QOL Mk3, 40 Sour gas_Natural gas boiler operational - Oxygen not included

WEBVTT
Kind: captions
Language: en

00:00:00.030
and we're back and well we're still
00:00:04.130 00:00:04.140 trying to build this silver gas boiler
00:00:05.300 00:00:05.310 or solar gas motors sour gas boiler
00:00:07.660 00:00:07.670 apologies it's still fairly early here
00:00:09.620 00:00:09.630 and I'm just it still trying to wake up
00:00:11.240 00:00:11.250 a little bit so of course I'm just gonna
00:00:12.799 00:00:12.809 throw myself into this build so that I
00:00:14.030 00:00:14.040 can totally mess it up now I'm just
00:00:16.279 00:00:16.289 eating up all this mess here I finished
00:00:17.960 00:00:17.970 off the gas piping as I promised I just
00:00:20.720 00:00:20.730 basically ran the pipes up here lots and
00:00:22.580 00:00:22.590 lots and lots of ceramic and I'm running
00:00:25.040 00:00:25.050 all three of these output pipes into one
00:00:27.679 00:00:27.689 and natural gas generators I put
00:00:30.349 00:00:30.359 one-third of what you input as carbon
00:00:32.450 00:00:32.460 dioxide so since they're all gonna eat
00:00:34.520 00:00:34.530 one pipe if I run Moll into three of
00:00:38.389 00:00:38.399 them into one pipe I should get a better
00:00:40.160 00:00:40.170 an equal amount of carbon dioxide in
00:00:41.750 00:00:41.760 there though oh yes I was practicing in
00:00:45.139 00:00:45.149 the background I was actually firing
00:00:46.880 00:00:46.890 this thing up not firing this thing up I
00:00:49.490 00:00:49.500 went into a debug map and I was actually
00:00:50.959 00:00:50.969 doing some playing around
00:00:52.069 00:00:52.079 I wanted to basically practice to
00:00:54.319 00:00:54.329 startup and shutdown of the of this
00:00:56.990 00:00:57.000 design that I'm going to implement and
00:00:58.459 00:00:58.469 of course I tried a few little
00:00:59.479 00:00:59.489 experimental things but one thing I also
00:01:01.099 00:01:01.109 noticed was these generators sometimes
00:01:02.779 00:01:02.789 not always they'll actually get back
00:01:04.870 00:01:04.880 clogged up in the background as in just
00:01:08.090 00:01:08.100 because they have this one pipe segment
00:01:09.620 00:01:09.630 here instead of pushing them off to the
00:01:10.850 00:01:10.860 side they'll actually clog the
00:01:12.560 00:01:12.570 generators and seal them now just a
00:01:13.850 00:01:13.860 fraction they'll occasionally blip and
00:01:15.560 00:01:15.570 not be able to process this is the exact
00:01:18.560 00:01:18.570 same thing I would well this is what we
00:01:20.510 00:01:20.520 try to avoid with the bathrooms by
00:01:21.980 00:01:21.990 putting in these little sideways chunks
00:01:24.679 00:01:24.689 here just to stop the bathrooms and the
00:01:26.390 00:01:26.400 sinks from clogging up so I'm basically
00:01:28.550 00:01:28.560 going to do the same thing down here so
00:01:30.859 00:01:30.869 all I'll do is I'll just skip forward
00:01:31.850 00:01:31.860 until that's done because there's this
00:01:33.950 00:01:33.960 is just a quick modification and there
00:01:36.620 00:01:36.630 we go
00:01:37.190 00:01:37.200 all queued up and good to good to be
00:01:38.840 00:01:38.850 built this will just stop it from
00:01:40.340 00:01:40.350 clogging it'll have one gas space to
00:01:41.899 00:01:41.909 actually save as it outputs it will
00:01:44.960 00:01:44.970 always have this empty pipe slice to go
00:01:46.850 00:01:46.860 into so it should never clog and the
00:01:48.319 00:01:48.329 generator should run cleanly I think I
00:01:50.389 00:01:50.399 might have actually over built
00:01:51.109 00:01:51.119 generators now I could probably repair
00:01:52.550 00:01:52.560 five or six of these but yeah I'm not
00:01:55.100 00:01:55.110 gonna do that
00:01:55.520 00:01:55.530 who would have thought trying to support
00:01:57.560 00:01:57.570 100 dupes would be this much efforts oh
00:01:59.859 00:01:59.869 yeah I did yeah I just it was gonna be
00:02:02.719 00:02:02.729 rough but I think it was gonna be this
00:02:03.950 00:02:03.960 much involved and I'm for the output on
00:02:05.870 00:02:05.880 these I'm actually gonna run them
00:02:07.580 00:02:07.590 through the my clean water tank carbon
00:02:10.910 00:02:10.920 dioxide the carbon dioxide coming out of
00:02:12.619 00:02:12.629 here is going to be really really
00:02:13.870 00:02:13.880 like minus 10 minus 20 degrees somewhere
00:02:16.180 00:02:16.190 around there so my thinking was I'll
00:02:18.910 00:02:18.920 actually just run it to my hot water my
00:02:20.320 00:02:20.330 clean water tank it's usually about 40
00:02:22.180 00:02:22.190 degrees even when I'm chilling it a bit
00:02:23.410 00:02:23.420 so that will heat up the co2 because I
00:02:26.350 00:02:26.360 don't want to actually kill my sisters
00:02:28.080 00:02:28.090 if you try and give slicksters if you
00:02:32.110 00:02:32.120 try and give slicksters co2 that's below
00:02:34.090 00:02:34.100 30 degrees well that's their I think
00:02:37.150 00:02:37.160 it's 30 or 40 degrees I think maybe it
00:02:38.830 00:02:38.840 might be 40 that will actually kill them
00:02:40.990 00:02:41.000 eventually it will do your body
00:02:43.090 00:02:43.100 temperature will go below their
00:02:44.200 00:02:44.210 comfortable living arrangement I'll
00:02:45.190 00:02:45.200 actually just die of the chill kind of
00:02:48.100 00:02:48.110 annoying but the way it works so by
00:02:50.590 00:02:50.600 placing them through there yeah one
00:02:53.020 00:02:53.030 second I got to think of it just for a
00:02:54.700 00:02:54.710 minute how am I gonna pull it these in
00:02:55.840 00:02:55.850 yeah but by running it through the water
00:02:57.160 00:02:57.170 I'll actually heat up the co2 it has
00:02:58.420 00:02:58.430 minimal thermal capacity but so but you
00:03:01.150 00:03:01.160 can really affect my water tank too much
00:03:02.560 00:03:02.570 I think I'll just dump these on like
00:03:04.420 00:03:04.430 this yeah work it'll actually wait nope
00:03:16.450 00:03:16.460 I want to put in bridges the reason want
00:03:18.670 00:03:18.680 to put in bridges I want to force-feed
00:03:19.690 00:03:19.700 them onto these pipe segments and then
00:03:21.310 00:03:21.320 I'm going to actually have to run the
00:03:23.770 00:03:23.780 excess waste up to the space biome and
00:03:25.750 00:03:25.760 dump it out there at least for the time
00:03:27.310 00:03:27.320 being in the future we're going to
00:03:29.470 00:03:29.480 actually recycle all of this like a
00:03:30.820 00:03:30.830 whole lot of it just not just yet I
00:03:34.410 00:03:34.420 don't have the stickers to recycle at
00:03:36.460 00:03:36.470 all but the excess and you can overflow
00:03:37.870 00:03:37.880 points oh yeah you're going to be the
00:03:40.240 00:03:40.250 overflow point for what I feed you on
00:03:43.060 00:03:43.070 yeah you can feed out there and you can
00:03:46.540 00:03:46.550 feed on to there I'm going to have to do
00:03:52.449 00:03:52.459 something to sort out all this mess but
00:03:53.920 00:03:53.930 at a later date this is just way too
00:03:56.260 00:03:56.270 confusing right now and I want to get
00:03:57.550 00:03:57.560 this our gas boiler up and running in
00:03:59.440 00:03:59.450 this playthrough I don't know I don't
00:04:01.930 00:04:01.940 want this to stretch into another video
00:04:03.550 00:04:03.560 it's already been too long yeah you up
00:04:07.900 00:04:07.910 you up yeah I should hope does it before
00:04:10.480 00:04:10.490 I don't have to do this cancel chignon
00:04:11.830 00:04:11.840 again right but there we go okay that
00:04:14.980 00:04:14.990 should be all the waste products taken
00:04:16.479 00:04:16.489 care of no okay guys please stay
00:04:21.770 00:04:21.780 mmm carbon dioxide plugs at that
00:04:24.440 00:04:24.450 direction that gets rid of all the waste
00:04:26.330 00:04:26.340 products from the natural gas plant this
00:04:29.210 00:04:29.220 natural gas goes up there grande now I
00:04:31.370 00:04:31.380 probably gonna want to put in a little
00:04:32.570 00:04:32.580 bit of a lock here to make sure this
00:04:34.129 00:04:34.139 doesn't break mm-hmm could you cancer
00:04:36.110 00:04:36.120 cube I want to put in a second batch of
00:04:40.150 00:04:40.160 disco gel right here and that would
00:04:43.250 00:04:43.260 basically give me a vacuum in the middle
00:04:44.629 00:04:44.639 so that way there'll be no heat transfer
00:04:46.400 00:04:46.410 from in here to outside which kind what
00:04:49.520 00:04:49.530 we want no also I'm gonna make a couple
00:04:54.890 00:04:54.900 of modifications down here in firing
00:04:57.290 00:04:57.300 this up I realized there was some it's
00:04:59.420 00:04:59.430 very finicky to fire this design up the
00:05:01.100 00:05:01.110 way I was going to originally do it so
00:05:02.659 00:05:02.669 I'm going to make a couple of
00:05:03.680 00:05:03.690 modifications here first is just get rid
00:05:07.430 00:05:07.440 of that automation wire there what I'm
00:05:10.490 00:05:10.500 going to do is actually put in some
00:05:11.510 00:05:11.520 Supergirl just a layer of super coolant
00:05:12.950 00:05:12.960 in here to act as a sort of a primer
00:05:16.180 00:05:16.190 it'll make more sense as it starts to
00:05:18.260 00:05:18.270 build up but we're going to prime the
00:05:20.090 00:05:20.100 system with a bit of super coolant on
00:05:21.230 00:05:21.240 top here and later on we'll just pop it
00:05:22.610 00:05:22.620 out and dump it down here should poke it
00:05:24.860 00:05:24.870 deconstruct that as well mm-hmm okay
00:05:27.770 00:05:27.780 and almost no one will get rid of that
00:05:30.860 00:05:30.870 gas pipe otherwise I'm going to start
00:05:32.240 00:05:32.250 running into overheat problems actually
00:05:34.969 00:05:34.979 get rid of you to abate anted air is
00:05:40.370 00:05:40.380 good and I'll change the ventilation and
00:05:44.630 00:05:44.640 two up here and that should be all the
00:05:50.450 00:05:50.460 modifications necessary
00:05:53.459 00:05:53.469 I'm going to have to move back that
00:05:55.259 00:05:55.269 liquid luck it's a little bit too close
00:05:59.659 00:05:59.669 I'm sweep all this junk up now I'll just
00:06:05.249 00:06:05.259 cut forward until these modifications
00:06:06.479 00:06:06.489 are done now I just dumped in 200 kilos
00:06:10.499 00:06:10.509 of super coolant right on top here there
00:06:13.439 00:06:13.449 is method to this madness I'm doing
00:06:14.820 00:06:14.830 something that I don't think people do
00:06:17.009 00:06:17.019 normally when they're doing a Sarah
00:06:18.329 00:06:18.339 gasps boiling I'm going to actually have
00:06:19.949 00:06:19.959 a pool of methane to just sit there and
00:06:21.959 00:06:21.969 act as a buffer I don't want to actually
00:06:25.049 00:06:25.059 just immediately most people just pump
00:06:26.639 00:06:26.649 the methane directly out of the tank the
00:06:29.100 00:06:29.110 moment it actually hits the plate I
00:06:30.389 00:06:30.399 don't want to do that I want a nice
00:06:31.829 00:06:31.839 stable system so to do that I'm going to
00:06:33.540 00:06:33.550 actually collect a bunch of methane
00:06:35.009 00:06:35.019 first before I start pumping it out and
00:06:37.109 00:06:37.119 keep a nice buffer there for myself that
00:06:39.209 00:06:39.219 will prevent things flashing to natural
00:06:41.489 00:06:41.499 gas and just messing up the system or
00:06:42.869 00:06:42.879 just being inefficient to better I want
00:06:44.519 00:06:44.529 to keep all the methane at the correct
00:06:45.989 00:06:45.999 temperature also helps gas flow because
00:06:47.969 00:06:47.979 I keep a nice stable vacuum down there
00:06:49.699 00:06:49.709 now oh one last thing I got to do was
00:06:54.089 00:06:54.099 yeah I discovered an issue up top of the
00:06:56.699 00:06:56.709 map yeah my oxygen production has
00:07:00.119 00:07:00.129 stopped and all my rockets have stopped
00:07:02.249 00:07:02.259 running and I've been looking at this
00:07:04.679 00:07:04.689 and I'm trying to figure out why these
00:07:05.639 00:07:05.649 batteries are set up here they're giving
00:07:08.219 00:07:08.229 off a green signal but that's not
00:07:09.600 00:07:09.610 engaging why I have no idea so I'm gonna
00:07:14.939 00:07:14.949 deconstruct that automation wire and
00:07:16.559 00:07:16.569 then see what happens
00:07:19.040 00:07:19.050 so what he construct the automation wire
00:07:21.059 00:07:21.069 then rebuild it and hopefully we won't
00:07:22.439 00:07:22.449 lose too much oxygen in the process same
00:07:23.969 00:07:23.979 attraction is in there yeah four kilos
00:07:26.219 00:07:26.229 will be fine risk worst case I reckon
00:07:27.719 00:07:27.729 let's put more in okay
00:07:30.749 00:07:30.759 I know we'll just hook it back up again
00:07:32.189 00:07:32.199 I've tried playing around with the
00:07:33.600 00:07:33.610 automation settings everything makes no
00:07:35.549 00:07:35.559 difference and what should is reset to
00:07:38.549 00:07:38.559 40 60 so essentially the same as those
00:07:42.419 00:07:42.429 which are working and chugging along
00:07:43.649 00:07:43.659 just fine and see if that makes any
00:07:45.089 00:07:45.099 difference is the whole mess okay so
00:07:47.969 00:07:47.979 this should turn out now no no it still
00:07:50.850 00:07:50.860 did not turn out why is that not on in
00:07:53.639 00:07:53.649 one moment you know what let's just
00:07:55.739 00:07:55.749 deconstruct a lot of it
00:07:58.100 00:07:58.110 we can rebuild it all from scratch
00:08:00.119 00:08:00.129 anyway and I put in a new automation
00:08:01.860 00:08:01.870 wire okay let's just build it to one
00:08:04.379 00:08:04.389 battery and see if that makes a
00:08:05.219 00:08:05.229 difference you said to activate below 40
00:08:09.180 00:08:09.190 standby flow 60 yeah this is a bug I've
00:08:13.350 00:08:13.360 never encountered before
00:08:14.490 00:08:14.500 oh and there it works okay you know what
00:08:17.070 00:08:17.080 good enough for me
00:08:18.170 00:08:18.180 as long as that's got my oxygen
00:08:20.070 00:08:20.080 production back up and running I can
00:08:21.180 00:08:21.190 start launching more rockets that was
00:08:22.559 00:08:22.569 gonna eat into my steel still got plenty
00:08:24.809 00:08:24.819 of pressure in there yeah that'll keep
00:08:26.040 00:08:26.050 the Wiis board happy exits okay that
00:08:29.399 00:08:29.409 aside let's go check out what's going on
00:08:31.529 00:08:31.539 down here again hey let's get back to
00:08:33.630 00:08:33.640 work now
00:08:36.089 00:08:36.099 I accidentally made this set of cooled
00:08:37.860 00:08:37.870 amalgam which is a bad idea as that will
00:08:40.079 00:08:40.089 melt horribly in the temperatures that
00:08:41.670 00:08:41.680 this is going to be exposed to in here
00:08:42.959 00:08:42.969 this is not going to be a pleasant place
00:08:44.910 00:08:44.920 for anything below steel actually even
00:08:47.130 00:08:47.140 steel is not gonna last in here now
00:08:48.449 00:08:48.459 you'll be a man
00:08:49.139 00:08:49.149 termi amour pretty much the only things
00:08:50.400 00:08:50.410 I'm going to be able to use in this area
00:08:51.600 00:08:51.610 though the dupes will be able to retain
00:08:53.940 00:08:53.950 access I've made sure of that I want to
00:08:56.430 00:08:56.440 be able to maintain this because this is
00:08:57.720 00:08:57.730 still a relatively new design and if I
00:08:59.519 00:08:59.529 can't get in and out it will probably
00:09:00.990 00:09:01.000 fail Harley you you are supposed to be
00:09:04.550 00:09:04.560 spinning out this coat job you want to
00:09:07.350 00:09:07.360 get a sealed liquid luck there and once
00:09:10.740 00:09:10.750 that's done that will give me sort of a
00:09:12.449 00:09:12.459 vacuum seal in the middle so I should be
00:09:13.860 00:09:13.870 ash so no heat should be able to escape
00:09:15.060 00:09:15.070 by that side well hopefully no seriously
00:09:19.079 00:09:19.089 where did I find 36 kilos of this good
00:09:21.030 00:09:21.040 you lying right you know what they're
00:09:23.069 00:09:23.079 gonna get 200 kilos next in little bits
00:09:24.449 00:09:24.459 gonna spill but that I can live with
00:09:26.519 00:09:26.529 I have also went to all the effort of
00:09:29.069 00:09:29.079 putting in a bunch of power wires I've
00:09:31.290 00:09:31.300 got them all just one tile away or just
00:09:32.819 00:09:32.829 basically beside each other so that I
00:09:34.650 00:09:34.660 should be able to just hook them up
00:09:35.639 00:09:35.649 without even having any doop interaction
00:09:37.350 00:09:37.360 involved and I've upped created this to
00:09:39.630 00:09:39.640 six large power transformers so I can
00:09:41.880 00:09:41.890 actually feed this old monstrosity now I
00:09:45.990 00:09:46.000 think we're just about ready to put in
00:09:47.340 00:09:47.350 the last bit of the step which is I want
00:09:49.290 00:09:49.300 to put in the actual counter flow heat
00:09:50.340 00:09:50.350 exchanger here I'll run the pipes over
00:09:53.040 00:09:53.050 from the oil off screen there to do that
00:09:55.050 00:09:55.060 we're gonna have four layers of thermy
00:09:57.269 00:09:57.279 and popping right here
00:09:59.430 00:09:59.440 after that we're just gonna switch to
00:10:01.240 00:10:01.250 gold because well this will basically
00:10:03.759 00:10:03.769 just drain after last at the heater
00:10:05.019 00:10:05.029 today goes to the system and then for
00:10:06.790 00:10:06.800 the rest of it we can be cold because we
00:10:08.050 00:10:08.060 do have plenty of I left myself a nice
00:10:09.610 00:10:09.620 long counter flow for heat exchange so
00:10:12.460 00:10:12.470 shoot me that big of a deal no and for
00:10:16.420 00:10:16.430 the last two bits I'm going to use term
00:10:18.550 00:10:18.560 iam as well or the last two legs of it
00:10:20.759 00:10:20.769 just because there's a beach and there
00:10:23.350 00:10:23.360 and they're down there and welcome to
00:10:25.449 00:10:25.459 this direction
00:10:27.420 00:10:27.430 yeah actually someone suggested I should
00:10:29.650 00:10:29.660 use a mod that actually cuts it to saves
00:10:31.660 00:10:31.670 it reduces them to once every 5 cycles I
00:10:34.019 00:10:34.029 really do want to do that I think I'm
00:10:35.920 00:10:35.930 gonna do that for the next an extra
00:10:37.870 00:10:37.880 round of this because this is very
00:10:38.949 00:10:38.959 frustrating I can't receive their the
00:10:41.079 00:10:41.089 saves at this point ok done don't don't
00:10:46.319 00:10:46.329 okay this will be where our Patrol even
00:10:49.300 00:10:49.310 comes in and flows down here before it
00:10:51.040 00:10:51.050 hits the plate to get heated now I
00:10:53.019 00:10:53.029 haven't actually fired the system up yet
00:10:54.430 00:10:54.440 but I think it's about time we did what
00:10:56.410 00:10:56.420 I want to do is actually start this all
00:10:58.960 00:10:58.970 right well heating up I'm gonna set that
00:11:02.530 00:11:02.540 to if the temperature is below 600
00:11:04.509 00:11:04.519 degrees
00:11:05.019 00:11:05.029 you're gonna start kicking in and we're
00:11:06.579 00:11:06.589 gonna set this to if the temperature is
00:11:08.579 00:11:08.589 below why is it minus 230 to double
00:11:15.370 00:11:15.380 check my notes but I basically spent to
00:11:17.710 00:11:17.720 plug this in so that starts working it
00:11:19.030 00:11:19.040 takes a few cycles for that to actually
00:11:20.319 00:11:20.329 heat up everything there is an awful lot
00:11:22.449 00:11:22.459 of water in there that it's going to
00:11:23.590 00:11:23.600 have to boil up to 600 degrees so let's
00:11:27.220 00:11:27.230 get these suckers plugged in no actually
00:11:30.310 00:11:30.320 let's plug this one in as well yeah why
00:11:32.860 00:11:32.870 not putting the gas pumps - they're not
00:11:34.120 00:11:34.130 actually going to do anything into a gas
00:11:35.350 00:11:35.360 shows up so oh yeah I also have to fill
00:11:39.819 00:11:39.829 those full of coolant super coolant okay
00:11:43.420 00:11:43.430 one moment and now that we've got the
00:11:46.300 00:11:46.310 actual super coolant nearby we can just
00:11:47.949 00:11:47.959 plug that right in there and that should
00:11:50.319 00:11:50.329 actually fill up the loop once the loop
00:11:52.150 00:11:52.160 is filled this thing will actually start
00:11:53.980 00:11:53.990 functioning well basically this is gonna
00:11:56.410 00:11:56.420 generate heat up here and this is just
00:11:57.670 00:11:57.680 gonna generate our cooling down here and
00:11:59.290 00:11:59.300 that's basically the entire power or the
00:12:02.860 00:12:02.870 entire way this works we heat up the
00:12:04.000 00:12:04.010 sour gas over here or heat up to
00:12:05.560 00:12:05.570 petroleum into sour gas over here it
00:12:07.660 00:12:07.670 comes down here and gets turned into
00:12:08.860 00:12:08.870 meat a-anything gets dumped off here to
00:12:10.180 00:12:10.190 become natural gas the only
00:12:12.460 00:12:12.470 sources we have for anything else is
00:12:13.930 00:12:13.940 this tepid Iser down here that appetizer
00:12:18.370 00:12:18.380 is going to inject heat when we generate
00:12:20.500 00:12:20.510 too much chill because that will happen
00:12:22.720 00:12:22.730 we will accidentally generate too much
00:12:24.220 00:12:24.230 chill that's just something that's going
00:12:25.750 00:12:25.760 to happen with the system because of the
00:12:27.100 00:12:27.110 way the counter floors are set up it's
00:12:28.720 00:12:28.730 actually beneficial to us that that
00:12:30.250 00:12:30.260 happens and I did not bring it up super
00:12:32.680 00:12:32.690 cool it yeah fine
00:12:34.690 00:12:34.700 take it off sweet pony I'm gonna have to
00:12:36.670 00:12:36.680 bring down another two hundred kilos of
00:12:38.020 00:12:38.030 super coolant just to fill that sucker
00:12:39.130 00:12:39.140 right that basically is going to require
00:12:43.180 00:12:43.190 a long long warmup
00:12:44.710 00:12:44.720 that's why I built all these cool
00:12:45.820 00:12:45.830 generators just to make sure I had
00:12:47.110 00:12:47.120 plenty of power to run this because this
00:12:48.580 00:12:48.590 was going to take several cycles to
00:12:50.080 00:12:50.090 actually heat up and you can be disabled
00:12:54.070 00:12:54.080 so plumbing looking like you know what
00:12:57.940 00:12:57.950 well actually just stop you all together
00:12:59.470 00:12:59.480 you can drop that bottle on the ground
00:13:01.680 00:13:01.690 let's give us less resources to mop up
00:13:04.770 00:13:04.780 okay now I'm gonna take care of a few
00:13:07.000 00:13:07.010 little side projects in the background
00:13:08.500 00:13:08.510 while these are heating up the next one
00:13:10.330 00:13:10.340 actually is to petroleum itself I have
00:13:12.670 00:13:12.680 to run the petroleum from all the way
00:13:14.320 00:13:14.330 over here and I don't want to feed it
00:13:16.900 00:13:16.910 off my mainline my main line is
00:13:18.190 00:13:18.200 currently actually providing my power so
00:13:19.960 00:13:19.970 that would be bad I do have ten tons of
00:13:21.760 00:13:21.770 backup but I'm not that brave that I
00:13:25.990 00:13:26.000 want to actually disconnect my actual
00:13:27.490 00:13:27.500 main power before the rest of my power
00:13:29.290 00:13:29.300 kicks in so plumbing wise I'm just going
00:13:32.500 00:13:32.510 to run a pipe from over here all the way
00:13:34.450 00:13:34.460 over to my base all the way over to
00:13:36.400 00:13:36.410 where it needs to go and I'm probably
00:13:37.570 00:13:37.580 going to have to clean up this mess of
00:13:39.010 00:13:39.020 piping that I placed here caused all of
00:13:41.620 00:13:41.630 that mess of piping oh that was me
00:13:43.090 00:13:43.100 feeding the excess petroleum let the
00:13:44.590 00:13:44.600 slicksters made back in here okay I
00:13:46.600 00:13:46.610 believe there's a vestigial pipe I can
00:13:48.580 00:13:48.590 get rid of yet this one here on see I
00:13:56.050 00:13:56.060 can reuse some of that I think so maybe
00:13:58.330 00:13:58.340 not all gone actually could definitely
00:14:01.300 00:14:01.310 use some of that piping
00:14:05.699 00:14:05.709 and we're interesting it stripped I'm
00:14:10.569 00:14:10.579 actually really looking forward to
00:14:11.499 00:14:11.509 getting this boiler doe up and running
00:14:13.739 00:14:13.749 if it goes anything like it did in
00:14:16.059 00:14:16.069 testing I should have just a ridiculous
00:14:18.369 00:14:18.379 amount of water coming out of it also
00:14:20.290 00:14:20.300 quite chilly water oh and yes there will
00:14:21.970 00:14:21.980 be power as well that was handy will
00:14:24.670 00:14:24.680 help me split my grid and make sure I
00:14:25.989 00:14:25.999 don't get any overloads going forward
00:14:27.579 00:14:27.589 yeah but worries beginning to get
00:14:29.170 00:14:29.180 worried about that's a power drill on
00:14:30.189 00:14:30.199 these things does get quite excessive
00:14:35.999 00:14:36.009 yeah let's not do anything too
00:14:37.840 00:14:37.850 complicated they're more ceramic I've
00:14:41.470 00:14:41.480 actually managed to chew through most of
00:14:42.790 00:14:42.800 it I'm down to what I had 600 and
00:14:45.280 00:14:45.290 something tonnes when I started I'm down
00:14:46.629 00:14:46.639 to 150 hundred 60 tonnes not too bad I
00:14:51.600 00:14:51.610 could actually make a bunch more by
00:14:53.499 00:14:53.509 off-gassing some slime I'm just not that
00:14:55.210 00:14:55.220 bothers and know what replace these two
00:14:58.210 00:14:58.220 insulators as well just so we can run
00:15:01.869 00:15:01.879 that the rest of the way oh yeah we're
00:15:03.759 00:15:03.769 gonna want to put in controls here
00:15:04.900 00:15:04.910 liquid to liquid shut offs and why is
00:15:07.749 00:15:07.759 that pipe there oh my god there's so
00:15:10.540 00:15:10.550 much stuff you build as you go around
00:15:11.799 00:15:11.809 playing this game and it just ends up
00:15:13.509 00:15:13.519 getting left there and you're you come
00:15:14.769 00:15:14.779 back later going why is that there like
00:15:16.360 00:15:16.370 that was to remove polluted water from
00:15:18.189 00:15:18.199 that I found over there from some pool
00:15:19.869 00:15:19.879 yeah it's gone now yeah plumbing wise
00:15:25.449 00:15:25.459 yes we wanted liquid shut offs now one
00:15:28.059 00:15:28.069 valuable thing I've learned about liquid
00:15:29.350 00:15:29.360 shut offs and flow control valves is you
00:15:32.199 00:15:32.209 want to leave a bit of space between
00:15:33.129 00:15:33.139 them if you put them right beside each
00:15:34.389 00:15:34.399 other it seems to mess with the flow
00:15:36.009 00:15:36.019 which is kind of annoying so I'll put
00:15:37.929 00:15:37.939 you there they made a steel here misty
00:15:42.009 00:15:42.019 Oh perfect and you can also be made of
00:15:43.840 00:15:43.850 steel and I'm going to leave one space
00:15:47.079 00:15:47.089 or two actually let's leave it to
00:15:48.850 00:15:48.860 because I had problems in the past where
00:15:50.949 00:15:50.959 these things were just not
00:15:53.730 00:15:53.740 they were not allowing the flow through
00:15:55.840 00:15:55.850 so what was happening was even though
00:15:57.009 00:15:57.019 it's even though I should have been
00:15:58.210 00:15:58.220 getting overflow happening it wasn't
00:16:00.569 00:16:00.579 when you placed them too close together
00:16:02.319 00:16:02.329 the way the mechanics work is this will
00:16:03.999 00:16:04.009 spit out say ten kilos of oil that 10
00:16:07.210 00:16:07.220 kilos of oil if it's right touching up
00:16:08.710 00:16:08.720 against this it can't get through the
00:16:10.269 00:16:10.279 fluid valve and this will only ever spit
00:16:12.040 00:16:12.050 out ten kilos at a time so until the
00:16:13.480 00:16:13.490 first pipe clears it can't let any more
00:16:15.129 00:16:15.139 out just leave some space between your
00:16:17.110 00:16:17.120 shutoff valves and your flow control
00:16:19.269 00:16:19.279 otherwise you end up with the same
00:16:20.920 00:16:20.930 problem I had to do a little bit of
00:16:23.740 00:16:23.750 modifications back on the what are the
00:16:26.019 00:16:26.029 oil yeah down here yeah I had to run
00:16:30.340 00:16:30.350 these out to the side you can see here
00:16:31.870 00:16:31.880 the mechanic and I affect basically that
00:16:33.670 00:16:33.680 pipe there you can see it occasionally
00:16:35.439 00:16:35.449 dropping to five or seven or whatever
00:16:36.879 00:16:36.889 it's just the flow control is basically
00:16:39.040 00:16:39.050 limiting what's going through so it's
00:16:40.600 00:16:40.610 actually messing with the system and if
00:16:42.730 00:16:42.740 you just connect them directly up I was
00:16:44.710 00:16:44.720 not getting the right amount going
00:16:45.910 00:16:45.920 through and it was really messing with
00:16:47.139 00:16:47.149 my calculations just something to be
00:16:49.480 00:16:49.490 aware of now is getting messy okay that
00:16:56.199 00:16:56.209 will run that there and then we just run
00:16:57.460 00:16:57.470 in our petroleum pipe actually I should
00:17:02.139 00:17:02.149 probably use some more into the details
00:17:03.400 00:17:03.410 over here yeah you know oh yeah you're
00:17:08.409 00:17:08.419 not getting this time if I place it if I
00:17:11.169 00:17:11.179 place a tile below that liquid luck yeah
00:17:13.240 00:17:13.250 it's yeah that would be bad don't place
00:17:15.069 00:17:15.079 a tile below the liquid locks or I'll
00:17:16.240 00:17:16.250 still drop and you'll break your vacuum
00:17:18.360 00:17:18.370 placing them right beside them no
00:17:20.289 00:17:20.299 problems it seems ok nothing dropped
00:17:22.210 00:17:22.220 down there so we didn't lose any visco
00:17:23.860 00:17:23.870 gel out of the liquid luck yeah oh good
00:17:25.960 00:17:25.970 perfect blooming and there we go oh and
00:17:34.690 00:17:34.700 I wanna set up some automation from this
00:17:36.100 00:17:36.110 because I want to be learn this on and
00:17:37.570 00:17:37.580 off having the flow control is nice
00:17:40.060 00:17:40.070 being only shut it on and off with a
00:17:41.320 00:17:41.330 with a switch also much handier and I'm
00:17:43.930 00:17:43.940 going to want to run an automation wire
00:17:45.669 00:17:45.679 all the way from this sucker back here
00:17:46.870 00:17:46.880 that's gonna be my overflow and by that
00:17:49.810 00:17:49.820 I mean when the system gets to the point
00:17:52.060 00:17:52.070 where I have too much petroleum building
00:17:53.980 00:17:53.990 up I want to be listen to the signal
00:17:55.120 00:17:55.130 that goes I've got too much petroleum
00:17:56.409 00:17:56.419 start boiling some more and put you
00:17:59.049 00:17:59.059 there
00:18:00.530 00:18:00.540 and was a Hydra sensor right at this
00:18:03.230 00:18:03.240 point okay so that Hydra sensor there is
00:18:07.610 00:18:07.620 gonna detect when the odor in here gets
00:18:09.020 00:18:09.030 above a certain amount and/or the
00:18:10.430 00:18:10.440 petroleum gets too high and when it does
00:18:11.840 00:18:11.850 it'll activate this second valve here
00:18:14.480 00:18:14.490 which will activate an overflow and the
00:18:16.850 00:18:16.860 overflow we're going to turn off for the
00:18:18.230 00:18:18.240 moment and this we're probably gonna set
00:18:19.550 00:18:19.560 to a kilo to start we don't want too
00:18:21.410 00:18:21.420 much oil getting pumped into the system
00:18:22.990 00:18:23.000 also it's going to be turned off at home
00:18:26.060 00:18:26.070 too as well I don't want that thing
00:18:27.140 00:18:27.150 actually activating just yet until we
00:18:28.730 00:18:28.740 have all our ducks in a row I was gonna
00:18:30.860 00:18:30.870 power for this fairly straightforward
00:18:33.110 00:18:33.120 I'll just grab the power from one of
00:18:34.280 00:18:34.290 these lines over here and that should
00:18:36.650 00:18:36.660 cover our power need so we can actually
00:18:38.030 00:18:38.040 let the petroleum start flowing actually
00:18:40.250 00:18:40.260 has the petroleum started flowing no
00:18:41.450 00:18:41.460 that hasn't started flowing because I
00:18:43.310 00:18:43.320 haven't plugged in over the other side
00:18:44.330 00:18:44.340 yet also can they reach this it's always
00:18:48.770 00:18:48.780 something that gets you yeah it's grand
00:18:51.980 00:18:51.990 and this is going to need some power
00:18:53.600 00:18:53.610 ever looking for power under set energy
00:18:57.710 00:18:57.720 1.7 you know what yeah you're welding
00:19:00.890 00:19:00.900 spec so well well then okay you're just
00:19:03.920 00:19:03.930 about within spec and we'll throw that
00:19:06.080 00:19:06.090 in there and then I'll get us our
00:19:07.040 00:19:07.050 petroleum yeah our automation finished
00:19:09.200 00:19:09.210 as well no it's still waiting on those
00:19:12.200 00:19:12.210 few letter signals
00:19:13.520 00:19:13.530 okay but that should get the whole
00:19:15.470 00:19:15.480 system up and running I'll just
00:19:16.400 00:19:16.410 fast-forward until all those little bits
00:19:17.750 00:19:17.760 and bobs are done I was just looking
00:19:19.730 00:19:19.740 over here temperature seven if the
00:19:24.470 00:19:24.480 temperature is below mmm okay this is
00:19:28.820 00:19:28.830 supposed to be minus 175 the reason for
00:19:33.770 00:19:33.780 that that's the mom that's the
00:19:35.900 00:19:35.910 temperature I want to have this pip get
00:19:37.790 00:19:37.800 to pit no me ten condenser yeah - 175
00:19:44.440 00:19:44.450 sour gas will actually condense a bit
00:19:46.880 00:19:46.890 lotus-like 161 seven 169 170 somewhere
00:19:50.630 00:19:50.640 in there but I want a little bit of
00:19:51.950 00:19:51.960 extra oomph in this because if you don't
00:19:53.480 00:19:53.490 occasionally the methane will flash -
00:19:55.910 00:19:55.920 well natural gas and then it'll go
00:19:58.250 00:19:58.260 messing up the system are you'll mess it
00:19:59.600 00:19:59.610 up but it just goes in annoyance I
00:20:00.860 00:20:00.870 prefer to keep everything nice and
00:20:02.240 00:20:02.250 stable so we're aiming for minus 175
00:20:04.010 00:20:04.020 grand about there so that if the
00:20:06.440 00:20:06.450 temperatures below nice 175 open the
00:20:08.840 00:20:08.850 doors okay as you can see this is all
00:20:11.750 00:20:11.760 starting to heat up and
00:20:13.210 00:20:13.220 we're here is starting to chill however
00:20:15.340 00:20:15.350 this is super coolant we're dealing with
00:20:16.510 00:20:16.520 here so this will chill very very slowly
00:20:18.669 00:20:18.679 because that chills so very very slowly
00:20:21.190 00:20:21.200 we have an enormous amount of steam in
00:20:23.350 00:20:23.360 here to make sure the equites Universtiy
00:20:24.640 00:20:24.650 are long enough to actually provide the
00:20:26.620 00:20:26.630 chilled we want well that's the plan and
00:20:31.390 00:20:31.400 we can take you and that's basically the
00:20:34.539 00:20:34.549 start of the guts of the system all I
00:20:35.919 00:20:35.929 gotta do now is configure a few of these
00:20:37.779 00:20:37.789 minor bits and pieces here ordered set
00:20:40.060 00:20:40.070 of two okay that's gonna be sour gas
00:20:42.580 00:20:42.590 that's coming down there so you can be
00:20:44.230 00:20:44.240 set to spit out sour gas everything else
00:20:46.810 00:20:46.820 goes at that direction you will be set
00:20:49.870 00:20:49.880 to if you detect natural gas where is it
00:20:54.399 00:20:54.409 anyway so occasionally a bit of natural
00:20:57.430 00:20:57.440 gas might escape out of here when
00:20:58.539 00:20:58.549 unglued up and if it does it will flow
00:21:00.070 00:21:00.080 up here it'll eventually end up in this
00:21:01.270 00:21:01.280 corner this fan will collect it and pump
00:21:04.419 00:21:04.429 it right back down here well the pumps
00:21:06.370 00:21:06.380 are gas down there if it pulls any of
00:21:08.350 00:21:08.360 that the natural gas will get dumped
00:21:09.549 00:21:09.559 across over here into the natural gas
00:21:10.870 00:21:10.880 extracting area just make sure that I
00:21:12.970 00:21:12.980 don't have to do any maintenance on the
00:21:14.230 00:21:14.240 system yeah that is going to take a
00:21:17.620 00:21:17.630 while as you can see it slowly slowly
00:21:19.240 00:21:19.250 slowly rising in temperature so I'm just
00:21:20.680 00:21:20.690 gonna go off and do some well printables
00:21:23.409 00:21:23.419 are available divers lung yet
00:21:27.250 00:21:27.260 narcoleptic don't care what are you new
00:21:30.340 00:21:30.350 recruit ten eleven I want to say I'm
00:21:35.680 00:21:35.690 gonna say 12 yeah is it twelve dollars
00:21:39.549 00:21:39.559 another question nope it's 11
00:21:45.320 00:21:45.330 I have a terrible memory yeah so you're
00:21:47.150 00:21:47.160 gonna be 11 another one for the fort
00:21:53.810 00:21:53.820 yeah oh yeah that one last modification
00:21:56.330 00:21:56.340 here to make we want one more inserted
00:21:58.220 00:21:58.230 tile this will be a temporary install
00:22:01.490 00:22:01.500 right there
00:22:02.240 00:22:02.250 we're also you can just seal you up you
00:22:03.740 00:22:03.750 know once I need oops get in at that
00:22:05.570 00:22:05.580 direction plus it's gonna get kind of
00:22:07.130 00:22:07.140 chilly down here so chilly that visco
00:22:08.660 00:22:08.670 gel would solidify you can see the visco
00:22:10.880 00:22:10.890 gel here is evaporation vaporization
00:22:12.680 00:22:12.690 point of 479 and a freeze point of minus
00:22:15.170 00:22:15.180 30 so you don't want it exposed to
00:22:17.090 00:22:17.100 temperatures above that and below that
00:22:18.890 00:22:18.900 otherwise your visco chair locks will
00:22:20.870 00:22:20.880 crumble and you'll be in trouble and the
00:22:22.730 00:22:22.740 temperature up here should never go up
00:22:23.870 00:22:23.880 to that high so they should be safe also
00:22:25.490 00:22:25.500 same up here but down here it will get
00:22:28.040 00:22:28.050 cold enough that visco gel locks will
00:22:29.630 00:22:29.640 freeze so there's no way I'm getting and
00:22:31.100 00:22:31.110 putting an access point in there that
00:22:32.780 00:22:32.790 would be a bad idea also didn't mess
00:22:35.330 00:22:35.340 with the whole system okay I'm just
00:22:37.640 00:22:37.650 gonna do some other minor works in the
00:22:39.290 00:22:39.300 background I think it won't actually cue
00:22:40.430 00:22:40.440 up some more snazzy suits for my dupes I
00:22:41.870 00:22:41.880 should be also equipping them all on the
00:22:43.490 00:22:43.500 newer dupes and a few other bits and
00:22:45.770 00:22:45.780 bobs but nothing that's really related
00:22:47.120 00:22:47.130 to this petroleum boiler now as you can
00:22:49.940 00:22:49.950 see it's actually starting to get up to
00:22:50.930 00:22:50.940 600 degrees which is where we want it or
00:22:53.000 00:22:53.010 600 CE and you notice that this just has
00:22:55.640 00:22:55.650 not quite hit 232 years now why have I
00:22:58.220 00:22:58.230 set this to minus 232 it's actually to
00:23:01.040 00:23:01.050 do with the super cool and super coolant
00:23:03.710 00:23:03.720 has one of this one of these weird
00:23:05.000 00:23:05.010 quirks it can't actually be frozen in
00:23:07.400 00:23:07.410 pipes as an it can go down to minus 270
00:23:11.180 00:23:11.190 something actually I don't have any of
00:23:14.120 00:23:14.130 it available on hand actually it's
00:23:16.370 00:23:16.380 reverse the flow here in temp to stuff
00:23:17.780 00:23:17.790 it in the grounds we can get a better
00:23:18.740 00:23:18.750 look at it but the plan being if the
00:23:22.430 00:23:22.440 super coolant goes below its max
00:23:25.100 00:23:25.110 temperature it just literally flatlines
00:23:26.600 00:23:26.610 as in if I put it through super coolant
00:23:28.700 00:23:28.710 here at 270 degrees it'll come out at
00:23:31.640 00:23:31.650 minus 273 or minus 274 somewhere along
00:23:35.090 00:23:35.100 those lines
00:23:35.690 00:23:35.700 it basically just has a set point it can
00:23:37.910 00:23:37.920 get to this results in a big problem if
00:23:42.050 00:23:42.060 it only kiss it cools four degrees going
00:23:43.940 00:23:43.950 through an equity owner it only
00:23:45.110 00:23:45.120 generates four degrees of temperature in
00:23:47.030 00:23:47.040 exchange as opposed to the 14 it
00:23:48.680 00:23:48.690 normally does so if I was just to rotate
00:23:50.690 00:23:50.700 this through this pool got to maximum
00:23:52.520 00:23:52.530 chillness and there was no longer any
00:23:54.650 00:23:54.660 heat being injected into this little
00:23:55.910 00:23:55.920 coolant what would happen is
00:23:58.680 00:23:58.690 well I'd stop generating heat it it
00:24:01.980 00:24:01.990 seems a little bit counterintuitive but
00:24:03.360 00:24:03.370 it's what happens when you don't have
00:24:04.830 00:24:04.840 why is that tube sleeping elliptic
00:24:07.100 00:24:07.110 please tell me they're narcoleptic I
00:24:09.120 00:24:09.130 thought I had them bit chilly embeds
00:24:11.120 00:24:11.130 status no I didn't tell me anything by
00:24:15.210 00:24:15.220 oh yeah narcoleptic
00:24:17.490 00:24:17.500 yeah yes that's fine we don't care but
00:24:19.800 00:24:19.810 um yeah so if you run the supercooling
00:24:22.860 00:24:22.870 through here and you don't find some way
00:24:24.000 00:24:24.010 to heat it back up again well what'll
00:24:25.530 00:24:25.540 happen is you'll stop generating heat in
00:24:27.030 00:24:27.040 here which means this whole thing will
00:24:28.260 00:24:28.270 stop generating enough heat and the
00:24:29.310 00:24:29.320 whole system will clog that's why the
00:24:31.380 00:24:31.390 tepid Iser is down there to make sure
00:24:32.820 00:24:32.830 that never actually happens and the
00:24:34.530 00:24:34.540 reason it's set to minus 232 is I
00:24:37.200 00:24:37.210 discovered that if I said it any lower
00:24:38.520 00:24:38.530 than that some super cooling could sneak
00:24:40.380 00:24:40.390 through and actually be below mom I'm
00:24:42.540 00:24:42.550 gonna be chilling it by 28 degrees in
00:24:44.010 00:24:44.020 here so I need to make sure that it's
00:24:45.210 00:24:45.220 above 28 degrees above its maximum chill
00:24:48.270 00:24:48.280 point or its maximum negative
00:24:49.470 00:24:49.480 temperature otherwise the whole system
00:24:51.720 00:24:51.730 would mess up now plumbing okay so we're
00:24:58.950 00:24:58.960 ready to go we've got everything set up
00:25:00.720 00:25:00.730 this is not quite at maximum chill but
00:25:03.540 00:25:03.550 it's enough that I don't care and how
00:25:05.940 00:25:05.950 did that happen that's a vacuum vacuum
00:25:12.200 00:25:12.210 oh yeah so we'll just deconstruct that
00:25:29.970 00:25:29.980 and we'll dig out that sketch okay I'm
00:25:35.820 00:25:35.830 pretty sure I can sweep that up into my
00:25:37.170 00:25:37.180 main pile and then the visco gel will
00:25:39.030 00:25:39.040 blob out once it heats up I'm just going
00:25:41.400 00:25:41.410 to replace this with an insulated tile
00:25:42.840 00:25:42.850 and replace that visco gel airlock that
00:25:44.670 00:25:44.680 was yep that's what I was talking about
00:25:48.410 00:25:48.420 somehow the chill managed to make it all
00:25:50.850 00:25:50.860 the way from the bottom of the map up to
00:25:52.110 00:25:52.120 there kind of impressive you know what
00:25:54.990 00:25:55.000 we'll put that there and take a bottle
00:26:01.920 00:26:01.930 onto your honest
00:26:03.250 00:26:03.260 I think that'll work it should go there
00:26:06.400 00:26:06.410 and it has the temperature on that
00:26:10.510 00:26:10.520 looking yeah doesn't soak up chill very
00:26:12.520 00:26:12.530 first it's ceramic so basically the
00:26:16.360 00:26:16.370 chill from down here managed to make it
00:26:17.830 00:26:17.840 all the way up that is that's quite
00:26:21.700 00:26:21.710 impressive
00:26:22.320 00:26:22.330 it's really quite quite impressive I
00:26:24.640 00:26:24.650 didn't think ii didn't think it'd be
00:26:27.010 00:26:27.020 that good that is chance minus 40 up
00:26:29.650 00:26:29.660 there that's actually good that's a bit
00:26:31.180 00:26:31.190 of pre chill for us hmm I really thought
00:26:33.490 00:26:33.500 that insulation would have helped but I
00:26:34.720 00:26:34.730 think it's something to do with it's
00:26:36.430 00:26:36.440 gotta be the temperature shifts place
00:26:37.600 00:26:37.610 right how is that chill actually getting
00:26:39.670 00:26:39.680 out of there there's a whole liner I
00:26:41.530 00:26:41.540 love the ceramic you know what not gonna
00:26:48.340 00:26:48.350 care about it we're just going to fill
00:26:50.530 00:26:50.540 this sucker up and fire up the system
00:26:52.950 00:26:52.960 okay I'll just skip forward until this
00:26:55.270 00:26:55.280 is ready to go and yep that works okay
00:27:02.860 00:27:02.870 good to know I've never actually tried
00:27:03.970 00:27:03.980 that before from a lower level you
00:27:06.570 00:27:06.580 deconstruct and I think it rid of that
00:27:09.160 00:27:09.170 tile okay so that protects my visco GL
00:27:12.790 00:27:12.800 airlock from pink frozen solid that's a
00:27:15.310 00:27:15.320 new one on me
00:27:15.880 00:27:15.890 no no I've seen them free solid before
00:27:17.590 00:27:17.600 it's just yeah that the the distance
00:27:20.470 00:27:20.480 that she'll travelled was kind of
00:27:21.670 00:27:21.680 00:27:23.790 00:27:23.800 alright let's fire this up we get to set
00:27:27.670 00:27:27.680 to 1 kilo you were off and you we will
00:27:31.150 00:27:31.160 enable now I'm just gonna let through a
00:27:35.740 00:27:35.750 small bit of the petroleum here to start
00:27:38.080 00:27:38.090 I don't want a lot what I want to do is
00:27:40.090 00:27:40.100 just warm up the system pretty much the
00:27:44.050 00:27:44.060 same thing we're doing down here with
00:27:45.040 00:27:45.050 the super coolant but I'm just gonna
00:27:46.150 00:27:46.160 dump a little of oil here and then I'm
00:27:47.680 00:27:47.690 gonna let this system take care of us
00:27:49.000 00:27:49.010 okay if the pressure is above below 1
00:27:54.160 00:27:54.170 kilo if the pressure here is below
00:28:01.440 00:28:01.450 so this will basically wait till the
00:28:02.850 00:28:02.860 liquid it's the plate when the liquid
00:28:03.930 00:28:03.940 it's the plate it'll engage those
00:28:05.040 00:28:05.050 actually how we doing down here for
00:28:06.600 00:28:06.610 temperature we're almost there
00:28:10.010 00:28:10.020 yeah we're not actually even using
00:28:12.090 00:28:12.100 temperature sensors here all we're using
00:28:13.290 00:28:13.300 is hydro sensors if there's any liquid
00:28:16.620 00:28:16.630 here that means we're not turning it to
00:28:17.700 00:28:17.710 Sarah gas instantly which means it needs
00:28:19.350 00:28:19.360 to inject more heat how are we doing
00:28:22.650 00:28:22.660 yeah we're we've got to heat up all the
00:28:24.780 00:28:24.790 steel and the gold and everything and
00:28:26.340 00:28:26.350 there we go so system is now primed oh
00:28:30.020 00:28:30.030 wait no save the game yes save the game
00:28:35.240 00:28:35.250 okay just in case something goes
00:28:37.980 00:28:37.990 horribly wrong
00:28:39.380 00:28:39.390 and then they go goes - and we're set to
00:28:42.660 00:28:42.670 1 kilo perfect now let's see how this is
00:28:46.560 00:28:46.570 Sarah gas is coming down here Oh
00:28:48.720 00:28:48.730 actually I want to build something down
00:28:50.850 00:28:50.860 here I'm going to build a metal statue
00:28:53.670 00:28:53.680 this is just going to be to add more
00:28:55.260 00:28:55.270 thermal mass to the area I'm gonna make
00:28:57.360 00:28:57.370 it at a thermia I'm making a metal block
00:28:59.430 00:28:59.440 statue out of thermia purely for the
00:29:01.770 00:29:01.780 reason that it's a really good conductor
00:29:02.850 00:29:02.860 and as the gas flows by it that'll help
00:29:04.740 00:29:04.750 chill at 10 yeah this is set to minus
00:29:08.940 00:29:08.950 175 you're all kicked in you're all good
00:29:11.340 00:29:11.350 that's in a 232 is that flashing it as
00:29:15.630 00:29:15.640 quickly as it hits no it is not yeah no
00:29:20.100 00:29:20.110 there we go so well hits the plate when
00:29:23.700 00:29:23.710 it gets to 1 kilo of pressure doors
00:29:25.650 00:29:25.660 engage and I've got two of them said if
00:29:27.360 00:29:27.370 I don't think actually need the two of
00:29:28.500 00:29:28.510 them but I was playing around with
00:29:29.970 00:29:29.980 designs like I said this is a huge chunk
00:29:33.060 00:29:33.070 of this is off a video from Tony
00:29:35.520 00:29:35.530 advanced Oney I've got the link in the
00:29:37.890 00:29:37.900 description they made a Sarah gas boiler
00:29:40.230 00:29:40.240 but they were doing it from crude so I
00:29:41.580 00:29:41.590 basically just modified their design and
00:29:43.110 00:29:43.120 put in a few tweaks just to make it work
00:29:46.020 00:29:46.030 the way well the way I like it to work
00:29:47.880 00:29:47.890 and this is the resulting build there
00:29:54.150 00:29:54.160 and Jake corn that +35 ok I was
00:29:57.390 00:29:57.400 expecting it actually to be kind of a
00:29:58.650 00:29:58.660 lot better than that when you said 2
00:30:01.170 00:30:01.180 minus 175 which are shooting a bit too
00:30:04.020 00:30:04.030 much where is it why is that Sarah gas
00:30:05.790 00:30:05.800 not condensing
00:30:07.170 00:30:07.180 hmm oh yeah the pressures too low it's
00:30:11.100 00:30:11.110 dented like actual grahame-smith a lot
00:30:13.020 00:30:13.030 more pressure down here before it's
00:30:14.190 00:30:14.200 going to start actually condensing
00:30:15.300 00:30:15.310 everything yeah let's just let this
00:30:18.270 00:30:18.280 sucker run we are going to need to make
00:30:20.190 00:30:20.200 some more modifications later actually
00:30:21.600 00:30:21.610 and that counter flow is set up what's
00:30:24.210 00:30:24.220 the temperature connecting the side whoa
00:30:27.150 00:30:27.160 stuff is chilling unbelievably fast
00:30:32.180 00:30:32.190 still not shutting down - actually super
00:30:34.530 00:30:34.540 cool temperatures which is disturbing
00:30:37.610 00:30:37.620 but yet I'm an impatient person so let's
00:30:40.320 00:30:40.330 crank this up to two kilos and once
00:30:45.270 00:30:45.280 that's up to two kilos we should get a
00:30:46.380 00:30:46.390 little bit more flow through here it's
00:30:47.550 00:30:47.560 just the gases it comes in here is
00:30:49.140 00:30:49.150 there's no pressure and uh finally we're
00:30:51.300 00:30:51.310 actually seeing some of it actually
00:30:52.230 00:30:52.240 condense yeah when sour gas condenses it
00:30:56.670 00:30:56.680 gives off 1/3 1/3 maintain and no 2/3
00:31:02.730 00:31:02.740 maintain 1/3 so fir suffered we've no
00:31:05.460 00:31:05.470 use for it yet it's just a waste product
00:31:07.100 00:31:07.110 basically it's a way of destroying 1/3
00:31:09.300 00:31:09.310 of it so that you don't end up with too
00:31:10.440 00:31:10.450 much methane they don't want you getting
00:31:12.060 00:31:12.070 too much methane because honestly this
00:31:13.320 00:31:13.330 is a very water positive process energy
00:31:15.030 00:31:15.040 positive everything positive and if they
00:31:17.310 00:31:17.320 made it if they converted 100% of it to
00:31:19.740 00:31:19.750 me then you would just be looking at a
00:31:21.090 00:31:21.100 ridiculous ridiculous amount of
00:31:23.790 00:31:23.800 resources as it is it's still quite
00:31:26.250 00:31:26.260 profitable to do it's just not so
00:31:28.200 00:31:28.210 profitable you want to do it before
00:31:29.430 00:31:29.440 you've got access to space materials
00:31:31.140 00:31:31.150 that's all they've really done they've
00:31:32.400 00:31:32.410 made it profitable but you kind of have
00:31:34.020 00:31:34.030 to hold that until you have space
00:31:34.920 00:31:34.930 materials before you can do it
00:31:35.790 00:31:35.800 effectively now we have a layer of
00:31:37.710 00:31:37.720 methane building up on top there it's
00:31:39.120 00:31:39.130 about 2 kilos and let's go through the
00:31:41.310 00:31:41.320 settings here these two pressure sensors
00:31:44.700 00:31:44.710 are set to 750 kilos and they're both
00:31:47.340 00:31:47.350 hooked up to the liquid pump that liquid
00:31:49.320 00:31:49.330 pump won't activate until there's either
00:31:50.580 00:31:50.590 750 kilos of methane in here or 750
00:31:53.310 00:31:53.320 kilos of something down here so what's
00:31:55.770 00:31:55.780 gonna happen is the methane is gonna
00:31:56.820 00:31:56.830 build up until it hits seven hundred
00:31:57.990 00:31:58.000 fifty kilos on top when it does this
00:31:59.940 00:31:59.950 pump will activate now of course there's
00:32:01.320 00:32:01.330 a bunch of super cones in here but
00:32:02.460 00:32:02.470 that'll get spit out down here as well
00:32:03.750 00:32:03.760 eventually we're going to get rid of
00:32:05.130 00:32:05.140 that layer of super cooling well the
00:32:06.450 00:32:06.460 pump will get rid of it for us mostly
00:32:07.670 00:32:07.680 and then we'll be just left with the
00:32:10.020 00:32:10.030 pool of 750 kilos of methane that
00:32:11.970 00:32:11.980 methane will get pumped out here it will
00:32:14.640 00:32:14.650 flash to natural gas because it's going
00:32:16.800 00:32:16.810 to be contra flowing against the hot
00:32:18.320 00:32:18.330 sour gas coming down from the boy
00:32:20.480 00:32:20.490 and when it does that it will flow up
00:32:22.160 00:32:22.170 here character flowing against the sour
00:32:23.870 00:32:23.880 gas and the two of them will exchange
00:32:25.160 00:32:25.170 heat because of all these temperature
00:32:26.270 00:32:26.280 shift plates and the gold tiles in the
00:32:27.890 00:32:27.900 way so this is basically just a big
00:32:30.920 00:32:30.930 giant counter flow here this sour gas
00:32:33.440 00:32:33.450 here is counter flowing against the
00:32:35.180 00:32:35.190 petroleum that's coming in so as you'll
00:32:38.960 00:32:38.970 see there the petroleum is coming in up
00:32:40.220 00:32:40.230 to top of the bed mmm we're looking at
00:32:42.140 00:32:42.150 105 gets in here plumb a little bit yeah
00:32:45.800 00:32:45.810 that shield from over here was actually
00:32:47.000 00:32:47.010 leaking in so gets down to the bottom we
00:32:49.070 00:32:49.080 were looking at 400 degrees so it seizes
00:32:51.620 00:32:51.630 up to 400 degrees before it gets there
00:32:53.000 00:32:53.010 and that will only improve actually I am
00:32:56.150 00:32:56.160 very very impatient that's you up to 4
00:32:57.680 00:32:57.690 kilos okay now it's actually condensing
00:33:02.540 00:33:02.550 down a lot but let's check the gases gas
00:33:04.700 00:33:04.710 overlay as you can see the moment it
00:33:07.790 00:33:07.800 just gets in there it's usually just
00:33:08.740 00:33:08.750 instantly turning straight into methane
00:33:11.960 00:33:11.970 and if we check that pressure sensor
00:33:14.480 00:33:14.490 here we have nine point four kilos of
00:33:16.190 00:33:16.200 methane already however I'm getting up
00:33:18.620 00:33:18.630 to 750 I probably could stop at 500 but
00:33:21.350 00:33:21.360 I don't want to know oh the reason for
00:33:24.200 00:33:24.210 this super coolant being down here is to
00:33:26.180 00:33:26.190 do with the freezing point of methane
00:33:28.070 00:33:28.080 let's grab some meth in there the
00:33:31.970 00:33:31.980 freezing point is 108 minus 182 and the
00:33:35.090 00:33:35.100 problem is if you freeze methane the
00:33:37.520 00:33:37.530 melting point of it to turn it back into
00:33:39.110 00:33:39.120 a liquid is about the same point it
00:33:40.550 00:33:40.560 flashes to gas so you basically have
00:33:42.740 00:33:42.750 solid or gas that's it you're all you're
00:33:44.900 00:33:44.910 gonna get if you accidentally solidifies
00:33:46.520 00:33:46.530 that's why I want a pool if I have a
00:33:49.280 00:33:49.290 pool of methane that's all cool to 175
00:33:51.050 00:33:51.060 I'll never have any of the sour gas
00:33:53.420 00:33:53.430 turned solid there's other ways to do it
00:33:56.780 00:33:56.790 it's just even with my liquid oxygen
00:33:59.270 00:33:59.280 liquid hydrogen set up so I'd like to
00:34:00.440 00:34:00.450 use similar systems where you have a
00:34:01.580 00:34:01.590 pool of the resource already there uh-oh
00:34:06.490 00:34:06.500 what's going on up here why are you not
00:34:09.400 00:34:09.410 flushing that immediately there is how
00:34:11.690 00:34:11.700 much oil is through there now 60 kilos
00:34:14.180 00:34:14.190 yeah you know what we're gonna crank up
00:34:16.730 00:34:16.740 the temperature a bit there
00:34:19.080 00:34:19.090 and maybe we should reduce the flow map
00:34:22.390 00:34:22.400 down to two for a minute yeah it's
00:34:25.450 00:34:25.460 picked at three that should be flashing
00:34:31.180 00:34:31.190 why is that not going do we need more
00:34:33.700 00:34:33.710 temperature in here
00:34:36.380 00:34:36.390 you know what I do I'm gonna need a lot
00:34:39.680 00:34:39.690 more temperature let's make that six
00:34:40.700 00:34:40.710 twenty eventually usually max I said
00:34:43.700 00:34:43.710 about six forty but this is to do with
00:34:45.290 00:34:45.300 the temperature down here as this starts
00:34:48.020 00:34:48.030 working and condensing we're not going
00:34:50.030 00:34:50.040 to have any counter flow going on while
00:34:51.530 00:34:51.540 this is accumulating the 750 kilos of
00:34:53.930 00:34:53.940 methane I'm trying to accumulate okay
00:34:56.810 00:34:56.820 you know what that's not working so
00:34:58.220 00:34:58.230 let's just turn you off for a second
00:35:04.270 00:35:04.280 yeah so because of that because we're
00:35:07.820 00:35:07.830 accumulating 750 kilos of methane we're
00:35:09.620 00:35:09.630 not pumping it out here and getting the
00:35:10.730 00:35:10.740 counter fill effect and since we're not
00:35:12.530 00:35:12.540 getting the Contra flow effect we're not
00:35:13.760 00:35:13.770 getting the that shilling going on of
00:35:15.860 00:35:15.870 course this stuff does have to
00:35:17.060 00:35:17.070 counteract all the chill I just dumped
00:35:18.350 00:35:18.360 into those metal towers but you know
00:35:19.520 00:35:19.530 that's not so bad
00:35:21.460 00:35:21.470 so normally what I do is I slowly raise
00:35:23.600 00:35:23.610 the temperature in here to dump more
00:35:24.920 00:35:24.930 chill into this as needs be
00:35:26.210 00:35:26.220 and it usually maxed out about 640 650
00:35:28.750 00:35:28.760 so yeah I'm probably being a bit too
00:35:31.160 00:35:31.170 impatient and running this a bit quickly
00:35:33.010 00:35:33.020 okay is that flash - how have you not
00:35:35.930 00:35:35.940 flashed yet I'm about to turn an
00:35:38.060 00:35:38.070 enormous amount of petroleum into Sarah
00:35:39.620 00:35:39.630 gas here I'm pretty sure that will take
00:35:41.270 00:35:41.280 care of all the overheat problems I have
00:35:42.860 00:35:42.870 Dover chill problems I've got going on
00:35:44.540 00:35:44.550 down here and that would also explain
00:35:46.490 00:35:46.500 why I wasn't changing the the chill from
00:35:49.220 00:35:49.230 the counter flow or the chill from over
00:35:50.900 00:35:50.910 here was actually reducing the
00:35:52.070 00:35:52.080 effectiveness of this counter flow I
00:35:54.590 00:35:54.600 wish you to practice pairing this up a
00:35:55.730 00:35:55.740 few more times anyway and we're looking
00:35:59.330 00:35:59.340 still has not flashed yeah oh yeah I
00:36:03.980 00:36:03.990 would love to fast-forward this bit but
00:36:05.510 00:36:05.520 I really do like to point out all of the
00:36:07.490 00:36:07.500 horrible mistakes I make when I try and
00:36:08.690 00:36:08.700 run these things just so you can be just
00:36:10.910 00:36:10.920 so you can know all the mistakes you can
00:36:12.020 00:36:12.030 potentially make won't put you there
00:36:16.420 00:36:16.430 that's gonna be for the overflow when
00:36:18.650 00:36:18.660 the time comes I'm gonna set this to
00:36:19.730 00:36:19.740 about six kilos and maybe set this to a
00:36:21.650 00:36:21.660 better kilo that way I can regulate how
00:36:23.780 00:36:23.790 much goes through if I have too much
00:36:25.100 00:36:25.110 petroleum I turn on this extra overflow
00:36:27.140 00:36:27.150 and dump in an extra kilo if my
00:36:28.490 00:36:28.500 petroleum starts to run low I turn off
00:36:30.500 00:36:30.510 the overflow and I go back to pumping at
00:36:31.820 00:36:31.830 about 6 kilos so I'll be running about
00:36:33.650 00:36:33.660 67 kilos though I'll want to tweet those
00:36:35.930 00:36:35.940 numbers as time goes on yeah how are you
00:36:39.320 00:36:39.330 looking oh my god just just boil it
00:36:42.200 00:36:42.210 already
00:36:42.560 00:36:42.570 petroleum should have flashed
00:36:47.010 00:36:47.020 and what 6:15 is fine for now
00:36:49.740 00:36:49.750 once this flashes we're going to have an
00:36:52.030 00:36:52.040 enormous amount of Sarah gas dumped into
00:36:53.890 00:36:53.900 the system oh and the temperature for
00:36:56.109 00:36:56.119 Sarah gas to boil and said look you're
00:36:58.530 00:36:58.540 530 8.9 nope there goes a bunch of it
00:37:02.099 00:37:02.109 and now we could turn the system back on
00:37:05.760 00:37:05.770 and actually blab levied at for a check
00:37:10.390 00:37:10.400 that there that's the temperature
00:37:11.800 00:37:11.810 cooking there 120 degrees okay so it's
00:37:13.690 00:37:13.700 not getting chilled down anymore that
00:37:15.310 00:37:15.320 massive burst of Sarah gasps I just let
00:37:17.170 00:37:17.180 loose actually should have counteracted
00:37:19.150 00:37:19.160 completely the yeah the temperature
00:37:21.730 00:37:21.740 effects in there no not quite close
00:37:24.070 00:37:24.080 enough to now there's so many mechanics
00:37:28.270 00:37:28.280 at layer it's mad getting one of these
00:37:29.530 00:37:29.540 up and running for example this counter
00:37:31.900 00:37:31.910 flow here the it's quite white the
00:37:35.800 00:37:35.810 reason for that is the main reason is I
00:37:37.450 00:37:37.460 have actually to equity understand here
00:37:38.890 00:37:38.900 if you wanted you could make this much
00:37:40.780 00:37:40.790 longer and run this off one aqua tuner
00:37:42.660 00:37:42.670 however that doesn't really work so well
00:37:45.210 00:37:45.220 the reason being the longer you make
00:37:47.230 00:37:47.240 this character flow it actually starts
00:37:48.400 00:37:48.410 becoming more and more inefficient the
00:37:50.800 00:37:50.810 reason it starts becoming more
00:37:51.670 00:37:51.680 inefficient is beach actually due to gas
00:37:53.859 00:37:53.869 mechanics and pressure mechanics but
00:37:55.630 00:37:55.640 just too simplistic as where is yeah
00:37:59.230 00:37:59.240 petroleum boiler is easiest way to
00:38:00.310 00:38:00.320 demonstrate this this is basically a
00:38:02.440 00:38:02.450 counter flow heat exchanger the same as
00:38:03.640 00:38:03.650 the gas one except if you look over here
00:38:05.140 00:38:05.150 just about five point six kilos of
00:38:07.089 00:38:07.099 petroleum on the edge there and if you
00:38:09.160 00:38:09.170 look over here there's about five point
00:38:10.630 00:38:10.640 seven at the edge of all of these is
00:38:12.400 00:38:12.410 basically the amount of petroleum that's
00:38:13.720 00:38:13.730 being processed roughly and then the
00:38:16.240 00:38:16.250 opposite direction we've got the crude
00:38:17.680 00:38:17.690 oil flowing which is about seven point
00:38:19.240 00:38:19.250 two kilos the most perfect counter flow
00:38:22.329 00:38:22.339 heat exchanger you would have seven
00:38:23.980 00:38:23.990 point two kilos of crude oil coming this
00:38:25.510 00:38:25.520 way and every single tile going the
00:38:27.940 00:38:27.950 opposite direction would have seven
00:38:29.109 00:38:29.119 point two kilos of petroleum and that
00:38:31.120 00:38:31.130 way to be perfectly passing each other
00:38:32.770 00:38:32.780 in exchanging heat as they go
00:38:34.329 00:38:34.339 however petroleum doesn't flow like that
00:38:36.579 00:38:36.589 so over here you see we've gotten 90
00:38:38.020 00:38:38.030 kilos of petroleum I'm sit about to
00:38:40.020 00:38:40.030 almost 270 degrees but if you look up
00:38:43.390 00:38:43.400 here you'll see the distaff is over well
00:38:45.670 00:38:45.680 it's almost two ninety degrees it's
00:38:47.680 00:38:47.690 there's a big jump a temperature between
00:38:48.940 00:38:48.950 what's happening here and what's
00:38:50.109 00:38:50.119 happening time here that's because this
00:38:52.000 00:38:52.010 stuff is pooling up and because it's
00:38:53.950 00:38:53.960 it's still passing there's still five
00:38:55.570 00:38:55.580 point seven or seven point two kilos of
00:38:57.849 00:38:57.859 petroleum passing through here it's you
00:38:59.350 00:38:59.360 just diluted because this stuff has to
00:39:01.030 00:39:01.040 flow so it causes a pile and then it
00:39:02.980 00:39:02.990 flows so this means there's a big
00:39:05.110 00:39:05.120 temperature differential here the most
00:39:06.460 00:39:06.470 perfect counter flow heat exchanger
00:39:07.360 00:39:07.370 would actually be only one tile wide I
00:39:09.220 00:39:09.230 dropped one tile wide then I drop one
00:39:10.750 00:39:10.760 tile wide then I drop and that would
00:39:12.640 00:39:12.650 give you the most efficient per tile
00:39:13.900 00:39:13.910 basis of actual counter flow however
00:39:16.600 00:39:16.610 that's would be huge you'd actually be
00:39:18.910 00:39:18.920 building them really tall so what
00:39:20.230 00:39:20.240 happens is you compromise by building
00:39:21.640 00:39:21.650 them with relatively short steps not too
00:39:23.830 00:39:23.840 wide and then you put in as many as you
00:39:25.480 00:39:25.490 can so you put in lots of steps but you
00:39:26.890 00:39:26.900 make it void usually a box a box is
00:39:28.630 00:39:28.640 going to be your best bet for space
00:39:29.890 00:39:29.900 efficiency now this all goes at the
00:39:33.070 00:39:33.080 window though when you start dealing
00:39:34.090 00:39:34.100 with these suckers yeah you see the
00:39:37.420 00:39:37.430 problem with dealing with these suckers
00:39:38.500 00:39:38.510 is you can't force the gas to flow when
00:39:41.290 00:39:41.300 I originally set one of these up I got
00:39:42.610 00:39:42.620 it working on one aqua tuner because I
00:39:44.590 00:39:44.600 had a bunch of gas fans up here I just
00:39:45.940 00:39:45.950 wanted to basically test how long I
00:39:47.500 00:39:47.510 needed the counter flow to actually you
00:39:49.570 00:39:49.580 don't do its job and I put a whole bunch
00:39:51.340 00:39:51.350 of gas fans up about here and I had them
00:39:53.260 00:39:53.270 extracting the sour gas just to just so
00:39:55.270 00:39:55.280 I could figure out what length I was
00:39:56.440 00:39:56.450 going to be working with but then the
00:39:58.120 00:39:58.130 moment I enter into introduced this sort
00:40:00.640 00:40:00.650 of counter flow system down here the
00:40:02.440 00:40:02.450 whole thing fell apart the reason being
00:40:04.150 00:40:04.160 the gas pressure if you looked down here
00:40:06.640 00:40:06.650 there's what 30 kilos of gas pressure
00:40:08.950 00:40:08.960 down here by the time we get to the top
00:40:10.990 00:40:11.000 we're down to 20 kilos and then as it
00:40:13.510 00:40:13.520 goes down here it keeps dropping
00:40:14.560 00:40:14.570 dropping dropping until you down to
00:40:16.450 00:40:16.460 about two kilos so because there's more
00:40:19.270 00:40:19.280 gas in here
00:40:20.050 00:40:20.060 it's basically diluting down the heat so
00:40:22.540 00:40:22.550 we're not getting that clean transfer a
00:40:24.220 00:40:24.230 perfect transfer would be the same
00:40:25.750 00:40:25.760 amount of gas bypassing the same amount
00:40:27.670 00:40:27.680 of actual liquid in the pipe but we
00:40:29.650 00:40:29.660 can't manage that just simply because of
00:40:30.970 00:40:30.980 the way gas mechanics work I even
00:40:33.340 00:40:33.350 thought about using door pumps to force
00:40:34.600 00:40:34.610 it to at a constant rate but mmm I don't
00:40:37.090 00:40:37.100 like auteur pumps so what you're left
00:40:39.670 00:40:39.680 with is you have to if you make this
00:40:41.260 00:40:41.270 longer it will technically become more
00:40:42.940 00:40:42.950 efficient however it also becomes more
00:40:44.920 00:40:44.930 inefficient because the gas pressures
00:40:46.390 00:40:46.400 will be bigger at the base down here and
00:40:48.660 00:40:48.670 all the way along so the longer I make
00:40:51.010 00:40:51.020 this whole counter flow that goes from
00:40:52.450 00:40:52.460 here all the way down to the chill
00:40:53.800 00:40:53.810 chamber actually the more inefficient
00:40:56.380 00:40:56.390 this counter flow exchanger becomes and
00:40:58.950 00:40:58.960 the same on this return-1 here the
00:41:01.180 00:41:01.190 longer I make it it actually becomes
00:41:02.350 00:41:02.360 more efficient as the temperature
00:41:03.430 00:41:03.440 becomes less smeared
00:41:04.240 00:41:04.250 it's so you need to actually compromise
00:41:07.030 00:41:07.040 between how much heat you're generating
00:41:08.320 00:41:08.330 how long your counter flow is how fast
00:41:10.630 00:41:10.640 your gas is flowing and how much
00:41:11.950 00:41:11.960 pressure you're actually
00:41:13.890 00:41:13.900 so this is basically the system I came
00:41:16.359 00:41:16.369 up with where I went okay I'll put the
00:41:17.620 00:41:17.630 heating here and the chilling right
00:41:18.700 00:41:18.710 below it and the counter flow just
00:41:19.990 00:41:20.000 basically goes up down and around this
00:41:23.200 00:41:23.210 allows me to run this thing will run it
00:41:24.549 00:41:24.559 up to ten kilos per second once it's
00:41:26.020 00:41:26.030 fully operational and the temperature
00:41:27.370 00:41:27.380 has yes see the temperature is actually
00:41:30.220 00:41:30.230 pushing through now still getting a
00:41:31.930 00:41:31.940 decent - chilling down here and what's
00:41:34.420 00:41:34.430 there pump up - yeah we got 143 kilos
00:41:37.270 00:41:37.280 you know what I think we're safe to
00:41:39.160 00:41:39.170 start actually dumping in more heat
00:41:40.410 00:41:40.420 actually I forgot something
00:41:43.720 00:41:43.730 what's this - thirty - you'll see her
00:41:45.609 00:41:45.619 the chill is actually being drained out
00:41:46.900 00:41:46.910 of this box we're not generating as much
00:41:48.370 00:41:48.380 chill as we're using this yeah this is
00:41:52.630 00:41:52.640 something I couldn't help basically if
00:41:55.150 00:41:55.160 this starts to become a problem
00:41:56.230 00:41:56.240 I'll just crank up the temperature
00:41:57.130 00:41:57.140 sensor in here - little bit higher say
00:42:00.420 00:42:00.430 it's cranked up a couple of degrees and
00:42:04.150 00:42:04.160 that will generate us some extra chill
00:42:05.349 00:42:05.359 on this box should get a little bit
00:42:06.579 00:42:06.589 colder again this is going to keep
00:42:08.950 00:42:08.960 happening until I hit the 750 and we
00:42:11.170 00:42:11.180 start actually dumping natural gas into
00:42:12.700 00:42:12.710 this counter flow and after time being
00:42:15.520 00:42:15.530 that's cranked up to six because as
00:42:18.370 00:42:18.380 stated before I have very little
00:42:19.450 00:42:19.460 patience it seems yeah here's that
00:42:22.120 00:42:22.130 looking yeah your temperatures remain
00:42:23.470 00:42:23.480 stable grant you are well we're in
00:42:26.260 00:42:26.270 stimulation to make sure none of my
00:42:27.190 00:42:27.200 visco locks are gonna pop and have we
00:42:29.859 00:42:29.869 lost any natural gas yet oh nice to
00:42:33.910 00:42:33.920 escape so fur by and large it's all
00:42:36.069 00:42:36.079 coming down here and you can see from
00:42:37.089 00:42:37.099 the gas overlay yeah it just hits these
00:42:39.430 00:42:39.440 temperature shift plates and immediately
00:42:40.630 00:42:40.640 turns now this will get even more
00:42:42.880 00:42:42.890 impressive once we get the top of the
00:42:45.039 00:42:45.049 layer of super coolant out of there
00:42:46.839 00:42:46.849 I could probably try draining that now I
00:42:48.490 00:42:48.500 don't want to I'm going to let this run
00:42:51.220 00:42:51.230 because that's what I did on the test
00:42:52.569 00:42:52.579 map on the test debug map and basically
00:42:55.450 00:42:55.460 I just let this run until it's about 750
00:42:57.339 00:42:57.349 kilos so this I'm just gonna let run for
00:43:00.279 00:43:00.289 now we'll see what happens and is that
00:43:01.809 00:43:01.819 going to overflow again yeah don't
00:43:04.779 00:43:04.789 overflow and me do you don't do that
00:43:09.359 00:43:09.369 yeah the counterflow still hasn't quite
00:43:11.160 00:43:11.170 it's stability I'm gonna have to turn it
00:43:13.140 00:43:13.150 off again or take ah it's my own
00:43:15.089 00:43:15.099 impatience
00:43:15.779 00:43:15.789 oh wait nope that's too little
00:43:21.569 00:43:21.579 ah and we'll just turn you off for a
00:43:27.539 00:43:27.549 second to hope the system can catch up
00:43:29.249 00:43:29.259 with itself yeah well I'm just gonna
00:43:32.489 00:43:32.499 fast forward this anyway there's no need
00:43:34.079 00:43:34.089 for you to see the rest of this actually
00:43:35.279 00:43:35.289 warming up I'll just cut back in when
00:43:36.749 00:43:36.759 we're about ready to it when I do make
00:43:38.519 00:43:38.529 any changes to any of the settings I
00:43:41.969 00:43:41.979 figured something else
00:43:43.229 00:43:43.239 I would kept wondering why that oil kept
00:43:45.359 00:43:45.369 staying there that petroleum kept
00:43:46.349 00:43:46.359 building up and then I remembered I
00:43:47.789 00:43:47.799 didn't put in a temperature shift listen
00:43:50.390 00:43:50.400 yep yep yep I'm pretty sure I actually
00:43:55.469 00:43:55.479 encountered that exact same issue when I
00:43:57.299 00:43:57.309 was playing around on the debug map
00:43:58.979 00:43:58.989 trying to get one of these working and I
00:44:01.049 00:44:01.059 completely blanked it again I forgot to
00:44:02.789 00:44:02.799 put in the temperature shift plates
00:44:03.749 00:44:03.759 there put in your temperature shift
00:44:05.609 00:44:05.619 plates and now I'm oh point should point
00:44:08.700 00:44:08.710 out I originally used diamond tiles down
00:44:10.680 00:44:10.690 here for the heat injection but what I
00:44:12.959 00:44:12.969 discovered was this actually injected
00:44:14.519 00:44:14.529 too much heat and it made the whole
00:44:15.630 00:44:15.640 boiler more inefficient so I had to make
00:44:17.400 00:44:17.410 it a little bit bigger so instead I used
00:44:19.140 00:44:19.150 diamonds now this seems to be slowing
00:44:20.789 00:44:20.799 down the heat injection at the beginning
00:44:22.499 00:44:22.509 when you're actually firing a system up
00:44:23.789 00:44:23.799 but yeah swings and roundabouts
00:44:25.979 00:44:25.989 it just means once it's up and stable
00:44:27.539 00:44:27.549 though because the whole plan here is
00:44:28.589 00:44:28.599 once this is up and running you don't
00:44:30.630 00:44:30.640 stop it
00:44:31.200 00:44:31.210 this is this design here should report
00:44:33.930 00:44:33.940 that we have gone way beyond tutorial
00:44:35.370 00:44:35.380 stages here and we were just doing at
00:44:36.950 00:44:36.960 well we're just trying to build this
00:44:39.120 00:44:39.130 monstrosity so we can support the
00:44:40.589 00:44:40.599 maximum amount of tubes possible I've
00:44:42.660 00:44:42.670 removed all any safety features or
00:44:44.279 00:44:44.289 turning it on and off or turning it on
00:44:45.599 00:44:45.609 is the only real point here turning it
00:44:47.609 00:44:47.619 off I don't really care about so much no
00:44:49.559 00:44:49.569 it's not actually going to yeah that
00:44:51.299 00:44:51.309 seems to be keeping up yeah that should
00:44:54.390 00:44:54.400 start flashing it to oil shortly
00:44:55.979 00:44:55.989 sorry gas has a temperature looking down
00:44:58.709 00:44:58.719 here 616 at is 620 you are yeah we've
00:45:02.910 00:45:02.920 got plenty of chill we've accumulated
00:45:05.029 00:45:05.039 300 kilos of the methane exit and you
00:45:08.729 00:45:08.739 should be flashing any second at perfect
00:45:10.849 00:45:10.859 okay so yes remember your temperature
00:45:15.089 00:45:15.099 shift let's double check all your
00:45:16.170 00:45:16.180 temperature shift plates before you set
00:45:17.430 00:45:17.440 up your build I tell myself that every
00:45:18.900 00:45:18.910 time and then I always forget and also
00:45:21.299 00:45:21.309 don't place your you
00:45:22.740 00:45:22.750 visco Jill anything but into the details
00:45:24.720 00:45:24.730 always insulated to us except for that
00:45:27.390 00:45:27.400 one no one's not moving right now that
00:45:28.560 00:45:28.570 one's going to stay there because
00:45:29.310 00:45:29.320 they've no choice
00:45:30.150 00:45:30.160 no no systems done everything's up and
00:45:33.060 00:45:33.070 running all I gotta do is wait till this
00:45:35.550 00:45:35.560 hit 750 what I'm going to be keeping an
00:45:37.830 00:45:37.840 eye out here for is this temperature
00:45:39.240 00:45:39.250 tipping too low that can happen because
00:45:40.770 00:45:40.780 as this gets more and more efficient at
00:45:42.930 00:45:42.940 dumping he's into this and the counter
00:45:45.090 00:45:45.100 flow down here it gets warmer and warmer
00:45:46.590 00:45:46.600 and the temperature should be pretty out
00:45:48.150 00:45:48.160 of control yeah see the way it's forcing
00:45:49.860 00:45:49.870 its way down here and it's actually
00:45:50.610 00:45:50.620 eradicating all that chill that was in
00:45:52.380 00:45:52.390 there initially at some point this is
00:45:54.930 00:45:54.940 going to be all heated and I'm basically
00:45:56.160 00:45:56.170 going to be converting just red hot sour
00:45:58.380 00:45:58.390 gas constantly at that point I'm going
00:46:00.600 00:46:00.610 to start losing chill from here at which
00:46:02.100 00:46:02.110 point I'll just start increasing the
00:46:03.240 00:46:03.250 temperature in here to give myself more
00:46:05.220 00:46:05.230 chill yeah I'll come I'll cut back in
00:46:08.040 00:46:08.050 when we get to that point yeah I'm just
00:46:10.260 00:46:10.270 gonna crank it up to five degrees I'm
00:46:11.760 00:46:11.770 impatient five kilos I can't wait
00:46:13.380 00:46:13.390 actually know what let's just make it
00:46:14.490 00:46:14.500 six and see if it sticks I don't even
00:46:17.040 00:46:17.050 carry this much I just want to get this
00:46:18.210 00:46:18.220 system running so that I can get enough
00:46:20.010 00:46:20.020 methane in here to start pumping and
00:46:21.830 00:46:21.840 once that's operational or once this
00:46:24.180 00:46:24.190 starts pumping we can actually start
00:46:25.500 00:46:25.510 generating power out of this whole
00:46:26.640 00:46:26.650 system right now all the power is still
00:46:28.920 00:46:28.930 coming from that giant coal break over
00:46:31.050 00:46:31.060 here which is handli eating it I mean
00:46:33.270 00:46:33.280 what maximum power Joe we're enjoying
00:46:35.580 00:46:35.590 about 2.4 kilowatts so I could have made
00:46:37.170 00:46:37.180 this much smaller but this is going to
00:46:38.790 00:46:38.800 act as my backup power generator for the
00:46:40.230 00:46:40.240 rest of the game so you know no point
00:46:42.480 00:46:42.490 skipping especially considering the
00:46:44.100 00:46:44.110 amount of investments in infrastructure
00:46:45.570 00:46:45.580 you have to make for one of these
00:46:46.560 00:46:46.570 monstrosity
00:46:47.810 00:46:47.820 temperature in your minus 20 degrees
00:46:50.820 00:46:50.830 perfect that's exactly what we wanted
00:46:52.790 00:46:52.800 yeah I'll cut back in again when this
00:46:55.740 00:46:55.750 inevitably breaks in some other way or I
00:46:57.690 00:46:57.700 have to change some other setting we're
00:46:59.550 00:46:59.560 at six kilos yes we are we look at rich
00:47:04.950 00:47:04.960 and instead we're up to six kilos per
00:47:08.160 00:47:08.170 second and it's flashing the motor hits
00:47:09.720 00:47:09.730 the place and that's why time and
00:47:11.520 00:47:11.530 temperature shift plates are so handy
00:47:12.950 00:47:12.960 all right back to the minute now this is
00:47:16.980 00:47:16.990 that not chilling enough that I was
00:47:19.080 00:47:19.090 talking about as you'll see here the
00:47:20.850 00:47:20.860 temperature here is dropped to minus two
00:47:22.230 00:47:22.240 to seven on this on my chill time the
00:47:24.930 00:47:24.940 reason for that is that I'm not actually
00:47:27.870 00:47:27.880 at the counter flow isn't running yet I
00:47:29.490 00:47:29.500 haven't actually started dumping any of
00:47:30.840 00:47:30.850 that methane in here to start a counter
00:47:32.250 00:47:32.260 flow process and because of that I'm not
00:47:35.100 00:47:35.110 actually getting in a counter flow with
00:47:36.240 00:47:36.250 this
00:47:36.480 00:47:36.490 it's coming down too hot and we're
00:47:37.830 00:47:37.840 burning an awful lot more chill to
00:47:39.270 00:47:39.280 actually get it well to make it sit at a
00:47:41.940 00:47:41.950 fight so if this starts happening to you
00:47:44.400 00:47:44.410 and it starts becoming a problem because
00:47:45.600 00:47:45.610 it can't get low enough to this is gonna
00:47:46.680 00:47:46.690 start flashing all you do crank up the
00:47:49.380 00:47:49.390 temperature in here let's make that six
00:47:51.960 00:47:51.970 thirty and now those will activate for a
00:47:53.970 00:47:53.980 long period of time and they'll actually
00:47:55.590 00:47:55.600 start dumping more chill into this box
00:47:58.040 00:47:58.050 and because of that the temperature
00:48:00.990 00:48:01.000 should start actually going down again
00:48:02.310 00:48:02.320 in here well not very much but at least
00:48:05.010 00:48:05.020 it's per minute nope and there the pump
00:48:06.570 00:48:06.580 just activated what happened
00:48:07.650 00:48:07.660 we hit a 750 kilos of pressure and when
00:48:10.800 00:48:10.810 it did it activated the pump and it
00:48:11.910 00:48:11.920 actually sucked out some of the super
00:48:13.109 00:48:13.119 coolant they add that pump radius is one
00:48:15.960 00:48:15.970 tile to the left one tile below one tile
00:48:18.000 00:48:18.010 to the right and one tile above the
00:48:19.350 00:48:19.360 bottom left most tile so most of the
00:48:21.510 00:48:21.520 pumping should get this super coolant
00:48:22.740 00:48:22.750 first well
00:48:23.609 00:48:23.619 that's though this tile over here I
00:48:25.410 00:48:25.420 probably won't get I'll probably have to
00:48:26.910 00:48:26.920 mop up that tile of super current but
00:48:28.260 00:48:28.270 we'll cross that bridge when we come to
00:48:29.430 00:48:29.440 it for the time being though were
00:48:31.680 00:48:31.690 actually starting to get to the point
00:48:32.700 00:48:32.710 where counter flow is happening and that
00:48:34.190 00:48:34.200 super coolant there should be jumping
00:48:36.210 00:48:36.220 chill into there which should be dumping
00:48:37.560 00:48:37.570 into the gas which means our
00:48:39.359 00:48:39.369 efficiency efficiency our fist
00:48:42.000 00:48:42.010 efficiency should be going up yeah how
00:48:45.450 00:48:45.460 are we looking
00:48:45.900 00:48:45.910 are we almost at it yeah I know this is
00:48:48.510 00:48:48.520 a lot of meat Angela we were lying
00:48:49.890 00:48:49.900 around that's about each one of these
00:48:51.390 00:48:51.400 tiles and there's five of them is about
00:48:52.980 00:48:52.990 five tanks of natural gas so that's 25
00:48:57.060 00:48:57.070 gas tanks full of natural gas I've got
00:48:58.920 00:48:58.930 sitting there in liquid format and there
00:49:00.270 00:49:00.280 was the pump again so it's pumping it
00:49:03.660 00:49:03.670 and it's slowly but surely sucking at
00:49:05.460 00:49:05.470 all the super current as well yeah and
00:49:07.230 00:49:07.240 there we go we're having that weird drop
00:49:08.670 00:49:08.680 down effect now you see it's dropped
00:49:11.160 00:49:11.170 down to here and I stop this for a
00:49:12.870 00:49:12.880 second what do you wish yeah well let
00:49:14.430 00:49:14.440 you go now that tile over there
00:49:17.490 00:49:17.500 I can never guess if I made this one
00:49:18.780 00:49:18.790 tile narrower I could probably get it
00:49:20.250 00:49:20.260 but I wanted it to be five tiles wide so
00:49:22.560 00:49:22.570 instead I'm just gonna have a tube come
00:49:23.940 00:49:23.950 down and mop that up yeah it's okay
00:49:27.990 00:49:28.000 it does mean that this is a little over
00:49:29.520 00:49:29.530 pressurized right now because it it
00:49:31.200 00:49:31.210 can't actually flow into the tub once I
00:49:32.790 00:49:32.800 mop that up we'll be good and that will
00:49:36.690 00:49:36.700 be the end of the system setup and we'll
00:49:39.270 00:49:39.280 cancel that yeah no they got it
00:49:42.250 00:49:42.260 and that's all - super coolant and
00:49:43.839 00:49:43.849 everything's sorted and we have a pool
00:49:45.339 00:49:45.349 of 635 kilos
00:49:47.200 00:49:47.210 now of course wow that's that's super
00:49:50.500 00:49:50.510 clean to dump a lot of chill in there
00:49:51.760 00:49:51.770 that's perfect that'll help keep the
00:49:53.290 00:49:53.300 system running now that we've gotten rid
00:49:54.700 00:49:54.710 of a that layer of super coolant I'm
00:49:56.620 00:49:56.630 going to deconstruct that tile to
00:49:57.849 00:49:57.859 increase air flow here this was the
00:50:00.280 00:50:00.290 original design before I made my
00:50:01.480 00:50:01.490 modification and this will give extra
00:50:03.790 00:50:03.800 gas flow to this point so that that's
00:50:05.020 00:50:05.030 that you can really get around to
00:50:06.520 00:50:06.530 actually converting that stuff as
00:50:07.900 00:50:07.910 quickly as possible let's go back to gas
00:50:12.870 00:50:12.880 and there we go
00:50:14.560 00:50:14.570 pour that's all twice that's vacuumed so
00:50:18.190 00:50:18.200 it's basically happening there is the
00:50:19.180 00:50:19.190 moment that hits the or this our gas
00:50:21.160 00:50:21.170 hits that area it basically just
00:50:22.329 00:50:22.339 instantly turns into well methane and
00:50:25.599 00:50:25.609 sulfur that's distracting all those
00:50:28.690 00:50:28.700 dropping things for them should point
00:50:30.609 00:50:30.619 out here the pump is made of thermia m--
00:50:32.410 00:50:32.420 so if you'll notice it's temperature is
00:50:34.210 00:50:34.220 absolutely ridiculously chill because
00:50:36.310 00:50:36.320 it's touching the meeting and it's
00:50:38.140 00:50:38.150 thermal conductivity is so high that it
00:50:40.690 00:50:40.700 actually helps bring all that gas down
00:50:43.240 00:50:43.250 as chills can the exact same thing for
00:50:45.670 00:50:45.680 this statute the statue that was three
00:50:47.170 00:50:47.180 tiles high so the bottom part of it is
00:50:49.059 00:50:49.069 in the liquid methane which is giving it
00:50:50.650 00:50:50.660 a bunch of chill but then it's touching
00:50:52.660 00:50:52.670 all of this sour gas that's flowing bias
00:50:54.400 00:50:54.410 which helps preach iLET before he even
00:50:55.809 00:50:55.819 gets to this point once I install this
00:50:57.849 00:50:57.859 it gave me a better gas flow the reason
00:51:02.980 00:51:02.990 being if you have a vacuum somewhere gas
00:51:04.660 00:51:04.670 has a tendency to flow towards it much
00:51:06.069 00:51:06.079 quicker than say a low pressure area
00:51:07.690 00:51:07.700 vacuum has seems to have much more draw
00:51:09.790 00:51:09.800 so you'll notice that the gas pressure
00:51:11.260 00:51:11.270 down here actually this gives better
00:51:12.940 00:51:12.950 pull on the gas coming down which at the
00:51:16.630 00:51:16.640 same time reduces the gas pressure all
00:51:18.339 00:51:18.349 the way through here which means there's
00:51:19.690 00:51:19.700 less gas pressure through here which
00:51:20.890 00:51:20.900 increases the efficiency of this counter
00:51:22.510 00:51:22.520 flow so the faster you can condense it
00:51:25.180 00:51:25.190 the more efficient your counter flow
00:51:27.670 00:51:27.680 will be because you'll be sucking the
00:51:28.720 00:51:28.730 gas through faster of course because
00:51:30.849 00:51:30.859 it's sucking the gas through faster
00:51:32.230 00:51:32.240 you're not burning as much heat to get
00:51:34.300 00:51:34.310 everything set up and because you're not
00:51:35.589 00:51:35.599 burning as much heat to get everything
00:51:36.760 00:51:36.770 set up
00:51:37.180 00:51:37.190 well you're not actually generating as
00:51:38.890 00:51:38.900 much chill so you've got to be a bit
00:51:41.349 00:51:41.359 careful with this if you actually make
00:51:42.579 00:51:42.589 this to efficient you won't be
00:51:44.559 00:51:44.569 generating enough chill to solidify
00:51:45.640 00:51:45.650 everything and this will fail so you
00:51:47.200 00:51:47.210 need sort of a balancing act you want to
00:51:48.849 00:51:48.859 generate more heat well you want to be
00:51:50.859 00:51:50.869 generating more chill than you need and
00:51:52.480 00:51:52.490 then you can counteract that with a
00:51:54.370 00:51:54.380 tepid Iser if
00:51:55.599 00:51:55.609 not generating if you're not generating
00:51:58.569 00:51:58.579 enough chill it's much harder to
00:52:00.190 00:52:00.200 generate that chill any other way the
00:52:01.660 00:52:01.670 tepid eyes were just allows you to
00:52:02.859 00:52:02.869 generate that extra heat you need to
00:52:04.180 00:52:04.190 counteract the chill
00:52:05.259 00:52:05.269 oh I'm expanding this badly but it's
00:52:07.539 00:52:07.549 there's so many mechanics at play here
00:52:09.069 00:52:09.079 there's gas pressure for counter flow
00:52:11.410 00:52:11.420 which the more gas pressure you have the
00:52:13.359 00:52:13.369 worse it is the vacuum effect which
00:52:15.670 00:52:15.680 means you get better gas pressure
00:52:17.349 00:52:17.359 throughput which reduces the which
00:52:19.749 00:52:19.759 00:52:21.249 00:52:21.259 flow while at the same time increasing
00:52:23.529 00:52:23.539 the efficiency of this counter flow
00:52:24.670 00:52:24.680 because this is going the opposite
00:52:25.719 00:52:25.729 direction as well remember and it all
00:52:27.849 00:52:27.859 becomes rather messy but if we look down
00:52:30.400 00:52:30.410 here yeah I think I might actually just
00:52:32.229 00:52:32.239 leave that super coolant in here
00:52:33.219 00:52:33.229 originally I used to mop it up but I'm
00:52:34.599 00:52:34.609 thinking that actually the methane I
00:52:37.269 00:52:37.279 consider sits on top and instantly
00:52:38.739 00:52:38.749 flashes to natural gas and all of this
00:52:40.449 00:52:40.459 is in contact with these temperature
00:52:42.309 00:52:42.319 shift plates in fact let's just throw in
00:52:44.440 00:52:44.450 another one right there and that will
00:52:48.549 00:52:48.559 allow all of that lovely lovely counter
00:52:50.920 00:52:50.930 pressure to take effect now now on to
00:52:53.650 00:52:53.660 the bit that we really like we're
00:52:56.259 00:52:56.269 actually starting to get a decent amount
00:52:57.640 00:52:57.650 of natural gas being produced right
00:52:58.870 00:52:58.880 about now so as I said six yeah okay the
00:53:02.140 00:53:02.150 system still has to saturate we're not
00:53:03.489 00:53:03.499 nearly at full pressure or full capacity
00:53:05.349 00:53:05.359 but this one here is rolling and it's
00:53:09.160 00:53:09.170 feeding into this line of natural gas
00:53:11.140 00:53:11.150 generators so we're actually generating
00:53:14.049 00:53:14.059 some power out of this at last now
00:53:15.849 00:53:15.859 that's going into the top role top row
00:53:17.410 00:53:17.420 is connected we are all the spaghettios
00:53:20.859 00:53:20.869 down here into this the backup coal
00:53:23.170 00:53:23.180 generators so the coal generators now
00:53:24.880 00:53:24.890 should no longer kick in if you look
00:53:26.049 00:53:26.059 here the battery yeah the batteries are
00:53:28.239 00:53:28.249 not dropping in power at all because all
00:53:29.799 00:53:29.809 of those natural gas generators are
00:53:31.539 00:53:31.549 dumping into them and if we check the
00:53:33.069 00:53:33.079 actual power here energy power produced
00:53:37.299 00:53:37.309 we're generating 8/9 kilowatts of power
00:53:39.759 00:53:39.769 and this thing is barely started kicking
00:53:41.829 00:53:41.839 off yet as this keeps running and
00:53:44.709 00:53:44.719 running these other gas lines are gonna
00:53:46.479 00:53:46.489 saturate we should get three MO I was
00:53:49.180 00:53:49.190 gonna say four lines should definitely
00:53:51.069 00:53:51.079 saturate but after I fixed this I'm not
00:53:53.979 00:53:53.989 sure I never actually stress tested that
00:53:55.509 00:53:55.519 on my a debug map but we should get at
00:53:58.120 00:53:58.130 least four of these up and running fully
00:53:59.559 00:53:59.569 off the top four rows should be maxed
00:54:01.479 00:54:01.489 out by the time this thing hits full
00:54:02.769 00:54:02.779 operating capacity oh and one last thing
00:54:07.509 00:54:07.519 to check is our petroleum stash
00:54:09.400 00:54:09.410 our petroleum stash has dipped down
00:54:10.750 00:54:10.760 below this is supposed to be hovering
00:54:12.160 00:54:12.170 around 250 kilos of pressure if if we
00:54:15.610 00:54:15.620 are using our power efficiently however
00:54:17.830 00:54:17.840 we've been drawing excess petroleum out
00:54:19.240 00:54:19.250 of here but we had such a big tank it
00:54:21.100 00:54:21.110 dropped it a bit but we should be fine
00:54:22.600 00:54:22.610 also we have plenty of reserves but once
00:54:25.240 00:54:25.250 the second layer starts kicking in as in
00:54:27.220 00:54:27.230 the second layer of natural gas
00:54:29.200 00:54:29.210 generators over here once these start
00:54:31.390 00:54:31.400 kicking in and that rose in place that's
00:54:32.920 00:54:32.930 actually feeding into via some more
00:54:34.810 00:54:34.820 Spaghettio into this grid which feeds
00:54:38.080 00:54:38.090 onto the main grid this is basically
00:54:40.030 00:54:40.040 hooked into everything the power spine
00:54:41.620 00:54:41.630 that goes the whole way up the center of
00:54:43.120 00:54:43.130 the map and excuse the screenshot mode
00:54:45.490 00:54:45.500 and what you see that's connected all
00:54:48.550 00:54:48.560 the way through here to all the rest
00:54:50.260 00:54:50.270 everything basically so once that kicks
00:54:52.210 00:54:52.220 in our stop drawing petroleum and since
00:54:53.920 00:54:53.930 once they stopped drawing petroleum my
00:54:55.180 00:54:55.190 petroleum level should start increasing
00:54:56.380 00:54:56.390 again and I can get back to that nice
00:54:57.640 00:54:57.650 level and then I can even it out now all
00:55:01.630 00:55:01.640 I'll do here is I'll just skip forward a
00:55:03.160 00:55:03.170 bit oh yeah well in the background I did
00:55:05.530 00:55:05.540 some little bit of maintenance of the
00:55:06.880 00:55:06.890 base rip did some floors put in some
00:55:08.500 00:55:08.510 more which might call it put in some
00:55:13.780 00:55:13.790 more diamond tiles and I moved the
00:55:15.610 00:55:15.620 cooling loop around so I was actually
00:55:16.660 00:55:16.670 cooling more at the base yeah these were
00:55:19.030 00:55:19.040 getting a bit hot over here and I wanted
00:55:20.350 00:55:20.360 to put in some temperature control but
00:55:23.560 00:55:23.570 I'm yeah I think it's time to jump
00:55:25.690 00:55:25.700 forward now we've got everything we need
00:55:27.250 00:55:27.260 set up on this and the whole system is
00:55:29.440 00:55:29.450 now functioning at full capacity and
00:55:30.730 00:55:30.740 we're gonna start pumping at natural gas
00:55:32.530 00:55:32.540 at a regular rate so I'll skip forward
00:55:34.750 00:55:34.760 until they start to saturate and we've
00:55:36.310 00:55:36.320 actually got more weight seems to be
00:55:39.040 00:55:39.050 already saturating some more already
00:55:40.000 00:55:40.010 we've already got half of the second row
00:55:41.320 00:55:41.330 up and running yeah but that's basically
00:55:42.760 00:55:42.770 all it's all we're waiting for at the
00:55:44.800 00:55:44.810 moment and I should probably put in a
00:55:46.900 00:55:46.910 pressure sensor there and what's the
00:55:50.020 00:55:50.030 temperature looking like in here right
00:55:51.160 00:55:51.170 about now minus 15 oh yeah the
00:55:54.550 00:55:54.560 temperature is actually going up because
00:55:56.170 00:55:56.180 these are actually generating Heat and
00:55:58.210 00:55:58.220 the system can't keep up with it so
00:55:59.350 00:55:59.360 we'll crank that down to minus let's
00:56:02.170 00:56:02.180 make that minus 30 this is gonna be one
00:56:04.420 00:56:04.430 of those weird systems this temperature
00:56:05.800 00:56:05.810 control because this generates such a
00:56:08.320 00:56:08.330 huge amount of heat over such a large
00:56:10.300 00:56:10.310 area that this cooling loop by the time
00:56:12.400 00:56:12.410 it exits here it might be whatever minus
00:56:13.960 00:56:13.970 20 but by the time it's coming back in
00:56:15.370 00:56:15.380 it's minus 16 so I'm not going to be
00:56:17.470 00:56:17.480 able to get this all perfectly down to
00:56:18.940 00:56:18.950 the same temperature not unless I want
00:56:21.010 00:56:21.020 to invest in an enormous
00:56:22.279 00:56:22.289 diamond temperature shift plates dump in
00:56:23.749 00:56:23.759 hydrogen I'm not that bothered all I'll
00:56:25.909 00:56:25.919 do is I'll chill this down in here until
00:56:27.380 00:56:27.390 it's about minus thirty maybe minus 40
00:56:29.509 00:56:29.519 and this will probably even it were up
00:56:32.150 00:56:32.160 here somewhere or wherever the the pipe
00:56:35.449 00:56:35.459 goes first will be all chilled down to
00:56:36.890 00:56:36.900 about minus forty but the rest of it
00:56:38.989 00:56:38.999 will probably be the low at the hottest
00:56:40.459 00:56:40.469 price would be at minus ten the coldest
00:56:42.349 00:56:42.359 parts will be about minus twenty-five
00:56:44.329 00:56:44.339 well that's the plan and yes yes well
00:56:48.529 00:56:48.539 skip out a bit here and we'll jump back
00:56:49.909 00:56:49.919 in as the hydrogen hits proper levels so
00:56:53.689 00:56:53.699 this system is sort of stabilized a bit
00:56:55.779 00:56:55.789 this is pretty much what I'm gonna get
00:56:57.979 00:56:57.989 for now while I'm pumping in six kilos
00:56:59.469 00:56:59.479 however I'm only pumping in six kilos
00:57:01.579 00:57:01.589 for now because I'm trying to let my oil
00:57:03.439 00:57:03.449 reserves build back up again before I go
00:57:04.849 00:57:04.859 ham
00:57:05.630 00:57:05.640 now with just that going we've got about
00:57:09.829 00:57:09.839 three and a half levels of this
00:57:11.059 00:57:11.069 activated so more than enough power to
00:57:13.640 00:57:13.650 power everything I need and if we check
00:57:15.919 00:57:15.929 this what's the energy are produced okay
00:57:20.509 00:57:20.519 that's I presume the solar is going at
00:57:23.569 00:57:23.579 the moment yeah that's probably why
00:57:24.769 00:57:24.779 that's so actually mental down here for
00:57:27.469 00:57:27.479 the this is going to be the core network
00:57:29.359 00:57:29.369 as in this is going to handle all my
00:57:30.890 00:57:30.900 core stuff power produced seventeen
00:57:33.229 00:57:33.239 kilowatts so we've got seventeen
00:57:34.519 00:57:34.529 kilowatts that I can dump into zoom out
00:57:38.179 00:57:38.189 here for a second I basically want to
00:57:39.799 00:57:39.809 take all of this stuff in the oil biome
00:57:41.599 00:57:41.609 that powers the this Sarah gas boiler so
00:57:44.659 00:57:44.669 I'm gonna put all of this on one grid
00:57:46.419 00:57:46.429 all of this the petroleum boiling
00:57:49.189 00:57:49.199 because that supports it and in the
00:57:50.390 00:57:50.400 pumps over here as well all of that is
00:57:52.339 00:57:52.349 all gonna be powered off the primary
00:57:53.839 00:57:53.849 grid over here or the main life support
00:57:56.120 00:57:56.130 grid and then also going to run the core
00:57:57.890 00:57:57.900 base as well that will also be run off
00:57:59.419 00:57:59.429 that grid the only things that won't be
00:58:00.679 00:58:00.689 run off the grid airspace anything to do
00:58:03.679 00:58:03.689 with space basically natural gas geyser
00:58:05.929 00:58:05.939 events I don't really care about them
00:58:07.099 00:58:07.109 too much the gold gold volcanoes any of
00:58:10.909 00:58:10.919 the excess resources any of the
00:58:12.319 00:58:12.329 refinement the transport grid as in all
00:58:15.229 00:58:15.239 of these little transport tubes the
00:58:17.390 00:58:17.400 whole transport tube network will be
00:58:18.469 00:58:18.479 stuck on that but everything like oxygen
00:58:20.569 00:58:20.579 production and water that will all be
00:58:23.269 00:58:23.279 dumped onto my primary grid the one with
00:58:24.859 00:58:24.869 17 kilowatts of power on it because I
00:58:26.870 00:58:26.880 want everything that is absolutely
00:58:28.429 00:58:28.439 critical on the primary grid and also
00:58:30.349 00:58:30.359 backed up by all these coal generators
00:58:31.669 00:58:31.679 that should hopefully give me a solid
00:58:33.679 00:58:33.689 base because I do want to stretch this
00:58:35.029 00:58:35.039 as far as I can
00:58:36.350 00:58:36.360 actually let's check out that gas
00:58:38.580 00:58:38.590 overlay from on high
00:58:40.490 00:58:40.500 do you Lord that is beautiful well it's
00:58:44.040 00:58:44.050 a lot of effort to build one of these
00:58:45.330 00:58:45.340 and I don't recommend building something
00:58:47.580 00:58:47.590 like this this one's a this monstrosity
00:58:49.440 00:58:49.450 is not really good for survival places
00:58:51.870 00:58:51.880 the reason being I'm just developing the
00:58:53.850 00:58:53.860 AI devices specifically so I could
00:58:55.350 00:58:55.360 stretch out as much water as possible
00:58:57.000 00:58:57.010 and it's designed to be able to handle a
00:58:58.440 00:58:58.450 variable amount of oil so I can control
00:59:00.780 00:59:00.790 how much petroleum I'm putting through
00:59:02.640 00:59:02.650 it and it's still relatively energy
00:59:04.350 00:59:04.360 cheap I think if you run this at 10
00:59:05.880 00:59:05.890 kilos of oil per second it works at at
00:59:07.920 00:59:07.930 about 6 kilowatts which is pretty decent
00:59:10.440 00:59:10.450 considering how much power it's going to
00:59:11.940 00:59:11.950 give you this is generating but 32
00:59:14.820 00:59:14.830 kilowatts it may be a little bit more I
00:59:16.620 00:59:16.630 can't remember 10 kilos you'll
00:59:17.910 00:59:17.920 definitely be generating about 50
00:59:19.980 00:59:19.990 kilowatts I think it gets to something
00:59:21.690 00:59:21.700 ridiculous but the main benefit here is
00:59:23.550 00:59:23.560 the water we're getting a much better
00:59:25.740 00:59:25.750 water refinement rate out of this
00:59:27.210 00:59:27.220 actually check the numbers for a second
00:59:28.910 00:59:28.920 and the numbers I worked out and this is
00:59:31.410 00:59:31.420 if I convert all the crude oil I'm
00:59:33.690 00:59:33.700 getting at by all the crude oil I mean
00:59:35.220 00:59:35.230 all the stuff coming out of these oil
00:59:36.390 00:59:36.400 wells and I do have an oil Fisher up the
00:59:38.880 00:59:38.890 top of the map well where is this
00:59:40.530 00:59:40.540 there's an oil Fisher over here yeah
00:59:43.020 00:59:43.030 over there if I include all of those in
00:59:44.580 00:59:44.590 the calculations I should get out
00:59:46.860 00:59:46.870 - the water I put into the oil wells
00:59:48.840 00:59:48.850 I'll get about one point three six kilos
00:59:51.780 00:59:51.790 of water per second out of it which is
00:59:54.090 00:59:54.100 basically a steam vent that's a steam
00:59:56.040 00:59:56.050 vents worth of water and then if I take
00:59:57.630 00:59:57.640 all the carbon dioxide this is producing
00:59:59.460 00:59:59.470 so all the carbon dioxide I'm getting
01:00:01.200 01:00:01.210 off the natural gas and making and I
01:00:03.240 01:00:03.250 feed that to slicksters and then take
01:00:04.680 01:00:04.690 the crude oil they give me and convert
01:00:06.210 01:00:06.220 it to petroleum and to sour gas then to
01:00:08.070 01:00:08.080 natural gas and then burners and get the
01:00:10.020 01:00:10.030 water out of it I think it works at as
01:00:11.940 01:00:11.950 with that I'd get about an extra point
01:00:14.250 01:00:14.260 three of Akito water so all in all I'd
01:00:17.460 01:00:17.470 be looking at about one point six seven
01:00:19.170 01:00:19.180 kilos of water per second for all the
01:00:21.360 01:00:21.370 effort they're putting into this it's
01:00:23.400 01:00:23.410 not really worth it unless you're going
01:00:25.170 01:00:25.180 for max tubes or something psychotic
01:00:26.730 01:00:26.740 like that and the amount of power you
01:00:27.750 01:00:27.760 get out of it still not worth it in my
01:00:29.370 01:00:29.380 opinion considering you don't usually
01:00:30.630 01:00:30.640 need I was getting by just fine on a few
01:00:32.760 01:00:32.770 cool few petroleum generators and some
01:00:34.680 01:00:34.690 natural gas and solar of course so I'm
01:00:37.860 01:00:37.870 not sure if it's really worth it except
01:00:39.270 01:00:39.280 if you own it will let game and do
01:00:40.230 01:00:40.240 something truly ridiculous that's really
01:00:42.150 01:00:42.160 all these are designed to deal with
01:00:44.120 01:00:44.130 again I'll put the link to Toni advanced
01:00:48.480 01:00:48.490 Toni's design
01:00:49.590 01:00:49.600 well in the description so if you want
01:00:51.930 01:00:51.940 to see one that can be boiled directly
01:00:53.040 01:00:53.050 from crude his one is more designed for
01:00:55.020 01:00:55.030 it can be switched on and off and it's
01:00:56.220 01:00:56.230 much more stable this one is just
01:00:57.600 01:00:57.610 designed to just rip out a whole ton of
01:00:59.460 01:00:59.470 natural gas and not stop ever maybe I
01:01:03.090 01:01:03.100 could stop this I think I tried it once
01:01:04.740 01:01:04.750 and it did boot better back up but I did
01:01:07.050 01:01:07.060 get a few broken pipe segments or
01:01:08.600 01:01:08.610 damaged pipe segments it had to be
01:01:10.500 01:01:10.510 repaired but by and large this is
01:01:12.510 01:01:12.520 designed specifically to be turned on
01:01:13.920 01:01:13.930 and never turned off again now one thing
01:01:17.250 01:01:17.260 I do have to take care of is the natural
01:01:18.930 01:01:18.940 gas that's running wild on the map that
01:01:21.210 01:01:21.220 stuff I need to do something about it
01:01:22.920 01:01:22.930 the reason being that needs to be burned
01:01:24.510 01:01:24.520 off in my natural gas generators in the
01:01:26.010 01:01:26.020 main brick instead of over here because
01:01:27.810 01:01:27.820 this is dumping out carbon dioxide and
01:01:29.430 01:01:29.440 yeah I'm gonna basically be
01:01:30.570 01:01:30.580 decommissioning this section after a
01:01:31.920 01:01:31.930 while so I need to find some way of
01:01:33.960 01:01:33.970 getting this over to my natural gas
01:01:37.950 01:01:37.960 generators and I've already put in a
01:01:39.870 01:01:39.880 little something to help with that and
01:01:41.280 01:01:41.290 where am I going to put you yeah you can
01:01:42.870 01:01:42.880 go through there so we'll just do a
01:01:44.850 01:01:44.860 little bit of origami around here and we
01:01:47.370 01:01:47.380 should be fine are you gonna go you can
01:01:58.830 01:01:58.840 hear and yeah I'm sure you remember
01:02:03.060 01:02:03.070 should I plug it into the green or
01:02:04.260 01:02:04.270 should I plug it into the white end
01:02:05.250 01:02:05.260 can't recall I'm gonna go with white end
01:02:09.000 01:02:09.010 will go with the white end for now that
01:02:10.710 01:02:10.720 should hopefully merge the two flows
01:02:12.500 01:02:12.510 yeah that should be fine
01:02:14.330 01:02:14.340 so that will basically allow all my
01:02:16.350 01:02:16.360 natural gas to run over here and be
01:02:17.820 01:02:17.830 burnt off in the very bottom layer and
01:02:19.530 01:02:19.540 stole those sneekly in between cuts when
01:02:21.900 01:02:21.910 I realized I was gonna need to do that I
01:02:23.040 01:02:23.050 put in these a little bit of natural gas
01:02:25.260 01:02:25.270 escaped it's floating around here
01:02:26.580 01:02:26.590 somewhere wherever it went oh yeah it
01:02:29.070 01:02:29.080 probably sunk down to the bottom yeah
01:02:30.120 01:02:30.130 it's down here it's okay I lost a few
01:02:32.520 01:02:32.530 grams it's grant but that allows me to
01:02:35.100 01:02:35.110 burn off all the natural gas and I'm
01:02:36.480 01:02:36.490 also going to studies very Jewish one
01:02:39.870 01:02:39.880 second I opposed it so what I'm gonna do
01:02:43.500 01:02:43.510 is I'm gonna have this wire this pipe
01:02:45.060 01:02:45.070 here this pipe actually brings up the
01:02:46.710 01:02:46.720 natural gas from the oil biome that's
01:02:48.120 01:02:48.130 vented by my oil wells and I'll run that
01:02:49.680 01:02:49.690 across as well in fact I may just do a
01:02:51.750 01:02:51.760 straight cut I'm gonna have to do
01:02:53.130 01:02:53.140 something about that pipe Junction that
01:02:54.990 01:02:55.000 is an absolute mess but it's gonna take
01:02:56.640 01:02:56.650 me an hour or two of just pulling things
01:02:58.470 01:02:58.480 ahead and putting things back together I
01:02:59.730 01:02:59.740 will be decommissioning this over here
01:03:01.440 01:03:01.450 so that will make things a little bit
01:03:02.700 01:03:02.710 simpler
01:03:03.610 01:03:03.620 yeah so this monstrosity over here
01:03:07.850 01:03:07.860 combined with this and this is basically
01:03:10.790 01:03:10.800 my sarah gas boiler design I highly
01:03:13.640 01:03:13.650 recommend you do not use this design
01:03:15.580 01:03:15.590 I'll put the save game file up with this
01:03:17.900 01:03:17.910 you can have a look at it tear it apart
01:03:19.460 01:03:19.470 do what you want check all the settings
01:03:20.690 01:03:20.700 make sure everything is the way you want
01:03:21.710 01:03:21.720 it to and just just to make sure that
01:03:23.900 01:03:23.910 everything's covered I'll put the right
01:03:25.970 01:03:25.980 now I'm just gonna go over all the
01:03:26.930 01:03:26.940 settings just in case anyone's curious
01:03:28.400 01:03:28.410 and wants to actually build one this is
01:03:30.140 01:03:30.150 set to below 1 kilo for both of those
01:03:31.670 01:03:31.680 and they're both just hooked up to each
01:03:32.750 01:03:32.760 door on the automation wire this one in
01:03:36.200 01:03:36.210 here is set to 630 but I started at 600
01:03:38.540 01:03:38.550 and then I slowly ramp it up as I need
01:03:40.130 01:03:40.140 more heat and I need well need more
01:03:41.750 01:03:41.760 chill down here these boat down here are
01:03:45.080 01:03:45.090 set to 750 kilos though that one I can
01:03:47.840 01:03:47.850 now decommission it's no longer
01:03:48.860 01:03:48.870 necessary temperature sensor in the
01:03:51.020 01:03:51.030 methane pit is minus 175 degrees just to
01:03:55.160 01:03:55.170 make sure that the sour gas condenses
01:03:57.140 01:03:57.150 and down here this is set to minus 232
01:04:00.920 01:04:00.930 degrees because if the temperature goes
01:04:03.140 01:04:03.150 below minus 232 degrees the super
01:04:05.900 01:04:05.910 coolant coming through here can
01:04:06.920 01:04:06.930 potentially leave Worman or cold enough
01:04:09.350 01:04:09.360 that it won't require full chilling by
01:04:11.360 01:04:11.370 both of these as in these Loney apply
01:04:14.810 01:04:14.820 like 10 degrees of chilling to it all
01:04:16.610 01:04:16.620 and then that means they won't be
01:04:17.630 01:04:17.640 generating as much heat as they need to
01:04:19.300 01:04:19.310 which is where the tepid Iser is there
01:04:21.500 01:04:21.510 and that's it that's literally this
01:04:23.900 01:04:23.910 block here is the main core of it that
01:04:26.900 01:04:26.910 there is the core of the actual
01:04:28.220 01:04:28.230 petroleum boiler everything else is just
01:04:30.560 01:04:30.570 a counter flow to help spread the
01:04:33.230 01:04:33.240 temperature right and increase energy
01:04:34.760 01:04:34.770 efficiency oh yeah and these gas pumps
01:04:37.870 01:04:37.880 when a quick note you might be tempted
01:04:40.370 01:04:40.380 can I make a sour gas but it only has
01:04:41.840 01:04:41.850 one tournament term eMac winner you
01:04:44.210 01:04:44.220 probably good thing is you're still
01:04:46.370 01:04:46.380 going to have to run this many gas pumps
01:04:48.100 01:04:48.110 you have to run it an enormous amount of
01:04:50.450 01:04:50.460 gas pumps the gas pumps are actually
01:04:52.460 01:04:52.470 using more power than the eternia macro
01:04:53.930 01:04:53.940 tuners are using so it doesn't matter if
01:04:56.240 01:04:56.250 you could go up to three of these term
01:04:57.770 01:04:57.780 you know these two these equity nurse
01:04:59.630 01:04:59.640 and it would probably still be not that
01:05:02.150 01:05:02.160 much more of an energy cost considering
01:05:03.710 01:05:03.720 how many bad gas pumps you're going to
01:05:04.970 01:05:04.980 need to run this monstrosity
01:05:06.520 01:05:06.530 anyway cut it out here oh wait no not
01:05:10.040 01:05:10.050 just yes and this over here is just to
01:05:12.080 01:05:12.090 deal with anything sometimes natural gas
01:05:14.630 01:05:14.640 would flash down below and it would pop
01:05:15.980 01:05:15.990 up here this
01:05:16.970 01:05:16.980 taps filter - so this year filters that
01:05:19.370 01:05:19.380 this our gas and sends it down to the
01:05:21.050 01:05:21.060 bottom of the map and the natural gas
01:05:22.490 01:05:22.500 which would be the only two gas in here
01:05:23.870 01:05:23.880 gets dumped over here if you get this
01:05:25.820 01:05:25.830 contaminated with other gases what you
01:05:28.040 01:05:28.050 can do is you can put another gas filter
01:05:30.680 01:05:30.690 over here so this will send the Sarah
01:05:33.050 01:05:33.060 gasps dad this was send everything else
01:05:34.940 01:05:34.950 over here then you filter out the
01:05:36.109 01:05:36.119 natural gas and even in here and all the
01:05:37.700 01:05:37.710 rest of the gases you can dump out here
01:05:38.960 01:05:38.970 so co2 oxygen and anything like that
01:05:40.910 01:05:40.920 anything that gets up to the top here
01:05:42.710 01:05:42.720 can be filtered ash however if it ends
01:05:44.810 01:05:44.820 up at the bottom well good luck I've
01:05:46.400 01:05:46.410 never had that problem but if you do it
01:05:47.870 01:05:47.880 might cause a mess so maybe start this
01:05:49.460 01:05:49.470 in a vacuum and stick with it anyway
01:05:51.830 01:05:51.840 that is the sour gas boiler that's got
01:05:54.050 01:05:54.060 us a bunch of more a bunch more water to
01:05:57.109 01:05:57.119 work with so I'll cut this out here and
01:05:58.880 01:05:58.890 I hope you enjoyed good luck
Office location
Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12

Phone: +7 343 216 77 75

E-mail: info@lotus1.ru

Sales phone

Russia: +7 343 216 77 75

WhatsApp: +79122710308