay ranching then building for
00:23:24.770 00:23:24.780 three and four and where are we dear
00:23:32.270 00:23:32.280 Lord Duke sister this is going to get
00:23:33.770 00:23:33.780 even crazier as it gets wrenching ten
00:23:36.380 00:23:36.390 building yeah so you were wrenching as a
00:23:41.780 00:23:41.790 beastie and then I believe the next step
00:23:46.310 00:23:46.320 on the naming list was Charles their
00:23:49.730 00:23:49.740 base was the one that was so
00:23:51.290 00:23:51.300 aesthetically pleasing they had
00:23:52.460 00:23:52.470 everything just you know it was
00:23:53.510 00:23:53.520 efficient but looks so nice well they're
00:23:56.570 00:23:56.580 going to get exam manage critters
00:23:57.970 00:23:57.980 welcome and next up we've got number
00:24:01.700 00:24:01.710 four you were building yes you were
00:24:03.919 00:24:03.929 building definitely yes oh you're a dick
00:24:06.530 00:24:06.540 Doug and this one is Bob Terminator now
00:24:12.380 00:24:12.390 if you remember Bob's bass was the one
00:24:13.940 00:24:13.950 that was so brutally efficient even I
00:24:15.740 00:24:15.750 was sort of horrified at what he was
00:24:17.030 00:24:17.040 doing to his tubes well ok wasn't that
00:24:19.100 00:24:19.110 bad but it was just brutally efficient
00:24:22.070 00:24:22.080 did love that bass thanks again guys for
00:24:23.960 00:24:23.970 for sending in the maps it's he gets I
00:24:26.990 00:24:27.000 get so many ideas just from looking at
00:24:28.310 00:24:28.320 other people's maps and I'm sure who
00:24:29.600 00:24:29.610 else does as well you just even if it's
00:24:31.640 00:24:31.650 not used you take someone's exact build
00:24:33.200 00:24:33.210 you've actually modified it slightly or
00:24:34.700 00:24:34.710 do something with it
00:24:35.390 00:24:35.400 it just it really helps actually when
00:24:37.880 00:24:37.890 you're playing now let's get these let's
00:24:40.669 00:24:40.679 get these dupes editor well ok let's
00:24:42.200 00:24:42.210 scroll down is huge so we get Charles
00:24:44.510 00:24:44.520 and thought Terminator no thank you you
00:24:48.650 00:24:48.660 don't need to go into the gym anymore
00:24:49.850 00:24:49.860 you've done your running Charles and
00:24:52.760 00:24:52.770 terminator
00:24:55.500 00:24:55.510 yeah basically these dupes have been
00:24:57.760 00:24:57.770 running on a hamster wheels until they
00:24:59.050 00:24:59.060 become builders and Oh Timmy took
00:25:02.260 00:25:02.270 plantus stifled why oh yeah I stopped
00:25:06.730 00:25:06.740 turning the cooling loop near there
00:25:07.900 00:25:07.910 the cooling loop is actually only going
00:25:09.580 00:25:09.590 through the upper half of the base for
00:25:10.720 00:25:10.730 now I'm going to have to actually rip
00:25:12.520 00:25:12.530 out all of this and replace it with
00:25:13.720 00:25:13.730 diamond tiled all the way up I mean I've
00:25:16.090 00:25:16.100 only got room for 50 tubes in bed so I
00:25:18.070 00:25:18.080 need another 10 bedrooms and I'm going
00:25:21.550 00:25:21.560 to need another two dining hall so one
00:25:23.380 00:25:23.390 there one there that can be another
00:25:24.880 00:25:24.890 bedroom or make a recreational room made
00:25:27.190 00:25:27.200 a rec room for these tubes yes
00:25:28.890 00:25:28.900 actually has the scheduler looking I've
00:25:30.820 00:25:30.830 got everyone scheduled yep we're
00:25:32.140 00:25:32.150 starting to get five tubes per schedule
00:25:33.580 00:25:33.590 and we've got eight schedules that'll
00:25:35.230 00:25:35.240 take us up to eighty once we get ten
00:25:36.670 00:25:36.680 tubes per schedule I'm gonna have to
00:25:38.560 00:25:38.570 start stretching out the schedule some
00:25:39.700 00:25:39.710 more yeah now I mean smartest time when
00:25:43.450 00:25:43.460 I put in the liquid luck they're first
00:25:44.890 00:25:44.900 to start now we're just gonna get in a
00:25:46.900 00:25:46.910 quick vacuum pump here and we're gonna
00:25:48.370 00:25:48.380 turn this sucker into a vacuum and yeah
00:25:52.540 00:25:52.550 no messing about let's just get this
00:25:54.010 00:25:54.020 done quick ceramic power cabling I've
00:25:57.850 00:25:57.860 got a power running up from this site to
00:25:59.110 00:25:59.120 bring in the super cooling so that
00:26:00.340 00:26:00.350 should not be an issue and I'm gonna
00:26:02.200 00:26:02.210 want to make sure that super coolant
00:26:03.370 00:26:03.380 loop is completely stacked I mean
00:26:05.470 00:26:05.480 totally stacked this thing is going to
00:26:07.450 00:26:07.460 each each cooling and oh wow okay we
00:26:14.050 00:26:14.060 need a lot more super coolest all of you
00:26:16.300 00:26:16.310 guys back on you and you start pumping
00:26:21.040 00:26:21.050 that full of super coolant I'm also
00:26:22.960 00:26:22.970 going to need some super coolant for the
00:26:24.340 00:26:24.350 cooling loop that goes through here now
00:26:27.370 00:26:27.380 this is just a straightforward cooling
00:26:29.500 00:26:29.510 loop I know from experience because I
00:26:31.420 00:26:31.430 did build this well something similar in
00:26:33.190 00:26:33.200 the debug test map this is going to be
00:26:35.560 00:26:35.570 running pretty much what about ninety
00:26:37.090 00:26:37.100 percent uptime so I have no worries
00:26:38.710 00:26:38.720 about this ever stopping well that's a
00:26:42.130 00:26:42.140 little bit of a lie but I have worries
00:26:43.300 00:26:43.310 of messing up the natural gas and the
00:26:45.040 00:26:45.050 natural gas generator stuff then this
00:26:47.170 00:26:47.180 might actually run into a problem but if
00:26:48.550 00:26:48.560 my natural gas generators have stopped
00:26:49.870 00:26:49.880 running I've got bigger problems than
00:26:51.100 00:26:51.110 having a crack pipe I've got you know
00:26:53.260 00:26:53.270 the complete collapse of my entire base
00:26:55.120 00:26:55.130 so for my base collapse is entirely I'm
00:26:56.950 00:26:56.960 not going to worry too much about
00:26:57.870 00:26:57.880 cracked pipe should be grand grand I
00:27:00.310 00:27:00.320 tell you yeah I'm gonna vacuum this out
00:27:03.340 00:27:03.350 seal it up and I forgot to put the water
00:27:05.200 00:27:05.210 indeed night you know what I am going to
00:27:06.580 00:27:06.590 pipe the water in I'm
00:27:07.510 00:27:07.520 to run a pipe all the way over here so I
00:27:08.980 00:27:08.990 don't have to deal with this okay but uh
00:27:13.960 00:27:13.970 yeah I'll cut out that bitch I've got to
00:27:16.180 00:27:16.190 get the water from here I'm actually
00:27:17.140 00:27:17.150 gonna have to put in a second water pump
00:27:18.640 00:27:18.650 one water pump is not actually gonna be
00:27:20.320 00:27:20.330 able to provide for all my needs I've
00:27:22.150 00:27:22.160 got two kilos going down to the oil
00:27:23.770 00:27:23.780 wells then I've got how many other more
00:27:26.650 00:27:26.660 kilos or is this yeah I've also got to
00:27:30.520 00:27:30.530 do the toilets and sinks and then I've
00:27:32.410 00:27:32.420 got to do all the electrolyzer setups
00:27:34.000 00:27:34.010 and yeah at times there when this when I
00:27:37.120 00:27:37.130 was running all three electrolyzers
00:27:38.470 00:27:38.480 continuously I was actually getting
00:27:39.760 00:27:39.770 stuttering but not from power or gas but
00:27:41.980 00:27:41.990 because the water was not getting
00:27:43.150 00:27:43.160 through quickly enough kind of
00:27:44.920 00:27:44.930 impressive yeah so I'll run a second
00:27:47.890 00:27:47.900 I'll run a second boom from here pretty
00:27:49.660 00:27:49.670 quick let's see grab a sip we're gonna
00:27:52.690 00:27:52.700 make a bit of actually I'm gonna start
00:27:54.910 00:27:54.920 using steel for all of these because
00:27:56.110 00:27:56.120 steel is probably gonna be more one of
00:27:57.460 00:27:57.470 my more common materials now and I'm
00:27:59.530 00:27:59.540 running out of everything else all the
00:28:00.880 00:28:00.890 ores I'm actually starting to run out of
00:28:02.650 00:28:02.660 them yeah that's kind of a weird feeling
00:28:06.370 00:28:06.380 especially when I've mind that the whole
00:28:07.630 00:28:07.640 map how am I gonna get out of here I'll
00:28:12.400 00:28:12.410 be fine
00:28:14.100 00:28:14.110 I go to hit Oh hit the wrong key there
00:28:20.500 00:28:20.510 and cross yeah well dump you in
00:28:33.040 00:28:33.050 actually we're gonna put you two there
00:28:35.110 00:28:35.120 and then I'm going to hook you up when
00:28:36.760 00:28:36.770 we're ready to go and this already a
00:28:39.640 00:28:39.650 vacuum perfect perfect it will repeat to
00:28:41.950 00:28:41.960 power and look at well get this sucker
00:28:44.440 00:28:44.450 ready to run now you can all go
00:28:50.629 00:28:50.639 there's so many little steps you have to
00:28:52.560 00:28:52.570 do just get these suckers up and running
00:28:53.909 00:28:53.919 correctly hey I'll come back to you once
00:28:55.889 00:28:55.899 the piping is built and we actually
00:28:57.239 00:28:57.249 start jumping in the water I'm just
00:28:58.320 00:28:58.330 gonna eyeball this it doesn t matter how
00:28:59.879 00:28:59.889 much water I put in there and oh yeah
00:29:02.669 00:29:02.679 before hook it up I'm going to have to
00:29:03.779 00:29:03.789 actually seal this sucker I'll put in
00:29:05.999 00:29:06.009 one block you know hmm I need to put in
00:29:10.799 00:29:10.809 a block at the bottom because that water
00:29:11.940 00:29:11.950 is gonna interfere the liquid luck so if
00:29:13.649 00:29:13.659 I just construct that block put one
00:29:17.669 00:29:17.679 there
00:29:18.680 00:29:18.690 OOP should still be able to get in and
00:29:20.909 00:29:20.919 out because there's two tiles I on each
00:29:22.560 00:29:22.570 side and in the water won't interfere
00:29:24.060 00:29:24.070 with anything yeah I'll probably work
00:29:27.749 00:29:27.759 probably if there's any problems you'll
00:29:29.909 00:29:29.919 find - okay we're sitting - fill er up
00:29:33.180 00:29:33.190 with water now yeah I don't need an
00:29:36.060 00:29:36.070 enormous amount but I'm not going to
00:29:37.889 00:29:37.899 skimp plumbing looking 5068
00:29:43.289 00:29:43.299 it's getting ready to cut that sucker
00:29:44.759 00:29:44.769 off actually let's make that a level 90
00:29:47.519 00:29:47.529 cancer command yeah that should be
00:29:50.970 00:29:50.980 plenty of water which it was more than
00:29:52.289 00:29:52.299 enough steam to get this whole soccer
00:29:53.519 00:29:53.529 started we don't really have to worry
00:29:55.049 00:29:55.059 about this thing overheating it's just a
00:29:56.930 00:29:56.940 it'll be dumping its image to the
00:29:58.799 00:29:58.809 turbine no matter wash assuming I've
00:30:00.149 00:30:00.159 configured that correctly as well and
00:30:02.149 00:30:02.159 that's assuming a dupe shows up at some
00:30:04.440 00:30:04.450 point actually take care thank you yeah
00:30:06.539 00:30:06.549 yeah let's actually reverse the flow on
00:30:08.609 00:30:08.619 that Wow actually I can't really connect
00:30:11.850 00:30:11.860 oh no again yeah the pipe is trying to
00:30:18.509 00:30:18.519 feed off this actually exists anyway and
00:30:19.950 00:30:19.960 this cannot be reversed liquid breach
00:30:29.990 00:30:30.000 and we'll just bring that there and
00:30:32.190 00:30:32.200 should empty out the whole system and
00:30:34.670 00:30:34.680 we'll disable you just a quick way to
00:30:42.480 00:30:42.490 get all the water back into the tank I
00:30:44.420 00:30:44.430 want every single precious drop of that
00:30:46.800 00:30:46.810 water well okay I am still jumping a
00:30:48.540 00:30:48.550 bunch of it into read fiber at the
00:30:49.650 00:30:49.660 moment but that shall be sorted later
00:30:51.810 00:30:51.820 just not right now
00:30:52.830 00:30:52.840 and that's getting everything yeah once
00:30:56.760 00:30:56.770 that bridge is complete that whole line
00:30:58.050 00:30:58.060 should empty yeah there we go
00:31:04.220 00:31:04.230 yeah we've got the water we want we've
00:31:06.510 00:31:06.520 got the whole system sealed up the only
00:31:07.860 00:31:07.870 thing I'm missing now is actually yeah
00:31:10.740 00:31:10.750 more super coolant there's no way around
00:31:14.340 00:31:14.350 it a super good under there thank you
00:31:16.590 00:31:16.600 see I'm I didn't run out of super
00:31:17.490 00:31:17.500 couldn't 15.8 tons yeah you know I'm
00:31:20.700 00:31:20.710 good it was just a low-priority globe
00:31:21.840 00:31:21.850 rarities grant yeah now for power
00:31:24.090 00:31:24.100 I've actually hooked this up to the grid
00:31:26.010 00:31:26.020 down the bottom the one running on the
00:31:27.150 00:31:27.160 call so it's all down here into this
00:31:29.820 00:31:29.830 cooler aid this cool area is gonna be
00:31:31.140 00:31:31.150 hooked into my power generation up here
00:31:33.090 00:31:33.100 anyway I've well I know it's been
00:31:35.880 00:31:35.890 confusing with these top two lines and
00:31:37.640 00:31:37.650 half of these bottom two in a mix going
00:31:40.590 00:31:40.600 from in slices this way they're all on
00:31:43.620 00:31:43.630 one power grid and that's cooked into
00:31:45.330 00:31:45.340 the cooler aid this is going to be my my
00:31:48.270 00:31:48.280 primary systems all the stuff that is
00:31:49.980 00:31:49.990 absolutely essential for base living is
00:31:51.570 00:31:51.580 going to be on this all the secondary
00:31:53.250 00:31:53.260 stuff will be on this wire here which
00:31:55.590 00:31:55.600 I'm going to feed off along here for now
00:31:58.170 00:31:58.180 this primary power or this everything
00:32:01.110 00:32:01.120 else power is going to feed my whole
00:32:02.610 00:32:02.620 main grid or it's going to take up all
00:32:04.020 00:32:04.030 the slack once I kick it in
00:32:06.630 00:32:06.640 yeah where was I it's a full there's no
00:32:10.260 00:32:10.270 way that was full yeah no that's not
00:32:12.780 00:32:12.790 full and we're going to seal this sucker
00:32:14.730 00:32:14.740 up actually no we're going to clean this
00:32:17.940 00:32:17.950 sucker right first and that's what we're
00:32:19.110 00:32:19.120 gonna do then we're going to seal it up
00:32:20.580 00:32:20.590 and once it's sealed up I can then fill
00:32:22.680 00:32:22.690 the loop with actual coolant and we
00:32:25.170 00:32:25.180 should be set you know what's this set
00:32:27.570 00:32:27.580 you down here and you're set to if it's
00:32:29.940 00:32:29.950 above mmm-hmm the temperature is below
00:32:33.300 00:32:33.310 above 99 hello
00:32:36.990 00:32:37.000 I want that to be permanently on the
00:32:40.230 00:32:40.240 moment this starts just so I can fill
00:32:41.610 00:32:41.620 the whole loop with supercooled and it
00:32:43.710 00:32:43.720 should just be a case of plugging it in
00:32:44.850 00:32:44.860 there we'll be good to go that all done
00:32:46.890 00:32:46.900 yep and cedar up boys we're gonna fire
00:32:50.549 00:32:50.559 this sucker up yeah once they've got
00:32:52.169 00:32:52.179 that built I'll be right back hey
00:32:54.659 00:32:54.669 simplest thing to do let's just plug
00:32:56.789 00:32:56.799 this sucker in middle liquid bridge two
00:32:59.220 00:32:59.230 seconds and it should be fired up I'm
00:33:01.350 00:33:01.360 sure I forgotten something
00:33:02.820 00:33:02.830 water goes in from the top yep thanks to
00:33:07.529 00:33:07.539 me that's hooked up
00:33:08.220 00:33:08.230 that's not no okay let's let's turn this
00:33:17.460 00:33:17.470 sucker off yeah if the temperatures
00:33:22.590 00:33:22.600 below that turn on if the temperatures
00:33:23.850 00:33:23.860 above that turn on oh yeah that'll keep
00:33:25.110 00:33:25.120 it off yeah it's totally off the way so
00:33:29.130 00:33:29.140 we can dismantle some of these blocks
00:33:30.390 00:33:30.400 and get back in again yeah when I
00:33:34.590 00:33:34.600 deleted that pipe that was reversing it
00:33:36.630 00:33:36.640 that's what caused it actually I've got
00:33:38.279 00:33:38.289 to delete a bunch of piping in there
00:33:39.390 00:33:39.400 don't I aw all this trying to rush
00:33:45.870 00:33:45.880 things always this is what gets me come
00:33:52.529 00:33:52.539 on yeah okay once that's clean there
00:33:58.260 00:33:58.270 then we can turn this sucker on as the
00:34:00.810 00:34:00.820 rest of the loop looking a little bit of
00:34:03.630 00:34:03.640 a gap there but that'll be filled
00:34:04.710 00:34:04.720 shortly super we got more than enough
00:34:07.289 00:34:07.299 okay we're gonna turn you to sleep only
00:34:09.149 00:34:09.159 we don't want any more super cool it
00:34:10.619 00:34:10.629 down here we have got plenty accidents
00:34:14.909 00:34:14.919 have a quick check on our super cooling
00:34:16.200 00:34:16.210 supply super coolant is looking yeah we
00:34:19.859 00:34:19.869 got we got gallons of this stuff
00:34:21.270 00:34:21.280 ooh this is where I store my visco gel
00:34:24.060 00:34:24.070 when I mop it up yeah I've had many many
00:34:26.250 00:34:26.260 visco gel accidents yeah but that's
00:34:28.770 00:34:28.780 where it all hi there's a nice big
00:34:31.349 00:34:31.359 bottle of visco gel there how much is
00:34:32.669 00:34:32.679 this two tons of visco gel yeah that's
00:34:34.889 00:34:34.899 all for my mistakes mainly the odd one
00:34:37.470 00:34:37.480 was where I actually cleaned up with
00:34:39.000 00:34:39.010 this Coachella airlock but more often
00:34:40.409 00:34:40.419 than not it was just me messing up
00:34:42.869 00:34:42.879 ceramic yep okay looking good in this
00:34:47.379 00:34:47.389 side
00:34:47.830 00:34:47.840 yeah that should be filled just a bit
00:34:50.109 00:34:50.119 now well that is a long loop the problem
00:34:52.629 00:34:52.639 with the length of this loop is that it
00:34:53.680 00:34:53.690 actually takes so long for the cooling
00:34:55.780 00:34:55.790 to get all the way around that it's it's
00:34:57.550 00:34:57.560 very uneven I'm going to be very cold on
00:34:59.109 00:34:59.119 one side and then a little bit too warm
00:35:01.060 00:35:01.070 in places because of the way it's
00:35:02.320 00:35:02.330 rotates around well not too warm just
00:35:03.700 00:35:03.710 still be like about a 10 15 degree
00:35:05.290 00:35:05.300 difference instead of being an even
00:35:06.849 00:35:06.859 spread okay
00:35:09.790 00:35:09.800 now we're good to go yeah actually do I
00:35:13.060 00:35:13.070 still have that in place yes they do all
00:35:15.010 00:35:15.020 I got to do is change this sensor change
00:35:18.550 00:35:18.560 you to below if we go okay that should
00:35:23.530 00:35:23.540 fill the whole system yeah once that's
00:35:28.900 00:35:28.910 ready if the temperature is above say
00:35:31.839 00:35:31.849 minus 40 yes a minus 20 extra to start
00:35:35.670 00:35:35.680 yep
00:35:38.760 00:35:38.770 full nope quick it now we're full if
00:35:43.870 00:35:43.880 you're above minus 20 you keep rotating
00:35:46.050 00:35:46.060 they constrict you do you can stick to
00:35:48.640 00:35:48.650 you damn it how am I gonna get that
00:35:53.920 00:35:53.930 editor that is way too much to mop I've
00:35:56.650 00:35:56.660 never been this lucky before and you
00:35:58.930 00:35:58.940 know what I'll spread this head maybe I
00:36:00.700 00:36:00.710 can mop it up maybe yeah
00:36:05.079 00:36:05.089 we'll give it a look we'll give it a
00:36:06.400 00:36:06.410 lash and see what happens yeah no you
00:36:09.640 00:36:09.650 can start to
00:36:13.550 00:36:13.560 and mop up my viscous gel airlock
00:36:16.120 00:36:16.130 actually wait wait let's leave that
00:36:18.590 00:36:18.600 disco gel airlock just in case there is
00:36:20.840 00:36:20.850 something I've missed
00:36:21.770 00:36:21.780 I've probably missed something wow that
00:36:24.350 00:36:24.360 steams it quick water doesn't actually
00:36:28.280 00:36:28.290 evaporate too fast yeah I suppose
00:36:30.170 00:36:30.180 that'll get up to temperature in a bit
00:36:31.220 00:36:31.230 why are you not turning on high
00:36:33.260 00:36:33.270 temperature below pressure steam
00:36:36.110 00:36:36.120 temperature below 125 oh yeah okay we're
00:36:37.640 00:36:37.650 good we're good
00:36:38.290 00:36:38.300 yeah once it's finished we'll mop that
00:36:40.400 00:36:40.410 up and that should be most of this done
00:36:42.650 00:36:42.660 well I do have to seal it in on one side
00:36:44.390 00:36:44.400 I'm gonna seal this in and put in a
00:36:46.250 00:36:46.260 disco gel airlock and probably make it
00:36:48.350 00:36:48.360 double layered so that I've got a vacuum
00:36:49.970 00:36:49.980 in between just to keep all the chill
00:36:51.110 00:36:51.120 inside the box this is a rather big box
00:36:55.720 00:36:55.730 yeah oh and one last thing I got a wall
00:37:00.530 00:37:00.540 up the sides as well I don't need that
00:37:02.090 00:37:02.100 chill getting it yeah I could just cut
00:37:06.530 00:37:06.540 forward a bit once we've sealed this up
00:37:07.970 00:37:07.980 I'm gonna actually try sealing this up
00:37:09.740 00:37:09.750 and putting in a visco gel airlock um I
00:37:12.320 00:37:12.330 do need to actually mmm we should put a
00:37:15.260 00:37:15.270 letter up the side of this you know what
00:37:16.550 00:37:16.560 I am gonna put a letter up the side of
00:37:17.900 00:37:17.910 this actually wait I'm not going to
00:37:23.090 00:37:23.100 waste any more ceramics because I've
00:37:24.530 00:37:24.540 burned through so much of it so far and
00:37:27.760 00:37:27.770 that's what I always end up doing and
00:37:29.960 00:37:29.970 like that and I'll just double layer
00:37:32.510 00:37:32.520 this with igneous rock igneous rock will
00:37:34.040 00:37:34.050 work just fine and let it go we can mop
00:37:40.070 00:37:40.080 up this sucker I just need to get
00:37:41.120 00:37:41.130 wouldn't mock command off and I should
00:37:42.470 00:37:42.480 be able to mop up the whole thing so I'm
00:37:43.850 00:37:43.860 gonna do is deconstruct these tiles and
00:37:45.260 00:37:45.270 then as the liquid rolls there I'll hit
00:37:47.300 00:37:47.310 the Miller mop command and that way even
00:37:49.670 00:37:49.680 if more liquid ends up in there that
00:37:50.900 00:37:50.910 needs to be then he's allowed to be
00:37:53.000 00:37:53.010 mopped it'll still allow me to mop it
00:37:54.440 00:37:54.450 and it should actually well there we go
00:37:58.910 00:37:58.920 yeah too much liquid but yeah we're fine
00:38:00.950 00:38:00.960 that should mop it down to levels that
00:38:02.390 00:38:02.400 are actually manageable yeah I just got
00:38:04.640 00:38:04.650 it out here until I've done the cleanup
00:38:06.610 00:38:06.620 okay so this whole monstrosity is
00:38:08.960 00:38:08.970 starting to come together over here I've
00:38:11.300 00:38:11.310 got the entrance lock it is basically
00:38:13.160 00:38:13.170 just a two visco gel locks and I put a
00:38:16.610 00:38:16.620 gas pump in the middle and I vacuum the
00:38:18.350 00:38:18.360 door like so now this is a perfect
00:38:20.570 00:38:20.580 insulator oh yeah I should probably
00:38:22.790 00:38:22.800 actually replace that let's hope that
00:38:23.960 00:38:23.970 doesn't mess that up yeah that's that's
00:38:25.100 00:38:25.110 gonna mess it up you know what will
00:38:26.210 00:38:26.220 leave the
00:38:26.769 00:38:26.779 we'll leave the gas pump in there for
00:38:27.699 00:38:27.709 now but this basically means there's no
00:38:29.769 00:38:29.779 temperature transfer between inside the
00:38:31.329 00:38:31.339 box and out through this entrance so the
00:38:33.669 00:38:33.679 only way you can get out is to the tiles
00:38:35.079 00:38:35.089 along the bottom or the top or something
00:38:36.219 00:38:36.229 like that
00:38:36.699 00:38:36.709 I've also done a similar thing thing
00:38:38.589 00:38:38.599 down here I'm just basically walling
00:38:40.689 00:38:40.699 these in no real need not - might as
00:38:43.779 00:38:43.789 well do everything thoroughly while I'm
00:38:45.159 00:38:45.169 here yeah where we got power relay yeah
00:38:48.219 00:38:48.229 get rid of this as well and now we have
00:38:50.890 00:38:50.900 a fully functional lock there I can
00:38:52.749 00:38:52.759 actually rip that out walled it in tear
00:38:55.089 00:38:55.099 it down and be good to go
00:38:56.859 00:38:56.869 I just don't remove the visco jail
00:38:58.539 00:38:58.549 before I've got the sealed up Francis
00:39:00.429 00:39:00.439 just remember that that's all you got to
00:39:02.079 00:39:02.089 do man get all that junk get it there
00:39:07.089 00:39:07.099 first
00:39:07.479 00:39:07.489 Oh actually has maybe this kochiya
00:39:09.849 00:39:09.859 looking no no no fresh this disco chill
00:39:12.339 00:39:12.349 I messed up on and still don't know you
00:39:14.890 00:39:14.900 can go that's still just dragging the
00:39:18.849 00:39:18.859 temperature down not very well mind you
00:39:20.979 00:39:20.989 but it's still the going under I got to
00:39:22.870 00:39:22.880 recycle that actually put you there and
00:39:26.380 00:39:26.390 we're going to have to replace that with
00:39:27.819 00:39:27.829 a liquid vent you know what let's just
00:39:31.059 00:39:31.069 cue that up and get back to it in a
00:39:32.169 00:39:32.179 minute yeah yeah so that's done simply
00:39:37.179 00:39:37.189 wall that in and now we have a perfect
00:39:38.620 00:39:38.630 document here and there the reason we're
00:39:40.359 00:39:40.369 doing this is these conductive joint
00:39:42.309 00:39:42.319 plates are going to conduct cold so this
00:39:44.259 00:39:44.269 would actually if I just left this here
00:39:45.789 00:39:45.799 well like this vacuum it the middle the
00:39:48.009 00:39:48.019 cold from this would radiate out and the
00:39:49.479 00:39:49.489 cold would escape this area I'm trying
00:39:50.979 00:39:50.989 to contain temperature everywhere I can
00:39:52.719 00:39:52.729 so that I don't have to worry about this
00:39:54.069 00:39:54.079 map I wanted to be 100% hands off as in
00:39:57.609 00:39:57.619 the dupes and everything can survive
00:39:58.870 00:39:58.880 happily and handily and the temperatures
00:40:00.519 00:40:00.529 won't go crazy anywhere and something
00:40:01.870 00:40:01.880 won't break or stop working well that's
00:40:04.569 00:40:04.579 the theory now this just basically seals
00:40:07.569 00:40:07.579 it in because this is a perfect vacuum
00:40:08.799 00:40:08.809 it stops any temperature transfer from
00:40:10.359 00:40:10.369 happening make sure they're hooked up
00:40:11.919 00:40:11.929 yeah they're definitely hooked up across
00:40:14.039 00:40:14.049 also I discovered I'd wired these up a
00:40:16.569 00:40:16.579 little incorrectly so I redid the wiring
00:40:19.029 00:40:19.039 on that at the same time I was redoing
00:40:20.380 00:40:20.390 the piping so now it's every second one
00:40:22.630 00:40:22.640 so one two three four five and since
00:40:25.359 00:40:25.369 there's 11 it gets half of the last two
00:40:27.399 00:40:27.409 so yeah should be too much every
00:40:29.319 00:40:29.329 difference I just wanted it that way so
00:40:30.909 00:40:30.919 I wouldn't have to worry about it now
00:40:32.199 00:40:32.209 and we can put all that junk into
00:40:33.849 00:40:33.859 storage and we can actually start
00:40:35.409 00:40:35.419 deconstructing some of this actually I
00:40:36.999 00:40:37.009 might double layer the bottom of this as
00:40:38.739 00:40:38.749 well
00:40:39.609 00:40:39.619 and in ceramic I'll just use regular
00:40:41.680 00:40:41.690 into Regnery igneous rock for that why
00:40:46.450 00:40:46.460 not this gives me just perfect
00:40:48.430 00:40:48.440 installation along the bottom two layers
00:40:49.779 00:40:49.789 of insulated tile is it effectively
00:40:51.579 00:40:51.589 perfect insulation it's better than
00:40:53.979 00:40:53.989 ceramic the only thing better than dual
00:40:55.630 00:40:55.640 layer insulation is insulation made out
00:40:57.700 00:40:57.710 of insulation which is pretty rare to be
00:41:00.849 00:41:00.859 honest and we construct that get rid of
00:41:03.160 00:41:03.170 you and I might want to put in a few
00:41:05.890 00:41:05.900 more letter tiles so dibs can get up
00:41:07.150 00:41:07.160 there yeah that'll work
00:41:13.319 00:41:13.329 okay so I'm almost ready to go Sarah
00:41:16.509 00:41:16.519 gasps Matt yeah I'm just gonna do a
00:41:22.450 00:41:22.460 quick check around make sure I haven't
00:41:23.769 00:41:23.779 missed anything oh I should probably
00:41:24.969 00:41:24.979 wall that in another layer as well you
00:41:26.829 00:41:26.839 know what I'm not going to worry about
00:41:27.819 00:41:27.829 that I can do all that later mincing
00:41:29.890 00:41:29.900 around once we've got this up in the
00:41:31.150 00:41:31.160 morning you mop plumbing all gone that
00:41:40.089 00:41:40.099 is beautiful that's actually check the
00:41:41.319 00:41:41.329 temperature over there yeah the super
00:41:44.200 00:41:44.210 coolant comes down here and then goes
00:41:45.519 00:41:45.529 around so you can see the bottom layers
00:41:46.599 00:41:46.609 you're starting to chill down nicely by
00:41:48.609 00:41:48.619 the time I fired this up there should be
00:41:49.809 00:41:49.819 icy cold and give me icy cold I push I
00:41:51.640 00:41:51.650 want this to be around close to 20
00:41:53.769 00:41:53.779 degrees so that all the I put or minus
00:41:55.630 00:41:55.640 20 degrees so that all the outputs are
00:41:57.339 00:41:57.349 minus 20 as well and oh yeah and now
00:42:00.759 00:42:00.769 it's time for the Sarah gas boiler just
00:42:02.469 00:42:02.479 let me check a couple things before I
00:42:04.059 00:42:04.069 hook into this before I start this I
00:42:05.829 00:42:05.839 want to make sure you have all my
00:42:06.910 00:42:06.920 measurements lined up so that I don't
00:42:08.589 00:42:08.599 well I have to redo half of this weather
00:42:10.599 00:42:10.609 when the time comes you also enter their
00:42:12.839 00:42:12.849 back to the minute okay just check the
00:42:16.509 00:42:16.519 clock I am running at a time I need to
00:42:18.099 00:42:18.109 get this up and running quickly so
00:42:19.569 00:42:19.579 liquid tepid Iser
00:42:20.819 00:42:20.829 we are going to make you out of actually
00:42:23.049 00:42:23.059 it really doesn't matter what you're
00:42:24.249 00:42:24.259 made of
00:42:24.640 00:42:24.650 yeah well you're sticky there I'm gonna
00:42:27.130 00:42:27.140 just take a temperature sensor right
00:42:28.299 00:42:28.309 beside you this is going to be heating
00:42:30.190 00:42:30.200 up our super coolant our super current
00:42:32.529 00:42:32.539 is going to get too cold and when it
00:42:34.029 00:42:34.039 does we need something to actually dump
00:42:35.349 00:42:35.359 some he's into us
00:42:36.130 00:42:36.140 tepid icers just cannot be beaten well
00:42:38.650 00:42:38.660 as of this batch anyway if we're gonna
00:42:41.140 00:42:41.150 but you also gonna dump a bunch of super
00:42:43.809 00:42:43.819 coolant in here so yeah
00:42:46.230 00:42:46.240 [Music]
00:42:47.760 00:42:47.770 I need more places to actually stand
00:42:50.370 00:42:50.380 them you all have to go and I'm going to
00:42:53.790 00:42:53.800 want another one maybe mm-hmm no I
00:42:57.060 00:42:57.070 couldn't actually you will all have to
00:42:59.100 00:42:59.110 go as well so step to their automation
00:43:02.370 00:43:02.380 sensor have to put a thermo sensor in
00:43:05.970 00:43:05.980 there and yeah cool don't you find a so
00:43:11.340 00:43:11.350 for you we want super coolant and we
00:43:13.380 00:43:13.390 want a lot of it we are going to
00:43:15.000 00:43:15.010 actually fill up this entire bottom
00:43:16.410 00:43:16.420 layer with super coolant yeah like I
00:43:19.050 00:43:19.060 said a lot of super cool actually in a
00:43:21.420 00:43:21.430 below the bottle yeah copy settings and
00:43:27.060 00:43:27.070 we'll put a third one over here okay I
00:43:28.710 00:43:28.720 better open that door so just get in the
00:43:29.910 00:43:29.920 way yeah grant yeah so it'll be 3 super
00:43:34.470 00:43:34.480 coolant empty earth no I think I'll just
00:43:36.720 00:43:36.730 skip forward until the super cooling
00:43:38.070 00:43:38.080 stuff is all done you guys don't need to
00:43:40.380 00:43:40.390 stick around for that but it's basically
00:43:41.640 00:43:41.650 just going to be me trying to find
00:43:42.630 00:43:42.640 places to dump these as many of these as
00:43:44.580 00:43:44.590 they possibly can and dumping in the
00:43:47.010 00:43:47.020 super coolant as quickly as I can before
00:43:48.420 00:43:48.430 I start running out of time okay I've
00:43:51.210 00:43:51.220 got enough super coolant in there I also
00:43:53.040 00:43:53.050 put in a few little pieces basically
00:43:54.900 00:43:54.910 this little cooling loop this is some
00:43:57.300 00:43:57.310 radiant pipes made of thermia thermia
00:43:59.520 00:43:59.530 because of its ridiculously ridiculously
00:44:01.620 00:44:01.630 thermally conductive so that's all in
00:44:04.290 00:44:04.300 there as well and I've got some ceramic
00:44:05.880 00:44:05.890 pipes coming up here that are gonna feed
00:44:07.140 00:44:07.150 into our Aqua tuners that are going to
00:44:08.790 00:44:08.800 provide the chilling to this area now I
00:44:10.800 00:44:10.810 just gotta clean the last this place up
00:44:12.750 00:44:12.760 and we'll be good to move on this is
00:44:16.140 00:44:16.150 basically the ice plate this is where
00:44:17.580 00:44:17.590 we're going to condense the sour gas
00:44:19.050 00:44:19.060 down into methane again actually we can
00:44:22.500 00:44:22.510 deconstruct as well oops can stand on
00:44:24.270 00:44:24.280 that they should be able to pick up any
00:44:25.320 00:44:25.330 debris that falls down there I'd like to
00:44:26.820 00:44:26.830 keep this as debris free as possible and
00:44:29.630 00:44:29.640 actually we can also put it in a ceramic
00:44:34.170 00:44:34.180 pipe a ceramic tile there I'm pretty
00:44:36.240 00:44:36.250 much gonna use all the ceramic in here
00:44:37.620 00:44:37.630 well lots of ceramic not all of it just
00:44:39.450 00:44:39.460 a lot of the ceramic I have access to
00:44:43.010 00:44:43.020 there how much is in there you know what
00:44:47.700 00:44:47.710 that's plenty
00:44:48.390 00:44:48.400 and we'll mop up that
00:44:51.250 00:44:51.260 okay that should be the bottom layer
00:44:53.290 00:44:53.300 finished and basically to put another
00:44:54.310 00:44:54.320 steel door there and then what are we
00:44:56.650 00:44:56.660 gonna move on from there oh actually I
00:44:58.210 00:44:58.220 can start deconstructing all of these
00:44:59.349 00:44:59.359 don't need to anymore but limp tears you
00:45:01.210 00:45:01.220 can all go now this is there's going to
00:45:04.810 00:45:04.820 be some non serviceable parts here
00:45:06.400 00:45:06.410 namely because of the ridiculous
00:45:07.780 00:45:07.790 temperatures involved this is going to
00:45:09.760 00:45:09.770 get down to minus two hundred and
00:45:11.050 00:45:11.060 something degrees so there's no way you
00:45:13.000 00:45:13.010 can put it in a liquid lock or anything
00:45:14.170 00:45:14.180 like that you know what I'm not going to
00:45:17.109 00:45:17.119 I've made my decision I'm not going to
00:45:18.790 00:45:18.800 make this service it'll be a non
00:45:20.109 00:45:20.119 serviceable part a couple of pieces
00:45:22.420 00:45:22.430 debris and ended up in there I'm not
00:45:23.890 00:45:23.900 going to cry over spilt milk
00:45:25.180 00:45:25.190 I will mop that up and then we can start
00:45:28.990 00:45:29.000 this and actually we can deconstruct
00:45:31.060 00:45:31.070 that as well we're gonna put in a door
00:45:32.349 00:45:32.359 here that's going to act as the
00:45:34.000 00:45:34.010 thermally determine injector the thermal
00:45:37.840 00:45:37.850 injector yeah but it's gonna be free to
00:45:38.980 00:45:38.990 chill and I can go over like that I got
00:45:41.260 00:45:41.270 to make sure I keep continuing on this
00:45:42.550 00:45:42.560 power spine as I go this power is going
00:45:44.290 00:45:44.300 to feed into the pumps and the other
00:45:45.430 00:45:45.440 things I'm going to build here and that
00:45:47.830 00:45:47.840 can be there and yeah these are gold
00:45:50.740 00:45:50.750 tiles I'm using diamond down the bottom
00:45:52.900 00:45:52.910 because diamond has amazingly good
00:45:54.370 00:45:54.380 thermal conductivity and it allows me to
00:45:56.050 00:45:56.060 inject more chill faster but the gold
00:45:58.599 00:45:58.609 gives me more control as much lower yes
00:46:01.859 00:46:01.869 specific heat capacity so once the
00:46:04.900 00:46:04.910 temperature that I hate is correct your
00:46:06.580 00:46:06.590 yeah I won't over inject it's not so
00:46:09.880 00:46:09.890 much of an issue on the chilling front
00:46:11.080 00:46:11.090 but it will be when I'm heating things
00:46:12.310 00:46:12.320 up now grab that stuff up junk and it's
00:46:17.650 00:46:17.660 put in a door and we're using steel
00:46:20.500 00:46:20.510 doors everywhere of course because steel
00:46:22.210 00:46:22.220 doors are what you want for anything to
00:46:23.859 00:46:23.869 do with these things anything to do with
00:46:25.300 00:46:25.310 thermal injection we're getting some
00:46:27.160 00:46:27.170 automation wires we're gonna but you
00:46:29.890 00:46:29.900 actually will just put you up to there
00:46:31.060 00:46:31.070 for now and we can start deconstructing
00:46:32.920 00:46:32.930 the buildings that are gonna be in the
00:46:34.630 00:46:34.640 way you and you namely and then we can
00:46:39.130 00:46:39.140 start putting in some more of these
00:46:40.120 00:46:40.130 metal tiles gold all the way see we can
00:46:42.790 00:46:42.800 build that to adding so we don't really
00:46:43.930 00:46:43.940 need to care too much about how long it
00:46:45.280 00:46:45.290 takes yeah I'm pretty sure I've measured
00:46:49.660 00:46:49.670 most of the site beforehand compared to
00:46:51.250 00:46:51.260 the diagram I made or the picture I took
00:46:52.930 00:46:52.940 that should be fine egg wall tile again
00:46:56.720 00:46:56.730 now this is going to be the actual
00:46:58.790 00:46:58.800 cooling bait itself so I mean want a few
00:47:01.040 00:47:01.050 things here versus some automation we're
00:47:03.349 00:47:03.359 gonna want to hide your sensor right
00:47:04.640 00:47:04.650 there actually but make everything your
00:47:06.170 00:47:06.180 out of gold it's not necessary but I
00:47:08.150 00:47:08.160 want to and next thing we're going to
00:47:10.099 00:47:10.109 need is another hydra sensor rid of it
00:47:11.720 00:47:11.730 here this one is going to actually be an
00:47:13.220 00:47:13.230 on/off switch it should only be used
00:47:15.650 00:47:15.660 once at the start but then once
00:47:17.150 00:47:17.160 everything's on it should be good to go
00:47:18.170 00:47:18.180 a liquid pump now we're going to make
00:47:20.839 00:47:20.849 the liquid pump out of term IAM yeah I
00:47:23.569 00:47:23.579 know that sounds ridiculous but just
00:47:25.310 00:47:25.320 method to the madness the therm iam is
00:47:27.319 00:47:27.329 really conductive and it's going to be
00:47:28.400 00:47:28.410 sitting inside a pool of cooled methane
00:47:30.339 00:47:30.349 so because it's sitting in the pool it's
00:47:32.569 00:47:32.579 going to actually help dump chill into
00:47:35.060 00:47:35.070 the atmosphere just kind of what we want
00:47:36.890 00:47:36.900 and that extra chill will allow it to
00:47:38.660 00:47:38.670 actually help cool down the sour gas
00:47:41.420 00:47:41.430 that we're going to be jumping down here
00:47:42.500 00:47:42.510 now we're also gonna want to use some
00:47:44.839 00:47:44.849 time and temperature shift plates
00:47:45.859 00:47:45.869 because diamonds are a dupes best friend
00:47:48.050 00:47:48.060 and then the center of that we're going
00:47:49.910 00:47:49.920 to put one thermal temperature shift
00:47:52.430 00:47:52.440 plate because well yeah it really does
00:47:56.120 00:47:56.130 help it does really help actually pump
00:47:58.130 00:47:58.140 out a lot more chill and now ceramic we
00:48:02.420 00:48:02.430 are gonna want ceramic pipes here so we
00:48:03.950 00:48:03.960 are going to dump actually what is
00:48:07.400 00:48:07.410 across here actually ruin it
00:48:10.819 00:48:10.829 ceramic bridges bridges don't actually
00:48:12.589 00:48:12.599 conduct anything but I'm going to use
00:48:13.760 00:48:13.770 ceramic because I am paranoid and it
00:48:16.130 00:48:16.140 will put you there this is gonna pump up
00:48:18.260 00:48:18.270 the meat and that ends up in here so any
00:48:20.120 00:48:20.130 meeting that solidifies on this plate
00:48:21.440 00:48:21.450 we're gonna pump it across here into
00:48:22.670 00:48:22.680 this area which remind me I should start
00:48:25.130 00:48:25.140 actually tightening this up and use
00:48:27.230 00:48:27.240 ceramic and we're going to put in a
00:48:29.420 00:48:29.430 temperature shift plate actually put in
00:48:32.359 00:48:32.369 one more than one what didn't real
00:48:34.220 00:48:34.230 debate across there one there that's a
00:48:37.339 00:48:37.349 good bit to Taos yeah actually you know
00:48:41.630 00:48:41.640 what
00:48:42.730 00:48:42.740 let's just dump in all the chill and
00:48:46.030 00:48:46.040 actually I'm gonna need a few more up
00:48:47.290 00:48:47.300 here this is going to be a counterflow
00:48:50.770 00:48:50.780 so that's why I'm putting in so many
00:48:52.089 00:48:52.099 temperature shift plates and let me try
00:48:55.300 00:48:55.310 and explain a bit better while they're
00:48:56.410 00:48:56.420 building that we're gonna heat the
00:48:58.450 00:48:58.460 natural gas or the crude oil here or the
00:49:00.490 00:49:00.500 petroleum here this is gonna turn into
00:49:01.810 00:49:01.820 sour gas flow all the way up our
00:49:03.550 00:49:03.560 interior back down and then it's gonna
00:49:05.920 00:49:05.930 end up in here and get chilled once it's
00:49:07.900 00:49:07.910 chilled it's gonna get dumped across
00:49:09.220 00:49:09.230 into this liquid vents this liquid vent
00:49:10.720 00:49:10.730 it's gonna dump it out here the heat
00:49:13.089 00:49:13.099 from the sour gas that's coming down
00:49:14.589 00:49:14.599 here will cause it to turn into gas
00:49:15.849 00:49:15.859 natural gas which will then flow up this
00:49:17.710 00:49:17.720 counter flow flowing against the sour
00:49:20.200 00:49:20.210 gas exchanging heat until it eventually
00:49:21.609 00:49:21.619 gets over to these gas pumps and we
00:49:23.230 00:49:23.240 extract it well that's the rough idea
00:49:25.050 00:49:25.060 yeah just one second yeah so where was I
00:49:29.410 00:49:29.420 I have replaced all the temperature
00:49:32.050 00:49:32.060 shift plates with diamonds I now should
00:49:33.609 00:49:33.619 have a bunch of terbium back okay ten
00:49:35.320 00:49:35.330 tons that'sthat's much more reasonable
00:49:36.700 00:49:36.710 because that's the second time I try to
00:49:38.829 00:49:38.839 use some exotic material for the wrong
00:49:40.750 00:49:40.760 purpose and I will put you in there and
00:49:42.670 00:49:42.680 then we'll deconstruct some more oh damn
00:49:45.099 00:49:45.109 it that's good to bug me if I leave it
00:49:47.740 00:49:47.750 there yeah or amasian pretty
00:49:50.710 00:49:50.720 straightforward automation wire here we
00:49:52.870 00:49:52.880 are going to hook this up to that
00:49:54.880 00:49:54.890 actually came is not running now I've
00:49:57.790 00:49:57.800 hooked it through the Hydra sensor and
00:49:59.109 00:49:59.119 the temperature sensor there's a reason
00:50:00.609 00:50:00.619 for this I basically want to make sure
00:50:01.900 00:50:01.910 these doors remain open until I want
00:50:04.359 00:50:04.369 them to engage I don't want them kicking
00:50:05.829 00:50:05.839 in any time before that this hydro
00:50:08.170 00:50:08.180 sensor is gonna detect when there's
00:50:09.280 00:50:09.290 enough methane in here that I think I
00:50:10.599 00:50:10.609 should pump out so this is connect up to
00:50:12.910 00:50:12.920 the liquid pump and that liquid pump is
00:50:14.680 00:50:14.690 just gonna jump back to here yeah so
00:50:17.230 00:50:17.240 that should keep the doors open and why
00:50:18.370 00:50:18.380 can't I build that automation where ah
00:50:20.609 00:50:20.619 yeah you know what we will take instruct
00:50:23.140 00:50:23.150 you and hopefully that won't fall down
00:50:26.710 00:50:26.720 is the hole yeah this is gonna be the
00:50:29.589 00:50:29.599 chilly area then disappear this is going
00:50:31.450 00:50:31.460 to be the hot area this is where we're
00:50:32.620 00:50:32.630 going to do the heating and we'll make
00:50:34.300 00:50:34.310 this you know what ceramic yeah I'm
00:50:37.210 00:50:37.220 gonna use ceramic up here just because
00:50:39.700 00:50:39.710 yeah how much we got yeah we got 300
00:50:42.819 00:50:42.829 something tons and ceramic they're
00:50:45.870 00:50:45.880 deconstruct some of these suckers
00:50:47.410 00:50:47.420 actually we don't need no not background
00:50:49.420 00:50:49.430 buildings you can start building these
00:50:53.099 00:50:53.109 yeah I'm not sure if I can pick those up
00:50:55.870 00:50:55.880 once they're in a door I really hope I
00:50:57.520 00:50:57.530 can cut a mission wires yeah perfect
00:51:01.450 00:51:01.460 hey you over here nice yeah so this is
00:51:11.319 00:51:11.329 basically the guts of Tony oneis design
00:51:13.839 00:51:13.849 our Tony advanced Tony's design except
00:51:16.450 00:51:16.460 I'm starting with petroleum so I have
00:51:18.069 00:51:18.079 different needs and how I kill it and I
00:51:19.870 00:51:19.880 went with a slightly different cooling
00:51:21.280 00:51:21.290 solution as well I wanted something that
00:51:22.630 00:51:22.640 I had a little bit more there's not a
00:51:24.700 00:51:24.710 lot of built-in safety features let's
00:51:26.109 00:51:26.119 just say on this design this design is
00:51:27.730 00:51:27.740 pretty much straight up yeah just
00:51:30.370 00:51:30.380 straight up let's let's burn stuff a lot
00:51:32.710 00:51:32.720 um deconstruction with this other chunk
00:51:36.670 00:51:36.680 here yeah you can go okay
00:51:40.480 00:51:40.490 so you got a power wire through there
00:51:42.270 00:51:42.280 yep power is going to there that will be
00:51:44.980 00:51:44.990 its own power wire because that's going
00:51:46.180 00:51:46.190 to draw more power than I can put
00:51:47.319 00:51:47.329 determine Mike what you know son
00:51:48.849 00:51:48.859 yeah utilities and this is where we're
00:51:53.230 00:51:53.240 going to need some more thermia
00:51:54.250 00:51:54.260 I'm gonna have an equity owner there and
00:51:56.289 00:51:56.299 we construct these suckers actually
00:51:59.620 00:51:59.630 we'll deconstruct it a little bit -
00:52:00.609 00:52:00.619 there this is gonna be 230 mm Akwa
00:52:04.870 00:52:04.880 tuners here they're going to provide all
00:52:06.670 00:52:06.680 of the actual heat for this and I
00:52:08.740 00:52:08.750 totally forgot to put in the plumbing
00:52:09.819 00:52:09.829 tonight wait no no I didn't forget to
00:52:13.450 00:52:13.460 put in the plumbing for once I
00:52:14.980 00:52:14.990 remembered stuff and another term you
00:52:17.980 00:52:17.990 micro cheater
00:52:19.960 00:52:19.970 now you're gonna notice I'm not putting
00:52:22.330 00:52:22.340 any flow controls on these these are
00:52:24.370 00:52:24.380 just straight through lots of cooling
00:52:28.200 00:52:28.210 that's it
00:52:29.560 00:52:29.570 liquid just gonna flow straight through
00:52:30.910 00:52:30.920 the only thing that's gonna turn these
00:52:32.650 00:52:32.660 off is temperature if it gets too hot in
00:52:35.620 00:52:35.630 here
00:52:35.950 00:52:35.960 okay mr. to you and we're gonna put in a
00:52:38.620 00:52:38.630 couple of diamonds temperature shift
00:52:40.240 00:52:40.250 plates you know one there one there that
00:52:42.940 00:52:42.950 just helps put in temperature into the
00:52:44.590 00:52:44.600 surrounding atmosphere which we're going
00:52:47.080 00:52:47.090 to fill with a lot and I mean a lot of
00:52:49.210 00:52:49.220 water like an enormous amount of water
00:52:51.040 00:52:51.050 I'm gonna put it in an awful lot in here
00:52:52.420 00:52:52.430 because this is more not so much the
00:52:55.090 00:52:55.100 safety feature as it allows me a lot
00:52:56.440 00:52:56.450 more control over the cooling the hotter
00:52:58.360 00:52:58.370 these things run damn it I can't explain
00:53:01.720 00:53:01.730 that coherent ation let me try if I let
00:53:04.660 00:53:04.670 these things get to if I put in too
00:53:06.910 00:53:06.920 little water in here it'll give me very
00:53:08.530 00:53:08.540 little control over how much chilling
00:53:09.880 00:53:09.890 goes on so long as I have some water to
00:53:12.100 00:53:12.110 work with as a sort of a buffer I should
00:53:14.500 00:53:14.510 00:53:15.100 00:53:15.110 yeah this shouldn't go above six hundred
00:53:19.270 00:53:19.280 and fifty degrees that's probably the
00:53:20.410 00:53:20.420 max this is ever gonna end up going to
00:53:22.000 00:53:22.010 but yeah I don't want to risk it sooo
00:53:25.380 00:53:25.390 power I'm gonna use basically iron in
00:53:28.870 00:53:28.880 here if at all possible just to make
00:53:30.460 00:53:30.470 sure nothing knots I'm sure I've used
00:53:31.480 00:53:31.490 something that's already gold but
00:53:32.590 00:53:32.600 actually sure the plates are gonna be
00:53:34.300 00:53:34.310 golden I might we'll just go at gold and
00:53:36.300 00:53:36.310 put you there there and then I'm gonna
00:53:40.180 00:53:40.190 have to find some way to get these air
00:53:41.350 00:53:41.360 um where's my power supply going to be
00:53:45.010 00:53:45.020 my power supply is going to be over here
00:53:46.290 00:53:46.300 so I'm gonna want to strip them out that
00:53:48.310 00:53:48.320 way
00:53:48.610 00:53:48.620 hmm actually I think I might just take
00:53:50.200 00:53:50.210 them right at the top yeah right at the
00:53:52.720 00:53:52.730 top it is actually yeah straight up and
00:53:56.710 00:53:56.720 you exact same thing get this all out of
00:54:01.330 00:54:01.340 the way with now yeah okay we're gonna
00:54:04.840 00:54:04.850 need some automation wires from this
00:54:06.160 00:54:06.170 they're going to control this is gonna
00:54:07.360 00:54:07.370 control oh you know your mission wires
00:54:10.030 00:54:10.040 to control the doors are gonna be up
00:54:11.620 00:54:11.630 here and actually Tim it should have
00:54:16.750 00:54:16.760 read more into my diagram you are going
00:54:19.660 00:54:19.670 to be all gold across here
00:54:22.220 00:54:22.230 and then we're going to actually remove
00:54:24.230 00:54:24.240 all that debris out of their canvas and
00:54:29.720 00:54:29.730 just your Stoops I wouldn't miss it nice
00:54:32.060 00:54:32.070 when you've got the dupes up to this
00:54:33.050 00:54:33.060 level and this many of them they just
00:54:34.640 00:54:34.650 chew through things printables give me a
00:54:37.579 00:54:37.589 wrist lock give me the Rizla and give me
00:54:38.900 00:54:38.910 a nuts
00:54:41.210 00:54:41.220 I really gotta keep an eye out for those
00:54:44.120 00:54:44.130 because I'm missing opportunities and
00:54:45.859 00:54:45.869 not actually checking as much as I
00:54:47.450 00:54:47.460 should I'm still only on I think I've
00:54:48.890 00:54:48.900 got a single tooth this around run
00:54:50.240 00:54:50.250 around 28 634 I'm still on 34 dupes
00:54:53.240 00:54:53.250 despite having spent so long building
00:54:54.319 00:54:54.329 stuff automation give me a sensor we're
00:55:00.890 00:55:00.900 not even going to measure temperature
00:55:01.910 00:55:01.920 when we're boiling we're just gonna
00:55:03.770 00:55:03.780 straight-up see how much liquid is on
00:55:05.870 00:55:05.880 the plate if there's liquid on the plate
00:55:07.040 00:55:07.050 and okay and I'm gonna have to fill up
00:55:11.060 00:55:11.070 with water as well no power you know we
00:55:16.010 00:55:16.020 got the power to bring in this other
00:55:18.079 00:55:18.089 power cable I'm not so sure I might just
00:55:19.609 00:55:19.619 bring it at this direction that will be
00:55:21.079 00:55:21.089 at the end I just want to get the guts
00:55:22.280 00:55:22.290 as thrown together so that in the next
00:55:24.200 00:55:24.210 episode we can just go straight to
00:55:25.490 00:55:25.500 firing this up because it will take a
00:55:27.319 00:55:27.329 bit of time to fire this sucker up I
00:55:31.900 00:55:31.910 think I'm gonna actually have to pump
00:55:33.680 00:55:33.690 water in here because this is going to
00:55:35.270 00:55:35.280 take a monstrous amount of water
00:55:37.359 00:55:37.369 absolutely monstrous I like to fill this
00:55:39.349 00:55:39.359 up quite heavily gotta go to iron and
00:55:42.079 00:55:42.089 we're gonna go with she's just a regular
00:55:44.450 00:55:44.460 liquid pipe I'm going to be pumping
00:55:47.329 00:55:47.339 clean water in there but you know what I
00:55:49.089 00:55:49.099 want to make sure that I'm pumping lots
00:55:51.589 00:55:51.599 of water and I want to get it done
00:55:52.670 00:55:52.680 quickly give me a bridge another bridge
00:55:59.650 00:55:59.660 and we're gonna plug it straight back
00:56:01.819 00:56:01.829 into oh it's meant to go there you know
00:56:05.390 00:56:05.400 what we don't care it's going well
00:56:08.660 00:56:08.670 that's the sewage line yeah I think sure
00:56:10.430 00:56:10.440 there's no water going through there
00:56:11.420 00:56:11.430 when that actually pops blowing
00:56:20.140 00:56:20.150 okay done well it'll be done in a mesh
00:56:25.030 00:56:25.040 yeah oh and enable that hope power
00:56:29.840 00:56:29.850 connected yes and that should start
00:56:32.090 00:56:32.100 pumping water the moment those pipes in
00:56:34.130 00:56:34.140 all those little bits and bobs you're
00:56:35.450 00:56:35.460 finished yeah time to get a few of the
00:56:39.110 00:56:39.120 other bits and bobs out of the way now
00:56:40.550 00:56:40.560 this is pretty much how it's going to
00:56:41.810 00:56:41.820 look when it's finished actually
00:56:43.700 00:56:43.710 automation wires yeah the only thing
00:56:49.760 00:56:49.770 that'll be different is I'm going to
00:56:51.290 00:56:51.300 have an insulated tile they're metal
00:56:53.390 00:56:53.400 tile there well these basically these
00:56:55.010 00:56:55.020 rows are going to be finished
00:56:56.240 00:56:56.250 so I want to get on to this next bit
00:56:58.580 00:56:58.590 over here this is sort of the sour gas
00:57:01.310 00:57:01.320 is gonna come down here and condense but
00:57:02.750 00:57:02.760 occasionally you're gonna get some Sarah
00:57:04.610 00:57:04.620 gasps well in the beginning you'll get
00:57:05.600 00:57:05.610 some sour gas that will turn into liquid
00:57:07.310 00:57:07.320 methane and then immediately flash back
00:57:09.140 00:57:09.150 into natural gas unfortunately it's
00:57:11.210 00:57:11.220 lighter than sour gas so it's instantly
00:57:12.890 00:57:12.900 gonna start floating upwards I just put
00:57:15.800 00:57:15.810 in a little counter up here all I'm
00:57:18.890 00:57:18.900 gonna do is make this out of
00:57:19.880 00:57:19.890 it's a granite and this is going to pump
00:57:22.850 00:57:22.860 down any gas that manages to escape and
00:57:25.430 00:57:25.440 then for the last bit of the run we're
00:57:26.990 00:57:27.000 going to use some radiant gold actually
00:57:28.970 00:57:28.980 you know we don't have cool wood steel
00:57:30.410 00:57:30.420 actually gonna plenty of that and run
00:57:33.050 00:57:33.060 this dent here and across to there and
00:57:36.200 00:57:36.210 just put it a high pressure gas vent so
00:57:38.720 00:57:38.730 that's going to filter out any of the oh
00:57:40.580 00:57:40.590 yeah I get near the actual filter on
00:57:43.610 00:57:43.620 that don't aim this is going to filter
00:57:46.070 00:57:46.080 it any of the natural gas that manages
00:57:48.680 00:57:48.690 to escape and we'll have okay so we'll
00:57:58.250 00:57:58.260 have natural gas no I'll have Sarah gas
00:58:00.050 00:58:00.060 filter down here and like natural gas
00:58:02.450 00:58:02.460 filter to over here
00:58:08.230 00:58:08.240 all the natural gas that gets dumped in
00:58:09.819 00:58:09.829 there if it's a skips appear and I need
00:58:11.740 00:58:11.750 this our gas will get down here well
00:58:15.730 00:58:15.740 right in here and that Sarah guy should
00:58:17.230 00:58:17.240 immediately condense down onto our plate
00:58:18.700 00:58:18.710 and that's the basics of us yeah I got
00:58:22.270 00:58:22.280 to fill this water tank up just a little
00:58:23.589 00:58:23.599 bit more I got to make sure that the top
00:58:25.329 00:58:25.339 two tiles are active because I want that
00:58:27.430 00:58:27.440 temperature sensor to be in range
00:58:29.339 00:58:29.349 plumbing wise we've got all of that in
00:58:31.750 00:58:31.760 place to actually do the circulation
00:58:33.160 00:58:33.170 that's good
00:58:33.940 00:58:33.950 and we're going to need to actually run
00:58:36.549 00:58:36.559 a cooling loop down here or a
00:58:37.720 00:58:37.730 counterflow loop once this is actually
00:58:40.210 00:58:40.220 filled cantaloupe is basically going to
00:58:42.190 00:58:42.200 be mostly gold with a bit of thermia Mon
00:58:43.780 00:58:43.790 in and we're going to rotate the oil
00:58:45.640 00:58:45.650 through back and forth in a snake-like
00:58:47.500 00:58:47.510 pattern until it gets near the bottom
00:58:49.359 00:58:49.369 which point we dump it on the ground
00:58:51.240 00:58:51.250 once it's dumped on the ground it
00:58:53.170 00:58:53.180 flashes to Sarah gasping hey contacts
00:58:55.059 00:58:55.069 these hot plates go all the way up and
00:58:57.520 00:58:57.530 through here down here hits this gets
00:59:00.010 00:59:00.020 chilled down that shield methane goes in
00:59:02.650 00:59:02.660 here turns into natural gas and flows up
00:59:04.210 00:59:04.220 here exchanging heat with the sour gas
00:59:05.829 00:59:05.839 so by the time this Sarah get the
00:59:07.450 00:59:07.460 natural gas gets up here it's cooled off
00:59:08.799 00:59:08.809 and the Sarah gas will have actually
00:59:10.630 00:59:10.640 cooled down now looking at water we have
00:59:15.250 00:59:15.260 six enter now we're still well away I'm
00:59:17.349 00:59:17.359 gonna fill this up basically to not the
00:59:19.569 00:59:19.579 whole way but yeah I'm definitely gonna
00:59:21.280 00:59:21.290 get this to the second level so there's
00:59:22.450 00:59:22.460 going to be at least six tons of water
00:59:23.740 00:59:23.750 in there this is actually quite
00:59:25.450 00:59:25.460 necessary to have the six tons of water
00:59:26.950 00:59:26.960 believe it or not now I'm going to need
00:59:29.890 00:59:29.900 one power wire for this two power wires
00:59:32.410 00:59:32.420 for that and then actually might need
00:59:34.510 00:59:34.520 another two for there I might have to
00:59:35.920 00:59:35.930 actually expand this I'll do that
00:59:36.970 00:59:36.980 off-screen but basically I'll have to
00:59:38.079 00:59:38.089 expand this and add in more power I'm
00:59:40.120 00:59:40.130 going to need this is going to draw
00:59:41.920 00:59:41.930 about five to six kilowatts depending on
00:59:43.660 00:59:43.670 how high you push it I've designed this
00:59:45.309 00:59:45.319 so it can run up to 10 kilo ten kilos of
00:59:49.750 00:59:49.760 crude oil I don't have ten kilos of
00:59:52.180 00:59:52.190 crude oil but I couldn't help myself I
00:59:53.589 00:59:53.599 had to design it that way you know
00:59:54.579 00:59:54.589 yourself you just you built in so much
00:59:56.349 00:59:56.359 resiliency you can't help yourself I
00:59:57.809 00:59:57.819 don't think I can get that stuff out of
00:59:59.890 00:59:59.900 there but I'm gonna issue a sweep
01:00:00.910 01:00:00.920 command just in case and that there all
01:00:04.329 01:00:04.339 right that's the bulk of this done I
01:00:06.490 01:00:06.500 think I'll cut this edge here I'm gonna
01:00:08.380 01:00:08.390 expand this in the background in between
01:00:10.030 01:00:10.040 episodes and then once the waters filled
01:00:11.950 01:00:11.960 up well strip out the piping when we
01:00:13.510 01:00:13.520 come back in it'll just be running the
01:00:14.920 01:00:14.930 radiant pipe and then it should be just
01:00:16.299 01:00:16.309 firing it up I will have to hook up
01:00:18.819 01:00:18.829 these natural these bent
01:00:20.900 01:00:20.910 gas pipes over here so I'm going to have
01:00:23.510 01:00:23.520 to do some imaginative thinking as to
01:00:25.220 01:00:25.230 where I'm going to run them but it
01:00:27.230 01:00:27.240 shouldn't be that hard it'll just be
01:00:28.280 01:00:28.290 running six pipes up and then I'm going
01:00:29.780 01:00:29.790 to have to run three of the pipes the or
01:00:31.640 01:00:31.650 three of these carbon dioxide pipes into
01:00:33.740 01:00:33.750 one I'll have to basically blend the
01:00:35.330 01:00:35.340 carbon exit down to my oil biome yeah
01:00:38.450 01:00:38.460 but I'll cut this edge here then and
01:00:40.880 01:00:40.890 I'll try and also hire some more dupes
01:00:42.260 01:00:42.270 in the background before they get
01:00:43.130 01:00:43.140 luckier on the random number generators
01:00:44.680 01:00:44.690 um
01:00:45.910 01:00:45.920 budgies that there wasn't too much done
01:00:47.780 01:00:47.790 but it's namely just there's an awful
01:00:49.730 01:00:49.740 lot of construction that goes on and
01:00:50.900 01:00:50.910 getting one of these up and running they
01:00:52.010 01:00:52.020 really are quite an investment well if
01:00:54.560 01:00:54.570 you want to run one constantly and you
01:00:56.120 01:00:56.130 want to convert all your crude oil it's
01:00:58.850 01:00:58.860 a lot of an investment of resources
01:01:01.180 01:01:01.190 anyway hope you enjoy it and good luck
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