Crude Oil, Petroleum, Metal refinement and Industrial brick. Tutorial 4 for Oxygen not included

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Language: en

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okay in this video we're gonna cover how
00:00:02.000 00:00:02.010 to do oil mid-game oil so that you can
00:00:04.160 00:00:04.170 get into late-game because oil is one of
00:00:06.349 00:00:06.359 those tricky to help expert it's not so
00:00:07.909 00:00:07.919 much the power it generates that's so
00:00:09.320 00:00:09.330 useful it's more the cooling
00:00:11.060 00:00:11.070 opportunities it gives you if if you
00:00:14.180 00:00:14.190 just run this oil refinery it requires a
00:00:16.790 00:00:16.800 duplicate operators if duplicants not a
00:00:18.769 00:00:18.779 - it's not running that's basically how
00:00:20.929 00:00:20.939 it works so you need to put in a buffer
00:00:22.640 00:00:22.650 system for it but more importantly even
00:00:24.410 00:00:24.420 if you had this running 24/7 it can only
00:00:27.320 00:00:27.330 run two and a half petroleum refineries
00:00:29.810 00:00:29.820 and one natural gas generator about 5.8
00:00:32.659 00:00:32.669 kilowatts that's assuming 100% uptime
00:00:34.910 00:00:34.920 you could generate that much power from
00:00:36.979 00:00:36.989 coal if you really needed to it would be
00:00:39.020 00:00:39.030 expensive and tricky to set up well
00:00:40.400 00:00:40.410 actually it'll be easier to set up and
00:00:42.530 00:00:42.540 probably easier to maintain and require
00:00:43.819 00:00:43.829 this operation so we want to use the oil
00:00:45.920 00:00:45.930 for more than just power because it is
00:00:48.440 00:00:48.450 quite intensive so this is a just to my
00:00:51.950 00:00:51.960 current preferred design it's just a
00:00:54.260 00:00:54.270 little industrial brick I threw together
00:00:55.900 00:00:55.910 this is fairly simplistic there's a
00:01:00.860 00:01:00.870 crude oil coming up from the bottom
00:01:02.299 00:01:02.309 we've cord out left and right so that
00:01:03.889 00:01:03.899 you can so that I could access all the
00:01:05.359 00:01:05.369 pockets and have access to that suppose
00:01:06.740 00:01:06.750 this oil goes straight up the middle
00:01:08.630 00:01:08.640 that's just a gold amalgam pump down
00:01:10.039 00:01:10.049 there by the way and then the oil goes
00:01:11.539 00:01:11.549 over here and gets buffered in a couple
00:01:13.250 00:01:13.260 of tanks we we like to have buffers
00:01:15.289 00:01:15.299 everywhere there's you need a lot of
00:01:17.090 00:01:17.100 buffers when it comes to oil otherwise
00:01:18.410 00:01:18.420 you get a lot of intermittent operations
00:01:19.880 00:01:19.890 and wasted duplicants running back and
00:01:21.590 00:01:21.600 forth so this buffer tank buffers for
00:01:24.050 00:01:24.060 this metal refinery right one but offers
00:01:27.109 00:01:27.119 for the right refinery you really want
00:01:29.240 00:01:29.250 buffers here for these things I tried
00:01:30.770 00:01:30.780 not using them it caused intermittent
00:01:32.330 00:01:32.340 operations in previous patches there was
00:01:34.910 00:01:34.920 chances of explosions so I haven't had
00:01:38.120 00:01:38.130 any explosions in this patch I think
00:01:39.530 00:01:39.540 they've patched at most of those
00:01:40.490 00:01:40.500 problems but I'm taking precautions just
00:01:42.770 00:01:42.780 in case then after you were fine the
00:01:46.069 00:01:46.079 metal they coolant to spit out and it's
00:01:47.870 00:01:47.880 nice and hot oil and it gets buffered in
00:01:49.550 00:01:49.560 these tanks in here so left tank buffers
00:01:52.010 00:01:52.020 for the left one right tank buffers for
00:01:53.359 00:01:53.369 the right one and then they both feed
00:01:54.770 00:01:54.780 into the middle tank before being
00:01:56.149 00:01:56.159 destroyed in the petroleum refinery
00:01:58.569 00:01:58.579 now that puts petroleum which is then
00:02:02.359 00:02:02.369 buffered into these two tanks down here
00:02:03.740 00:02:03.750 the third tank is for plastic but don't
00:02:05.569 00:02:05.579 worry about one so this will keep
00:02:07.490 00:02:07.500 running until both these tanks are full
00:02:09.070 00:02:09.080 once both of them are full it actually
00:02:11.210 00:02:11.220 shuts this off so that your duplicants
00:02:12.710 00:02:12.720 not running back and
00:02:13.550 00:02:13.560 worth trying to top it up a little bit
00:02:14.600 00:02:14.610 and then the the buffered oil is then
00:02:17.150 00:02:17.160 fed into the petroleum refineries but
00:02:19.820 00:02:19.830 not before passing around and I could
00:02:21.890 00:02:21.900 sooner it just passes around here not
00:02:23.630 00:02:23.640 actually goes through it just passes
00:02:24.650 00:02:24.660 around this and so except the heats the
00:02:26.180 00:02:26.190 equity nur is giving off and then that
00:02:29.540 00:02:29.550 oil is sent in here and burnt into
00:02:31.610 00:02:31.620 petroleum refineries basically
00:02:33.229 00:02:33.239 destroying all the heat it just absorbed
00:02:35.050 00:02:35.060 natural gas same thing it's siphoned off
00:02:37.430 00:02:37.440 in here into a buffer tank sent through
00:02:39.110 00:02:39.120 a Randy aqua tuner before being
00:02:41.479 00:02:41.489 destroyed as well now what this does is
00:02:43.670 00:02:43.680 it powers this little ice break over
00:02:45.410 00:02:45.420 here and that ice break is basically
00:02:48.530 00:02:48.540 just dumping cold right into your
00:02:50.390 00:02:50.400 reactor room and this allows the coal to
00:02:52.430 00:02:52.440 spread I put in a few metal plates here
00:02:54.680 00:02:54.690 and there to spread the cooling around
00:02:56.740 00:02:56.750 but I just want this running nice and
00:02:58.880 00:02:58.890 cold because this means all the outputs
00:03:00.710 00:03:00.720 will be nice and cold might as well
00:03:02.600 00:03:02.610 destroy the heat before it has a chance
00:03:03.680 00:03:03.690 to be created and then a little bit of
00:03:06.080 00:03:06.090 that chill is gonna leak into the
00:03:07.160 00:03:07.170 surrounding industrial area and make
00:03:09.050 00:03:09.060 sure everything remains thermally stable
00:03:10.430 00:03:10.440 I'm not trying to chill all these rooms
00:03:11.509 00:03:11.519 down to zero degrees or anything I just
00:03:13.370 00:03:13.380 want to make sure that any heat
00:03:14.600 00:03:14.610 generated in here is taken care of the
00:03:17.599 00:03:17.609 whole thing is insulated around the
00:03:18.979 00:03:18.989 sides to make sure that this thing
00:03:20.990 00:03:21.000 doesn't affected in the outside world
00:03:22.310 00:03:22.320 it's basically a self-contained
00:03:24.069 00:03:24.079 thermally regulated base no wheeze
00:03:26.210 00:03:26.220 what's required no space tech no nothing
00:03:28.430 00:03:28.440 like that you put in crude oil and
00:03:30.470 00:03:30.480 refined and roll metals you get it
00:03:32.090 00:03:32.100 refined metals power lots of excess
00:03:34.610 00:03:34.620 power as well actually
00:03:35.650 00:03:35.660 plastics glass whatever you want you
00:03:38.300 00:03:38.310 basically just dump them in here there's
00:03:39.860 00:03:39.870 plenty of room there for expansion as
00:03:41.210 00:03:41.220 well there's other things I'll be
00:03:42.050 00:03:42.060 putting in later but this basically gets
00:03:45.140 00:03:45.150 you to a nice period where you can move
00:03:47.300 00:03:47.310 confidently into the late game with lots
00:03:49.039 00:03:49.049 of raw met lots of refined metals and
00:03:51.379 00:03:51.389 process good process materials that
00:03:53.660 00:03:53.670 you're going to need for tapping some of
00:03:55.129 00:03:55.139 the trickier geysers and vents that are
00:03:56.960 00:03:56.970 right there now
00:03:59.300 00:03:59.310 the next videos will be of me actually
00:04:01.160 00:04:01.170 building this and how you construct it
00:04:02.599 00:04:02.609 all together in a reasonable manner and
00:04:04.309 00:04:04.319 you know get into ceramics in a an
00:04:06.559 00:04:06.569 orderly fashion and getting everything
00:04:07.940 00:04:07.950 up and running now I didn't realize I
00:04:10.099 00:04:10.109 was gonna put a forward on this when I
00:04:11.360 00:04:11.370 was making when I was recording them um
00:04:13.069 00:04:13.079 so there will be some redundant
00:04:14.870 00:04:14.880 information
00:04:15.559 00:04:15.569 apologies for that in advance but I hope
00:04:17.870 00:04:17.880 this gets you into a nice confident
00:04:20.300 00:04:20.310 late-game position where you can take
00:04:21.500 00:04:21.510 advantage of gold or refined metals and
00:04:23.930 00:04:23.940 the options they give you
00:04:25.840 00:04:25.850 right we've cleared out the area we're
00:04:27.550 00:04:27.560 gonna turn into our industrial area it's
00:04:29.050 00:04:29.060 down here
00:04:29.590 00:04:29.600 and so far we're just setting up some
00:04:32.260 00:04:32.270 clay and some coal to make ceramics and
00:04:34.990 00:04:35.000 one of the important distinctions here
00:04:36.370 00:04:36.380 we need to look at is when it comes to
00:04:38.050 00:04:38.060 making things through sea this year
00:04:40.930 00:04:40.940 there's no mention of duplicate
00:04:42.940 00:04:42.950 operation example this Rock regulator it
00:04:46.870 00:04:46.880 actually has duplicate operation in
00:04:48.310 00:04:48.320 requirements the kiln does not I'm going
00:04:52.060 00:04:52.070 to use the kiln to produce ceramics but
00:04:53.830 00:04:53.840 we don't know waste a lot of time do
00:04:55.120 00:04:55.130 matter since it has no duplicate
00:04:57.550 00:04:57.560 duplicate to operation required you can
00:04:59.200 00:04:59.210 actually use an auto sweeper to fill
00:05:00.760 00:05:00.770 them and empty them actually they empty
00:05:02.380 00:05:02.390 themselves automatically so right now
00:05:04.030 00:05:04.040 I've got this storage bin and I've got
00:05:06.310 00:05:06.320 to that coal there's more coal coming
00:05:08.320 00:05:08.330 and these two bins are full of clay clay
00:05:11.020 00:05:11.030 it can't be used for anything but to
00:05:12.460 00:05:12.470 make ceramics so yeah it's just there's
00:05:14.950 00:05:14.960 no problem a turning it onto ceramic we
00:05:16.510 00:05:16.520 don't care
00:05:17.020 00:05:17.030 so you set that on ceramic forever and
00:05:19.270 00:05:19.280 you'll watch the auto sweeper except
00:05:21.970 00:05:21.980 loads it and it starts producing ceramic
00:05:25.530 00:05:25.540 at the moment we're keeping this far far
00:05:28.360 00:05:28.370 away from our base because we don't want
00:05:29.710 00:05:29.720 the heat to interfere but we're just
00:05:31.300 00:05:31.310 gonna use this fairly ceramic to help us
00:05:33.280 00:05:33.290 we're gonna sit we use this area ceramic
00:05:35.800 00:05:35.810 to help us with inner setups and we'll
00:05:38.260 00:05:38.270 get back to that middle bit next thing
00:05:40.420 00:05:40.430 we want to set up here is these machines
00:05:42.190 00:05:42.200 for producing a line we want lime to
00:05:44.140 00:05:44.150 make limestone so we're going to have
00:05:45.790 00:05:45.800 one of them producing fossils turning
00:05:48.640 00:05:48.650 fossils until I'm the other one turning
00:05:51.520 00:05:51.530 eggshells looking to life and I've
00:05:54.340 00:05:54.350 listed some storage containers here for
00:05:55.870 00:05:55.880 them as well now the reason we wanted
00:05:58.150 00:05:58.160 all that ceramic to start with us we
00:05:59.800 00:05:59.810 want to make metal refineries now you
00:06:01.900 00:06:01.910 can make metal finders out of many
00:06:03.160 00:06:03.170 materials but the one we want to make it
00:06:05.560 00:06:05.570 out of is ceramic because it gives a
00:06:07.300 00:06:07.310 plus 200 degrees Celsius to overheating
00:06:10.840 00:06:10.850 so it means we can run them rather hot
00:06:13.030 00:06:13.040 and not have to care too much so I'm
00:06:15.550 00:06:15.560 gonna start with two there's been some
00:06:16.630 00:06:16.640 changes to these so I'm not quite sure
00:06:18.190 00:06:18.200 if I'm gonna need one or two but I'm
00:06:19.900 00:06:19.910 gonna go to a two for the moment
00:06:21.940 00:06:21.950 we'll use these two gonna refine all
00:06:24.400 00:06:24.410 their metals using these two we just
00:06:27.970 00:06:27.980 cracked open this oil here the
00:06:29.500 00:06:29.510 high-pressure one and if you'll watch
00:06:30.640 00:06:30.650 the oil we'll just pour it and fill up
00:06:33.070 00:06:33.080 the area this is very handy it means you
00:06:35.260 00:06:35.270 can just dig dad and I know that this is
00:06:36.490 00:06:36.500 actually going to still overflow and pop
00:06:38.380 00:06:38.390 back into your storage tank we're gonna
00:06:40.030 00:06:40.040 do the same here and crack open all
00:06:41.440 00:06:41.450 these oil sections there's lots and lots
00:06:43.690 00:06:43.700 of water to go around next we're gonna
00:06:46.420 00:06:46.430 look at the oil flowing through here
00:06:48.430 00:06:48.440 we're sending it into this foundry wanna
00:06:51.640 00:06:51.650 send it into metal refinery sorry
00:06:53.170 00:06:53.180 there's a blend of entries you want to
00:06:55.120 00:06:55.130 send this in here because it's access
00:06:56.170 00:06:56.180 coolant too and when the coolant is used
00:06:58.510 00:06:58.520 it will spit out the coolant and it will
00:07:00.910 00:07:00.920 be very hot and that hot coolant we're
00:07:03.280 00:07:03.290 gonna send it up here and this looks a
00:07:04.540 00:07:04.550 bit complicated but trust me it's not
00:07:06.010 00:07:06.020 that bad
00:07:06.960 00:07:06.970 the oil will come up here and assuming
00:07:09.880 00:07:09.890 your space it will pass through here and
00:07:11.950 00:07:11.960 into this storage tank basically a
00:07:13.690 00:07:13.700 buffer tank we have a second one over
00:07:15.340 00:07:15.350 here so it'll go into this buffer tank
00:07:16.900 00:07:16.910 and pop at the bottom here and go into
00:07:19.510 00:07:19.520 this central tank the central tank is
00:07:20.980 00:07:20.990 gonna feed into our oil refinery so if
00:07:23.680 00:07:23.690 if there's space we'll keep going in
00:07:25.330 00:07:25.340 like this and going around however if
00:07:27.460 00:07:27.470 this backs up and there's nowhere for it
00:07:29.710 00:07:29.720 to go that'll keep backing up here until
00:07:31.600 00:07:31.610 it gets to this point if the oil can't
00:07:34.540 00:07:34.550 get in here or the coolant that's
00:07:35.680 00:07:35.690 escaping it will take a right and go up
00:07:38.710 00:07:38.720 here and it will trigger this sensor
00:07:40.390 00:07:40.400 this is a crude oil sensor yeah this is
00:07:47.350 00:07:47.360 a crude oil sensor and when crude oil is
00:07:50.020 00:07:50.030 sensed in that pipe it's gonna send an
00:07:52.210 00:07:52.220 automation signal back to this device to
00:07:54.340 00:07:54.350 shut down so I will keep going through
00:07:57.850 00:07:57.860 here and coolant will keep working until
00:07:59.500 00:07:59.510 there's no more space for coolant if
00:08:01.120 00:08:01.130 there's no more space for the oil up
00:08:02.380 00:08:02.390 here to to go we do want this to keep
00:08:04.600 00:08:04.610 running otherwise it'll overheat and
00:08:06.010 00:08:06.020 explode so this here will tell it to
00:08:09.220 00:08:09.230 stop and to turn off do that we just use
00:08:11.320 00:08:11.330 a little bit of automation we're going
00:08:13.510 00:08:13.520 to use to use not gate you stick that
00:08:18.190 00:08:18.200 there but means these things are
00:08:20.530 00:08:20.540 designed to activate on a to activate
00:08:24.280 00:08:24.290 when they detect the element so when it
00:08:26.710 00:08:26.720 detects crude oil it's gonna send a
00:08:28.270 00:08:28.280 turn-on signal we don't want to descend
00:08:30.130 00:08:30.140 to turn on we wanted to send a turn-off
00:08:31.450 00:08:31.460 so when this detects crude oil
00:08:33.190 00:08:33.200 we'll send the signal to a nutcase which
00:08:34.570 00:08:34.580 will turn it into it
00:08:35.440 00:08:35.450 turn off signal and that will send in
00:08:38.079 00:08:38.089 here oh yeah and that will send in here
00:08:42.209 00:08:42.219 so now when there's no room for this
00:08:46.030 00:08:46.040 coolant to go anywhere and it's gonna
00:08:48.160 00:08:48.170 send up backing up into the machine and
00:08:49.660 00:08:49.670 causing an explosion
00:08:51.060 00:08:51.070 instead shut off the machines where
00:08:53.350 00:08:53.360 Jupiter cans can't operate it anymore
00:08:54.960 00:08:54.970 now I have another tank over here and
00:08:57.220 00:08:57.230 what we're gonna do is we're gonna have
00:08:58.150 00:08:58.160 this one up to this in the exact same
00:09:00.519 00:09:00.529 method where the oil will go in here and
00:09:02.439 00:09:02.449 then into there and if both of those
00:09:04.030 00:09:04.040 fill up and I just starts backing up
00:09:05.439 00:09:05.449 into the machine a signal will be sent
00:09:07.300 00:09:07.310 to this machine telling it to shut down
00:09:08.699 00:09:08.709 now how does it turn back on again well
00:09:11.530 00:09:11.540 once the oil goes in here and tries to
00:09:14.650 00:09:14.660 get across in here into this a quick
00:09:15.970 00:09:15.980 wipe and this I put pipe will only clear
00:09:19.600 00:09:19.610 when this first tank empties when this
00:09:22.150 00:09:22.160 first tank over here is empty and
00:09:23.889 00:09:23.899 there's no more oil coming out there'll
00:09:25.660 00:09:25.670 be a gap here this has a sort of a
00:09:27.970 00:09:27.980 preferential flow going it's gonna
00:09:29.889 00:09:29.899 accept oil from there but it won't let
00:09:31.629 00:09:31.639 any of the oil from here escape until
00:09:33.730 00:09:33.740 there's a gap in the flow and since
00:09:36.129 00:09:36.139 there won't be a gap in the flow until
00:09:37.449 00:09:37.459 this entire tank is empty what will
00:09:40.150 00:09:40.160 happen is well this refinery will have
00:09:42.579 00:09:42.589 to wait until this entire five ton tank
00:09:44.889 00:09:44.899 is empty before it will be allowed to
00:09:47.829 00:09:47.839 turn on again this way we get a sort of
00:09:50.410 00:09:50.420 a buffer this can function until those
00:09:52.600 00:09:52.610 five tons were built up once it's built
00:09:55.150 00:09:55.160 up it'll turn off and won't turn back on
00:09:56.949 00:09:56.959 again until this five tonnes of oil is
00:09:58.389 00:09:58.399 empty and the only way that's gonna
00:09:59.710 00:09:59.720 empty is we're gonna pipe the to a
00:10:01.030 00:10:01.040 refinery now I'm sure there's an
00:10:04.509 00:10:04.519 operation when it's it's actually fully
00:10:06.160 00:10:06.170 built as well so you can get a better
00:10:07.420 00:10:07.430 idea for how it works
00:10:09.000 00:10:09.010 okay what we're doing here is we are
00:10:11.050 00:10:11.060 vacuuming at all the atmosphere the
00:10:25.030 00:10:25.040 reason we want to vacuum in this room is
00:10:26.710 00:10:26.720 we want these three tanks to store where
00:10:30.819 00:10:30.829 the weird quirks of the mechanics in
00:10:33.189 00:10:33.199 this is if you store say really hot
00:10:35.139 00:10:35.149 liquids it will slowly start to exchange
00:10:39.550 00:10:39.560 with the surrounding atmosphere and with
00:10:41.800 00:10:41.810 the tank itself so if we store hot
00:10:45.100 00:10:45.110 liquids in here and
00:10:46.120 00:10:46.130 let's fear in the same room the tanks
00:10:47.830 00:10:47.840 will start to use up room will start to
00:10:49.420 00:10:49.430 eat up everything will start to be done
00:10:50.860 00:10:50.870 however if we store this entire vacuum
00:10:53.680 00:10:53.690 as everything in here and there's no at
00:10:55.750 00:10:55.760 all and he will stay inside the
00:10:57.880 00:10:57.890 technique you can theoretically store
00:10:59.380 00:10:59.390 liquid magma in the tank and it would be
00:11:01.480 00:11:01.490 no actual change temperature so we're
00:11:05.410 00:11:05.420 gonna remove all the atmosphere and this
00:11:07.450 00:11:07.460 room will just basically become nothing
00:11:09.280 00:11:09.290 gas basically become invisible to heat
00:11:15.160 00:11:15.170 the temperature overlay it's turned
00:11:17.020 00:11:17.030 light blue that's what happens when it's
00:11:18.910 00:11:18.920 nothing but vacuum okay to make these
00:11:22.570 00:11:22.580 liquid locks just more convenient and
00:11:24.640 00:11:24.650 set them up as quick as you can you can
00:11:27.550 00:11:27.560 use this liquid shut off so we're doing
00:11:30.070 00:11:30.080 is we're piping the liquid hydrostan sir
00:11:37.930 00:11:37.940 detects when the pressure is about 200
00:11:39.640 00:11:39.650 kgs so once the oil in this tile is 200
00:11:42.130 00:11:42.140 kgs or higher it will shut down this
00:11:45.480 00:11:45.490 device will cut off the flow of oil this
00:11:53.200 00:11:53.210 child like that and then this will give
00:11:56.500 00:11:56.510 us a nice liquid luck so that no no gas
00:11:59.200 00:11:59.210 that's keeping it in a rush and I just
00:12:00.850 00:12:00.860 it helps to seal off this area we're not
00:12:02.560 00:12:02.570 using them all right now but I'd rather
00:12:04.270 00:12:04.280 get this out of the way with and we
00:12:06.190 00:12:06.200 didn't see how this is useful to control
00:12:07.660 00:12:07.670 atmospheres later so that we can more
00:12:09.670 00:12:09.680 carefully control rooms okay I just
00:12:13.930 00:12:13.940 caught the overflow system here I tried
00:12:15.580 00:12:15.590 to save it but before this but I messed
00:12:17.410 00:12:17.420 it up but as you can see here the oil is
00:12:19.600 00:12:19.610 coming up and it's a it can't get super
00:12:22.210 00:12:22.220 anymore these two tanks are full so it's
00:12:23.770 00:12:23.780 now going down the the overflow path and
00:12:27.010 00:12:27.020 if we check the automation overlay
00:12:28.630 00:12:28.640 you'll see that it's currently not
00:12:30.580 00:12:30.590 detecting anything so it's sending an
00:12:31.870 00:12:31.880 off signal which we're turning into an
00:12:33.160 00:12:33.170 on signal so this refinery is still
00:12:35.530 00:12:35.540 active and capable of being used now
00:12:37.960 00:12:37.970 once the oil I just started you know
00:12:40.780 00:12:40.790 once the oil gets to this point here
00:12:46.750 00:12:46.760 the automation signal has detected the
00:12:49.340 00:12:49.350 crude oil and it sent a signal a non
00:12:51.500 00:12:51.510 signal that we're flipping with to not
00:12:52.790 00:12:52.800 get into an off signal so now this
00:12:54.770 00:12:54.780 refinery is off and this can if you look
00:12:58.430 00:12:58.440 here disabled by automation grid so this
00:13:01.670 00:13:01.680 will not turn back on again until this
00:13:03.410 00:13:03.420 tank is empty only after that tank is
00:13:05.900 00:13:05.910 empty will let's turn back on and the
00:13:07.370 00:13:07.380 only way that'll happen is if all of
00:13:08.900 00:13:08.910 this empty then this oil here can escape
00:13:11.000 00:13:11.010 until that happens
00:13:12.380 00:13:12.390 no more activity and no chance of an
00:13:14.390 00:13:14.400 overreach okay at this point I'm I've
00:13:17.180 00:13:17.190 put down the oil refinery and it's going
00:13:18.830 00:13:18.840 to be pumping its oil into these backup
00:13:21.170 00:13:21.180 tanks here do you say basically there's
00:13:24.230 00:13:24.240 more more overflow tanks or buffer tanks
00:13:27.290 00:13:27.300 I should say the problem with the oil
00:13:29.240 00:13:29.250 refinery is it requires duplicate
00:13:31.310 00:13:31.320 operation which we covered briefly
00:13:32.630 00:13:32.640 earlier but effectively what that means
00:13:35.870 00:13:35.880 is this will not run unless there's a
00:13:37.910 00:13:37.920 duplicate standing at the wheel running
00:13:39.680 00:13:39.690 it otherwise it just sits there and does
00:13:41.630 00:13:41.640 nothing
00:13:41.930 00:13:41.940 kinda like a hamster wheel so a
00:13:44.660 00:13:44.670 duplicate will have to work this device
00:13:46.810 00:13:46.820 that leads to problems if you don't have
00:13:49.010 00:13:49.020 a buffer system because what'll happen
00:13:50.660 00:13:50.670 is you duplicate or run the device the
00:13:53.060 00:13:53.070 oil will say go along to your oil
00:13:54.500 00:13:54.510 refineries and eventually it will back
00:13:55.880 00:13:55.890 up there will be the petroleum refinery
00:13:58.610 00:13:58.620 won't burn it quickly enough or
00:14:00.200 00:14:00.210 something will happen and you just did
00:14:02.080 00:14:02.090 delia backup once once the oil will back
00:14:06.440 00:14:06.450 up into piping it back to here at the
00:14:07.820 00:14:07.830 output will be blocked once the output
00:14:09.950 00:14:09.960 is blocked this machine will say oh you
00:14:11.780 00:14:11.790 can't run me anymore and your duplicate
00:14:13.550 00:14:13.560 will stop and find some other tasks to
00:14:15.440 00:14:15.450 do and then about five seconds later the
00:14:19.010 00:14:19.020 blockage will clear as the oil is burnt
00:14:20.630 00:14:20.640 removed or processed for some other
00:14:22.040 00:14:22.050 purpose
00:14:23.330 00:14:23.340 at which point that you placate will
00:14:24.890 00:14:24.900 have to run back to the Machine and this
00:14:26.750 00:14:26.760 causes a stutter and it basically just
00:14:28.280 00:14:28.290 results in your duplicates coming down
00:14:29.600 00:14:29.610 activating the machine running away
00:14:31.070 00:14:31.080 coming back
00:14:31.850 00:14:31.860 running away coming back and it just it
00:14:34.580 00:14:34.590 causes a lot of interruptions so what
00:14:35.870 00:14:35.880 you want to do is put in a buffer tank
00:14:37.100 00:14:37.110 pretty much the same as these we're
00:14:38.930 00:14:38.940 running at the exact same way and the
00:14:41.000 00:14:41.010 oil will come down here it will go into
00:14:43.340 00:14:43.350 this tank this tank will then feed it
00:14:46.760 00:14:46.770 into this second tank and then that
00:14:49.880 00:14:49.890 feeds that what we're going to burn it
00:14:51.650 00:14:51.660 off or do stuff with us this other tank
00:14:54.380 00:14:54.390 here is for plastic we won't worry about
00:14:55.700 00:14:55.710 that for now all we're worried about is
00:14:56.690 00:14:56.700 these two tanks
00:14:57.580 00:14:57.590 so the OE will come down here go into
00:14:59.560 00:14:59.570 the first tank then jump into the second
00:15:01.810 00:15:01.820 tank through here and if this first tank
00:15:04.480 00:15:04.490 fills up and will back up into this
00:15:06.010 00:15:06.020 first tank and once the first tank fills
00:15:07.570 00:15:07.580 up all the way back to here this
00:15:11.230 00:15:11.240 overflow pipe will kick in so both tanks
00:15:13.570 00:15:13.580 are full and it's backed up with oil or
00:15:15.730 00:15:15.740 petroleum I should say all the way to
00:15:16.960 00:15:16.970 here the petroleum will pop down here
00:15:18.820 00:15:18.830 hit this sensor turning off this oil
00:15:22.240 00:15:22.250 refinery and then the oil will sit here
00:15:24.190 00:15:24.200 and be unable to escape until this first
00:15:26.680 00:15:26.690 tank is full the petroleum will sit here
00:15:28.900 00:15:28.910 until this is first tank empties out
00:15:31.000 00:15:31.010 then the petroleum can escape across
00:15:32.950 00:15:32.960 here because see this oil here it's
00:15:34.570 00:15:34.580 gonna constantly keep flowing here
00:15:35.860 00:15:35.870 assuming we're consuming and so long as
00:15:38.560 00:15:38.570 the oil is coming out of this tank this
00:15:40.900 00:15:40.910 oil that's trapped in here will be
00:15:42.130 00:15:42.140 unable to get out meaning the oil
00:15:44.110 00:15:44.120 refinery will stay off and this gives us
00:15:46.390 00:15:46.400 a buffer system to not have to worry now
00:15:51.180 00:15:51.190 what we're doing here as well as I've
00:15:53.230 00:15:53.240 got two little mini pumps in here I got
00:15:54.730 00:15:54.740 them because I produced some plastic
00:15:55.810 00:15:55.820 these little mini pumps were vacuuming
00:15:57.970 00:15:57.980 at this room as well we're taking all
00:16:00.790 00:16:00.800 the gas is that because we want to store
00:16:02.710 00:16:02.720 these in a vacuum too because we don't
00:16:04.180 00:16:04.190 want the heat leaking out into
00:16:05.110 00:16:05.120 surrounding area because Oleum will come
00:16:07.390 00:16:07.400 out of this at 70 degrees so this will
00:16:10.450 00:16:10.460 pump out all over the day oxygen that's
00:16:12.130 00:16:12.140 in the room or whatever gases are in
00:16:13.810 00:16:13.820 there until it's a vacuum as well once
00:16:15.400 00:16:15.410 it's a vacuum we can crack open these
00:16:17.410 00:16:17.420 doors and it's still a serviceable part
00:16:19.360 00:16:19.370 we're also going to do the same here
00:16:21.130 00:16:21.140 this will be for storing natural gas
00:16:22.390 00:16:22.400 well close the doors book we'll put in
00:16:24.430 00:16:24.440 two little mini gas pumps up here to
00:16:26.680 00:16:26.690 lock the doors here pump it all then we
00:16:28.960 00:16:28.970 can open this door so that this whole
00:16:30.610 00:16:30.620 area is serviceable and it's in a vacuum
00:16:32.440 00:16:32.450 and safe okay and here's an example of a
00:16:36.430 00:16:36.440 common problem or a mistake maybe I
00:16:38.350 00:16:38.360 didn't vacuum out this room first this
00:16:41.230 00:16:41.240 all the refinery produces natural gas as
00:16:43.870 00:16:43.880 one of its side effects it will I quit
00:16:46.240 00:16:46.250 petroleum and then the natural gas just
00:16:47.530 00:16:47.540 gets released into the surrounding
00:16:48.880 00:16:48.890 environment it doesn't actually have an
00:16:50.320 00:16:50.330 I push a pipe I put so it's gonna fill
00:16:52.540 00:16:52.550 this room with natural gas until a
00:16:55.090 00:16:55.100 certain pressure once a certain pressure
00:16:56.440 00:16:56.450 is reached this device will shut down so
00:16:58.269 00:16:58.279 we're gonna need to siphon off that
00:16:59.380 00:16:59.390 natural gas now I don't want anything
00:17:01.540 00:17:01.550 else in here now I should have vacuumed
00:17:03.340 00:17:03.350 at this room first but I of course
00:17:04.780 00:17:04.790 forgot I was in a rush so what we're
00:17:06.730 00:17:06.740 going to do here is the system you'll
00:17:08.439 00:17:08.449 use the left it's basically you want to
00:17:10.620 00:17:10.630 leave the natural gas in take everything
00:17:12.390 00:17:12.400 else out so we're just gonna use a gas
00:17:13.620 00:17:13.630 pump over here and we're gonna run it
00:17:15.689 00:17:15.699 through a gas filter we're gonna add put
00:17:18.000 00:17:18.010 all the natural gas right back into the
00:17:19.800 00:17:19.810 room and anything that's not natural gas
00:17:23.030 00:17:23.040 we are going to send out here and don't
00:17:25.710 00:17:25.720 pass you know it'll be oxygen carbon
00:17:27.750 00:17:27.760 dioxide was in the air we're gonna dump
00:17:28.920 00:17:28.930 enough you can put it into a gas tank or
00:17:30.120 00:17:30.130 whatever I'm just sending it a
00:17:31.200 00:17:31.210 high-pressure event here and by doing
00:17:34.410 00:17:34.420 this you made a bet that's really led by
00:17:37.590 00:17:37.600 doing this we're able to actually
00:17:38.820 00:17:38.830 extract all the oxygen in the room
00:17:40.800 00:17:40.810 it'll take a cycle maybe three but
00:17:43.470 00:17:43.480 eventually all to get the oxygen in here
00:17:44.970 00:17:44.980 will be gone and the only thing left
00:17:46.200 00:17:46.210 will be the natural gas now systems like
00:17:50.010 00:17:50.020 this are very useful there's just a
00:17:51.390 00:17:51.400 couple of mechanics you want to keep
00:17:52.590 00:17:52.600 that in mind and you're doing it lighter
00:17:54.810 00:17:54.820 gases flows up and to the left
00:17:56.940 00:17:56.950 heavier gases go down and to the right
00:17:59.330 00:17:59.340 so if just said there was hydrogen in
00:18:02.220 00:18:02.230 here and I wanted to leave the hydrogen
00:18:04.080 00:18:04.090 in here and take out the oxygen well the
00:18:05.940 00:18:05.950 hydrogen's gonna float on top it's a
00:18:07.290 00:18:07.300 lighter gas and it'll float up to the
00:18:08.610 00:18:08.620 top left the oxygen will gravitate
00:18:10.560 00:18:10.570 towards the bottom right so I'd actually
00:18:12.600 00:18:12.610 set my gas pump over here to extract the
00:18:15.090 00:18:15.100 oxygen and I'd have my my hydrogen
00:18:17.880 00:18:17.890 vented here I putting the hydrogen up on
00:18:19.530 00:18:19.540 the top left
00:18:20.330 00:18:20.340 so what we'll have cycles will be the
00:18:23.640 00:18:23.650 natural gas is going to get any natural
00:18:25.560 00:18:25.570 gas that gets over here will get dumped
00:18:26.820 00:18:26.830 back in the corner and the oxygen is
00:18:28.710 00:18:28.720 slowly gonna get four steps over here
00:18:30.480 00:18:30.490 until it's all gone and this whole room
00:18:32.340 00:18:32.350 is clean you're gonna use mechanics like
00:18:34.530 00:18:34.540 this to fill rooms with hydrogen
00:18:36.590 00:18:36.600 actually hydrogen is the main one
00:18:38.490 00:18:38.500 natural gas I only really do it for this
00:18:40.500 00:18:40.510 you might also use it to either vacuum
00:18:42.570 00:18:42.580 air Shortino to a natural gas geyser the
00:18:45.660 00:18:45.670 area around us and for steam vents you
00:18:47.700 00:18:47.710 might actually want to make a complete
00:18:49.020 00:18:49.030 vacuum so that when I need steam comes
00:18:50.430 00:18:50.440 out you can instantly cool but we'll
00:18:52.140 00:18:52.150 cover more on all of that later this is
00:18:53.430 00:18:53.440 just a handy way of controlling gas
00:18:56.430 00:18:56.440 pressures in here and controlling your
00:18:58.110 00:18:58.120 atmospheres for optimization purposes
00:19:00.800 00:19:00.810 okay right now I'm just filling up this
00:19:03.600 00:19:03.610 icebox I think I'm gonna have to do a
00:19:06.930 00:19:06.940 forward on this video there's so many
00:19:08.220 00:19:08.230 mechanics that need to be covered this
00:19:11.460 00:19:11.470 ice box here is it's basically a thermal
00:19:14.190 00:19:14.200 aqua tuner made out of steel that means
00:19:17.400 00:19:17.410 it has
00:19:18.700 00:19:18.710 this is very useful what we're going to
00:19:20.680 00:19:20.690 fill this up with patrol petroleum
00:19:23.110 00:19:23.120 petroleum will absorb the heat coming
00:19:24.580 00:19:24.590 out of this equity owner and we'll run
00:19:26.770 00:19:26.780 some piping through here to soak up the
00:19:28.450 00:19:28.460 heat and remove it too to fill it up I'm
00:19:31.840 00:19:31.850 just using petroleum because that's
00:19:33.100 00:19:33.110 quite a moment and I kind of want to
00:19:34.840 00:19:34.850 suspend it because I'm using that
00:19:37.000 00:19:37.010 petroleum to refine metals so I kind of
00:19:39.580 00:19:39.590 want to keep the pipes clean so that I
00:19:40.690 00:19:40.700 can keep refining metals at maximum
00:19:42.010 00:19:42.020 speed so at the moment all the petroleum
00:19:44.770 00:19:44.780 is just being dumped in here we're gonna
00:19:46.180 00:19:46.190 build a power plant down here and all
00:19:47.560 00:19:47.570 the petroleum from here will be piped in
00:19:49.240 00:19:49.250 later but for the time being we're just
00:19:50.800 00:19:50.810 gonna dump it into this tank fill it up
00:19:52.900 00:19:52.910 and we'll have a nice cooling block for
00:19:54.880 00:19:54.890 for our icebox just constructing our
00:19:59.170 00:19:59.180 icebox here if in fill a chip but we
00:20:00.880 00:20:00.890 will shortly and this will be what
00:20:02.590 00:20:02.600 provides most of our cooling these two
00:20:04.240 00:20:04.250 things combined and now we're just
00:20:08.710 00:20:08.720 getting up our coal power plant serum
00:20:10.900 00:20:10.910 we're gonna use this early on to
00:20:12.250 00:20:12.260 generate most of our power because we're
00:20:13.630 00:20:13.640 gonna need that to petroleum to fill up
00:20:15.580 00:20:15.590 a few more things when I do the whole
00:20:17.760 00:20:17.770 power core is starting to come together
00:20:19.930 00:20:19.940 we've got a few batteries here to store
00:20:21.400 00:20:21.410 some of the energy and a few of these
00:20:22.750 00:20:22.760 transformers to help us spit it off and
00:20:24.700 00:20:24.710 start feeding me the equipment so we can
00:20:26.560 00:20:26.570 start weaning ourselves off these coal
00:20:28.120 00:20:28.130 generators over here once this natural
00:20:32.140 00:20:32.150 gas here is starting to get to a high
00:20:33.490 00:20:33.500 enough pressure that eventually it's
00:20:34.510 00:20:34.520 gonna stop just from running so I need
00:20:36.160 00:20:36.170 to get this up and running sooner rather
00:20:37.420 00:20:37.430 than later and I'm gonna have to hold
00:20:38.860 00:20:38.870 off on injecting hydrogen atmosphere in
00:20:40.720 00:20:40.730 here just just for the time being when
00:20:43.600 00:20:43.610 filling these you might actually get
00:20:44.830 00:20:44.840 this air bubble in the corner don't
00:20:46.660 00:20:46.670 worry about it all you do is he just
00:20:47.740 00:20:47.750 deconstruct the tile on top of it air
00:20:50.650 00:20:50.660 pressure will fill in the rest then you
00:20:52.240 00:20:52.250 can just put the tile back it's a minor
00:20:54.340 00:20:54.350 issue but it might give you a little
00:20:55.870 00:20:55.880 cohost for concern first time you see it
00:20:57.430 00:20:57.440 happen right now we filled air our ice
00:21:01.180 00:21:01.190 box up and what I'm doing now is I'm
00:21:03.670 00:21:03.680 actually reusing the petroleum so it
00:21:07.300 00:21:07.310 will go through the hot part of the ice
00:21:09.970 00:21:09.980 box and dump out here into our petroleum
00:21:13.180 00:21:13.190 refineries so we can burn off all that
00:21:15.430 00:21:15.440 extra heat I'm also doing the same with
00:21:17.650 00:21:17.660 the gas I'm reading that up insulated
00:21:20.290 00:21:20.300 ceramic pipes all around here and then
00:21:21.970 00:21:21.980 I'm just using granite for the time
00:21:23.110 00:21:23.120 being because I don't know waste my
00:21:24.790 00:21:24.800 refined metals on radiant piping just
00:21:26.740 00:21:26.750 yet but I will upgrade to radiant piping
00:21:28.600 00:21:28.610 at a later date
00:21:29.370 00:21:29.380 and then that goes down here and gets
00:21:31.409 00:21:31.419 dumped into the to natural gas
00:21:32.760 00:21:32.770 generators a few little bits and bobs
00:21:35.700 00:21:35.710 left to go but once that's all done we
00:21:37.350 00:21:37.360 should we should be able to start
00:21:38.789 00:21:38.799 booting yourself and running ourselves
00:21:40.230 00:21:40.240 off petroleum and natural gas and start
00:21:42.299 00:21:42.309 weaning ourselves off this these silly
00:21:44.669 00:21:44.679 Cola rays I've got scattered about the
00:21:46.020 00:21:46.030 place okay
00:21:49.500 00:21:49.510 so the basics are all up and running
00:21:51.210 00:21:51.220 we've got our petroleum flowing through
00:21:54.169 00:21:54.179 from here and it's running into our
00:21:57.779 00:21:57.789 petroleum generators our natural gas is
00:22:00.299 00:22:00.309 flowing into our natural gas generators
00:22:01.649 00:22:01.659 and we're generating a TC too much power
00:22:03.090 00:22:03.100 so I've enabled both of the metal
00:22:05.700 00:22:05.710 refineries and I've set them both up to
00:22:08.340 00:22:08.350 use gold amalgam to refine gold and
00:22:11.970 00:22:11.980 before this I've been only running on
00:22:13.320 00:22:13.330 one of these met refineries the reason
00:22:16.470 00:22:16.480 being I I didn't want to actually
00:22:19.470 00:22:19.480 generate that much power and you don't
00:22:21.390 00:22:21.400 really need that much refined materials
00:22:22.680 00:22:22.690 to get started but now that we've got
00:22:24.630 00:22:24.640 this up and running on our main grid
00:22:26.399 00:22:26.409 which we're building over here we want
00:22:28.799 00:22:28.809 to hook all of these up everything
00:22:30.810 00:22:30.820 everything in this block here we want to
00:22:32.940 00:22:32.950 be running at all off mains power and to
00:22:35.700 00:22:35.710 do that we need wires and the best thing
00:22:37.320 00:22:37.330 to use for wires is gold it's usually
00:22:39.029 00:22:39.039 pretty common it makes great wires it's
00:22:40.710 00:22:40.720 gonna take over once that kind of stuff
00:22:42.149 00:22:42.159 so we're just gonna hook up this entire
00:22:43.710 00:22:43.720 area using cooled wires so for the time
00:22:45.840 00:22:45.850 being I am just going to crank out gold
00:22:47.549 00:22:47.559 like crazy we're gonna hook this all up
00:22:50.130 00:22:50.140 and maybe get in actually I think I've
00:22:51.600 00:22:51.610 got more than enough plastic for now but
00:22:53.430 00:22:53.440 we'll hook all this stuff up and then
00:22:54.840 00:22:54.850 we'll go about expanding after that
00:22:56.549 00:22:56.559 now we've centralised the water all this
00:23:01.020 00:23:01.030 polluted water that's coming out of our
00:23:02.549 00:23:02.559 power power plant is all being sent over
00:23:05.909 00:23:05.919 there and their carbon dioxide that's
00:23:09.659 00:23:09.669 all being sent in into the oil biome
00:23:12.029 00:23:12.039 just a pressurize it we're using
00:23:13.710 00:23:13.720 high-pressure vents here because this is
00:23:15.330 00:23:15.340 kind of pressurized pretty quickly at
00:23:16.919 00:23:16.929 some point I'm probably gonna want to
00:23:18.510 00:23:18.520 actually start carbons give me this or
00:23:19.950 00:23:19.960 start a farm for slicksters gonna let
00:23:23.700 00:23:23.710 some of those other slickers loose as
00:23:24.990 00:23:25.000 well okay if you look down there at the
00:23:29.039 00:23:29.049 bottom you'll see the petroleum is
00:23:30.390 00:23:30.400 listed as minus 40 degrees Celsius this
00:23:33.690 00:23:33.700 icebox has hit maximum potential we're
00:23:36.930 00:23:36.940 not going any lower than that because we
00:23:38.970 00:23:38.980 might potentially end up with freezing
00:23:40.620 00:23:40.630 the petroleum minus 40 is plenty
00:23:42.960 00:23:42.970 but we'll notice here well it's quite
00:23:44.430 00:23:44.440 chilly over here by the time you get
00:23:46.950 00:23:46.960 over this end of it the powerplant it's
00:23:48.600 00:23:48.610 57 56 57 that's that's not good we want
00:23:52.590 00:23:52.600 to spread this chill out so what I want
00:23:55.169 00:23:55.179 to do is flood this room with hydrogen
00:23:56.610 00:23:56.620 and put in a bunch of temperature shift
00:23:58.169 00:23:58.179 plates to help spread the chill about we
00:24:00.750 00:24:00.760 do that and this entire room will become
00:24:02.640 00:24:02.650 a giant icebox in itself
00:24:05.060 00:24:05.070 remember this we've been saving since
00:24:07.590 00:24:07.600 well the moment we set up this first
00:24:08.820 00:24:08.830 electrolyzer that's what we're gonna use
00:24:10.890 00:24:10.900 every bit of pipe is hydrogen down to
00:24:13.080 00:24:13.090 our power plant we're gonna dump it in
00:24:15.390 00:24:15.400 here and we're gonna siphon out all the
00:24:17.159 00:24:17.169 oxygen basically the same way we did in
00:24:19.080 00:24:19.090 this this room in here we're gonna set
00:24:20.970 00:24:20.980 up some air pumps we're gonna suck out
00:24:22.320 00:24:22.330 all the oxygen and just don't be in
00:24:23.640 00:24:23.650 hydrogen until there's nothing left but
00:24:24.840 00:24:24.850 hydrogen and and some co2 little bit
00:24:27.299 00:24:27.309 more tricky to do it that way but we can
00:24:28.830 00:24:28.840 do it very early out in the game I
00:24:32.549 00:24:32.559 mentioned there was no reason to put a
00:24:35.340 00:24:35.350 battery on the consumer side of a circus
00:24:38.090 00:24:38.100 over in this instance this is the but I
00:24:41.399 00:24:41.409 just mentioned there was a few instances
00:24:42.659 00:24:42.669 that I would cover later where this was
00:24:44.700 00:24:44.710 actually a good idea in this instance we
00:24:47.010 00:24:47.020 have our main power grid over here and
00:24:49.620 00:24:49.630 we're cracking off lines to go in to
00:24:51.539 00:24:51.549 feed different areas for example these
00:24:53.610 00:24:53.620 big thick heavy wires our main grid then
00:24:55.919 00:24:55.929 we dip them into large transformers know
00:24:57.930 00:24:57.940 there's transformers don't limit the
00:24:59.669 00:24:59.679 wire but we're just not gonna put
00:25:00.720 00:25:00.730 anything more than two kilowatts over
00:25:01.919 00:25:01.929 and they need to broken off to feed each
00:25:04.260 00:25:04.270 floor so this wire here feeds this floor
00:25:06.470 00:25:06.480 this wire here feeds this floor well not
00:25:10.560 00:25:10.570 the whole floor there's too much power
00:25:11.490 00:25:11.500 draw here and this wire here feeds this
00:25:14.669 00:25:14.679 device as well
00:25:15.480 00:25:15.490 and there's a few other things but the
00:25:18.090 00:25:18.100 one one we're looking at is this wire
00:25:19.710 00:25:19.720 here this one goes across and it feeds
00:25:22.110 00:25:22.120 our petroleum refinery or refinery now
00:25:28.380 00:25:28.390 that oil refinery is absolutely critical
00:25:30.690 00:25:30.700 if that stops working we stop producing
00:25:33.240 00:25:33.250 petroleum which means we start producing
00:25:34.680 00:25:34.690 power which means we don't have enough
00:25:36.210 00:25:36.220 power to run the petroleum refinery
00:25:38.220 00:25:38.230 which means we don't have enough power
00:25:39.870 00:25:39.880 and it leads into this debt spiral it
00:25:41.820 00:25:41.830 can be a problem if you start drawing
00:25:43.169 00:25:43.179 too much power from your core network
00:25:44.700 00:25:44.710 this will start to flicker your
00:25:46.230 00:25:46.240 duplicants will keep running back and
00:25:48.000 00:25:48.010 forth and it'll just spiral down into
00:25:49.980 00:25:49.990 nothing so what we've done here is we
00:25:52.980 00:25:52.990 have this linked all the way back over
00:25:54.840 00:25:54.850 to these power generators
00:25:56.280 00:25:56.290 I'll cover that bit down there any
00:25:57.660 00:25:57.670 minute and all we've done is just said
00:26:01.140 00:26:01.150 it if the battery here hits 10% power
00:26:03.240 00:26:03.250 generators kick in now because this is
00:26:06.390 00:26:06.400 on the consumer side of a network what
00:26:09.120 00:26:09.130 will happen is so long as there's power
00:26:11.250 00:26:11.260 being generated in our in our power
00:26:13.380 00:26:13.390 plant this battery will always be fully
00:26:16.020 00:26:16.030 charged it's on the far side of the
00:26:17.730 00:26:17.740 transformer so it'll keep drawing power
00:26:19.410 00:26:19.420 until it's full this will only start to
00:26:22.320 00:26:22.330 discharge if there's no power coming
00:26:24.600 00:26:24.610 from the core network there's no power
00:26:26.940 00:26:26.950 coming from the core network that's the
00:26:28.230 00:26:28.240 problem we're probably drawing too much
00:26:29.400 00:26:29.410 power for something else and we could
00:26:31.710 00:26:31.720 end up with a ditch here so what happens
00:26:33.120 00:26:33.130 is if this starts to run out of power
00:26:34.860 00:26:34.870 these generators will kick in and make
00:26:37.080 00:26:37.090 sure that this oil refinery stays going
00:26:39.630 00:26:39.640 so at the core of our base we'll keep
00:26:41.070 00:26:41.080 functioning no matter what helps happens
00:26:43.590 00:26:43.600 anywhere else this will run you know
00:26:46.020 00:26:46.030 look at power overlay this wire also
00:26:48.270 00:26:48.280 goes all the way down to the bottom to
00:26:50.100 00:26:50.110 run the oil pump because if we don't
00:26:51.780 00:26:51.790 have oil coming up there's there's no
00:26:53.010 00:26:53.020 point having the refinery working so
00:26:54.690 00:26:54.700 basically the oil pump and the refinery
00:26:57.030 00:26:57.040 and this gas pump that actually filters
00:26:59.670 00:26:59.680 out the gas out of here so that we don't
00:27:01.050 00:27:01.060 have we don't over pressurize all of
00:27:04.290 00:27:04.300 these core things are backed up by these
00:27:07.020 00:27:07.030 four cool generators so no matter what
00:27:09.690 00:27:09.700 happens the core of the base will keep
00:27:11.280 00:27:11.290 running this core in the industrial
00:27:12.780 00:27:12.790 brake will keep running we don't care
00:27:14.490 00:27:14.500 about these anything else that goes
00:27:16.080 00:27:16.090 offline that's not a problem I don't
00:27:17.700 00:27:17.710 even mind if a little bit of a boiling
00:27:19.950 00:27:19.960 gas back so that I can live with what I
00:27:22.110 00:27:22.120 cannot live with is not having enough
00:27:23.700 00:27:23.710 petroleum going in in all furnace I'll
00:27:27.360 00:27:27.370 probably put some backup generators in
00:27:29.070 00:27:29.080 here for this later on but for the time
00:27:30.360 00:27:30.370 being I just want all of this secured ok
00:27:33.570 00:27:33.580 so we've just started dumping hydrogen
00:27:35.040 00:27:35.050 in here and if you'll notice the cooling
00:27:37.410 00:27:37.420 effect of the hydrogen conducts the heat
00:27:39.450 00:27:39.460 ledbetter or the cooling a lot better so
00:27:41.070 00:27:41.080 it's actually sprinting at that chilling
00:27:42.570 00:27:42.580 effect we're gonna stick in some
00:27:43.980 00:27:43.990 temperature shift plates to help help
00:27:45.540 00:27:45.550 with that and we're also going to suck
00:27:47.100 00:27:47.110 out all this oxygen and that should
00:27:49.470 00:27:49.480 really help childress entire power plant
00:27:51.240 00:27:51.250 and 2 - -5 - -10 depending okay so I
00:27:56.970 00:27:56.980 probably should have saved up a couple
00:27:58.860 00:27:58.870 of more tanks of hydrogen i've already
00:28:01.290 00:28:01.300 emptied all those tanks and i'm not
00:28:02.790 00:28:02.800 actually
00:28:04.080 00:28:04.090 I'm not happy with the pressure in here
00:28:05.549 00:28:05.559 about you this is um this is a little
00:28:07.680 00:28:07.690 bit bigger than my normal design you
00:28:09.720 00:28:09.730 always change your designs every time
00:28:10.950 00:28:10.960 you go back to them so this one's a
00:28:12.659 00:28:12.669 little bit bigger and I just actually
00:28:14.010 00:28:14.020 account for how much how you're gonna
00:28:15.659 00:28:15.669 win a meet if you want to make a power
00:28:17.430 00:28:17.440 room this big I would advise you may be
00:28:18.930 00:28:18.940 stuck up five to six tanks of hydrogen
00:28:21.390 00:28:21.400 early on in the game just to make sure
00:28:22.680 00:28:22.690 you can fill this when the time comes
00:28:24.210 00:28:24.220 quickly and efficiently I will most
00:28:27.419 00:28:27.429 still get around to filling it all so
00:28:28.470 00:28:28.480 I'll just take a little bit longer than
00:28:29.549 00:28:29.559 I anticipated
00:28:30.419 00:28:30.429 Oh quick good piece of information all
00:28:33.659 00:28:33.669 I'm doing here is I'm filtering out the
00:28:35.880 00:28:35.890 hydrogen so basically all the hydrogen
00:28:38.399 00:28:38.409 gets dumped back in here into the room
00:28:40.010 00:28:40.020 anything that's not hydrogen goes at
00:28:43.320 00:28:43.330 this direction and instead gets dumped
00:28:44.820 00:28:44.830 at those are gonna dump down I want to
00:28:46.649 00:28:46.659 have the hydrogen down to about here at
00:28:49.590 00:28:49.600 end about here and then the rest of the
00:28:50.850 00:28:50.860 place filled with carbon dioxide I'll
00:28:52.350 00:28:52.360 get these two pumps involved in doing a
00:28:53.700 00:28:53.710 little more cleaning up later I just
00:28:55.769 00:28:55.779 want all the hydrogen up here so I can
00:28:57.720 00:28:57.730 give cooling to all these power plants
00:28:58.889 00:28:58.899 because the power plants these power
00:29:01.769 00:29:01.779 plants unique the output of their their
00:29:04.980 00:29:04.990 waste as in the polluted water and
00:29:06.539 00:29:06.549 carbon dioxide is the same temperature
00:29:08.730 00:29:08.740 as the building so if you cool the
00:29:11.250 00:29:11.260 building down to say minus ten all its
00:29:13.289 00:29:13.299 outputs will be minus ten so this is a
00:29:16.350 00:29:16.360 handy way of just disposing of heat
00:29:17.610 00:29:17.620 before it even a stance so we want to
00:29:20.250 00:29:20.260 chill this entire room down and at the
00:29:21.899 00:29:21.909 same time that cooling will actually
00:29:23.279 00:29:23.289 leaked out into the surrounding area
00:29:24.539 00:29:24.549 because if we check the temperature
00:29:26.279 00:29:26.289 overlay yet we're running quite hot but
00:29:29.130 00:29:29.140 once this cooling starts to spread we
00:29:30.899 00:29:30.909 can actually chill down this whole base
00:29:32.130 00:29:32.140 and it will be self-sustaining one of
00:29:36.210 00:29:36.220 the reasons we want this hydrogen to be
00:29:39.029 00:29:39.039 quite dense as we needed to be at at
00:29:40.620 00:29:40.630 least 2 kilograms per square per tile or
00:29:44.220 00:29:44.230 per square meter the reason for that is
00:29:46.139 00:29:46.149 it's off gassing but we have polluted
00:29:47.730 00:29:47.740 water down here and polluted water will
00:29:49.980 00:29:49.990 off gas polluted oxygen unless the
00:29:52.560 00:29:52.570 pressure of Bubba is 2 kilograms or
00:29:55.350 00:29:55.360 higher so at the moment our carbon
00:29:57.299 00:29:57.309 dioxide cloud is only is less than 2
00:29:59.340 00:29:59.350 kilos so you can see these little
00:30:00.659 00:30:00.669 bubbles and I don't want that mixing up
00:30:02.519 00:30:02.529 in here I want I want it just to be
00:30:04.200 00:30:04.210 carbon dioxide and hydrogen just for
00:30:06.930 00:30:06.940 cooling purposes and to keep the whole
00:30:08.340 00:30:08.350 thing running nice and
00:30:09.300 00:30:09.310 I don't want this these pumps
00:30:11.220 00:30:11.230 accidentally picking up some polluted
00:30:12.570 00:30:12.580 oxygen and pumping it down to the oil of
00:30:16.050 00:30:16.060 my own now we've been constructing
00:30:19.370 00:30:19.380 temperature shift plates and you can see
00:30:21.600 00:30:21.610 as they go up here to helping that heat
00:30:23.370 00:30:23.380 radiates over there there all time and
00:30:25.140 00:30:25.150 temperature shift plates and as this
00:30:29.340 00:30:29.350 goes along and this has more time to
00:30:31.020 00:30:31.030 catch up because at the moment it's the
00:30:32.430 00:30:32.440 oil at now it's at minus thirty it's
00:30:33.960 00:30:33.970 lost
00:30:34.500 00:30:34.510 it was minus forty - no - thirty because
00:30:37.230 00:30:37.240 it's actually off putting so much
00:30:39.870 00:30:39.880 cooling into the reactor eventually it
00:30:43.260 00:30:43.270 will stabilize and it'll eventually get
00:30:45.510 00:30:45.520 back ten to minus 40 but for the time
00:30:47.160 00:30:47.170 being that's gonna be running that's
00:30:48.810 00:30:48.820 going to be running effectively
00:30:49.650 00:30:49.660 constantly we're going to just keep
00:30:51.780 00:30:51.790 piling in the hydrogen until the co2 and
00:30:54.480 00:30:54.490 hydrogen here's a nice balance the co2
00:30:57.330 00:30:57.340 should hit a level somewhere around here
00:30:59.130 00:30:59.140 and we should be able to get a pressure
00:31:01.500 00:31:01.510 of more than two kilos as long as we
00:31:03.570 00:31:03.580 keep piling into hydrogen okay finally
00:31:06.240 00:31:06.250 got this semi sorted carbon dioxide's up
00:31:09.570 00:31:09.580 to two and a half kilos per square so
00:31:11.520 00:31:11.530 the polluted water will no longer off
00:31:13.440 00:31:13.450 gas there's still one last piece of
00:31:19.860 00:31:19.870 polluted oxygen left in here but we're
00:31:21.240 00:31:21.250 gonna get rid of that hopefully I'll get
00:31:24.960 00:31:24.970 it all so we've started putting in
00:31:27.600 00:31:27.610 temperature shift plates everywhere now
00:31:28.950 00:31:28.960 we just using checker board because it
00:31:31.620 00:31:31.630 does take a lot of resources to make
00:31:32.820 00:31:32.830 these and I like to not waste all my
00:31:34.740 00:31:34.750 diamonds
00:31:35.490 00:31:35.500 as you can see the temperature is
00:31:37.230 00:31:37.240 starting to spread it nicely they yeah
00:31:40.500 00:31:40.510 the temperature here used to be 17
00:31:41.640 00:31:41.650 degrees all over now it's actually
00:31:43.230 00:31:43.240 chilling it and in here it used to be
00:31:44.550 00:31:44.560 going up to about 80 now it's gone down
00:31:46.170 00:31:46.180 as well and we put in some metal tiles
00:31:48.750 00:31:48.760 over here made out of tungsten and
00:31:50.220 00:31:50.230 they're chilling down this area over
00:31:51.720 00:31:51.730 here where our power is we're going to
00:31:54.090 00:31:54.100 seal it off and do other stuff with it
00:31:55.410 00:31:55.420 later but for now I'll just keep it nice
00:31:57.420 00:31:57.430 and cool so the base is pretty much
00:31:59.720 00:31:59.730 self-regulating right now and the
00:32:01.770 00:32:01.780 temperature in here has little but high
00:32:03.540 00:32:03.550 up against the metal tiles there and
00:32:04.770 00:32:04.780 that will also help cool down that area
00:32:06.500 00:32:06.510 and yeah we should be good to go from
00:32:08.670 00:32:08.680 there okay so at this stage we've got
00:32:11.190 00:32:11.200 plenty of refined metals so what we're
00:32:14.010 00:32:14.020 doing is we're just replacing all these
00:32:15.510 00:32:15.520 pipes that we just made with Greenwich
00:32:17.100 00:32:17.110 with radiant gas pipes made out of gold
00:32:19.740 00:32:19.750 or gold
00:32:20.710 00:32:20.720 these give a better heat transfer and we
00:32:24.230 00:32:24.240 basically just want to be able to absorb
00:32:25.760 00:32:25.770 more heat out of this out of our one of
00:32:29.150 00:32:29.160 the hot box that's feeding the icebox
00:32:31.540 00:32:31.550 that way it will transfer more heat to
00:32:34.010 00:32:34.020 the natural gas and the oil before it
00:32:35.780 00:32:35.790 goes and it's destroyed themselves click
00:32:42.110 00:32:42.120 post word on this this design is not
00:32:44.390 00:32:44.400 perfect by any means there's definitely
00:32:45.560 00:32:45.570 room for improvement here I've included
00:32:47.870 00:32:47.880 the save game file in the description of
00:32:50.120 00:32:50.130 the video just in case you want AG if it
00:32:51.590 00:32:51.600 is things I've missed or didn't explain
00:32:53.120 00:32:53.130 in enough detail you can go through them
00:32:54.680 00:32:54.690 yourselves and see see how they work um
00:32:56.980 00:32:56.990 these metal refineries will will not run
00:32:59.390 00:32:59.400 constantly unfortunately the buffers
00:33:01.130 00:33:01.140 will fill up here cuz because you're not
00:33:03.140 00:33:03.150 going to be fight refining enough oil to
00:33:04.910 00:33:04.920 actually keep up with them day today I
00:33:06.230 00:33:06.240 put an awful lot of coolant you could
00:33:08.000 00:33:08.010 recirculate the coolant to until it hits
00:33:09.440 00:33:09.450 a certain temperature there's methods of
00:33:10.940 00:33:10.950 doing that I just I didn't want to
00:33:12.260 00:33:12.270 include it in this design I wanted to
00:33:13.400 00:33:13.410 keep it as simplistic and robust as
00:33:15.050 00:33:15.060 possible this should also be walled off
00:33:17.720 00:33:17.730 I'm gonna run a power spine up here but
00:33:19.670 00:33:19.680 this should really be insulated so that
00:33:21.230 00:33:21.240 the cooling is not leaking it it's just
00:33:23.300 00:33:23.310 wasting electricity to be honest also
00:33:25.430 00:33:25.440 this thing outputs an absolute mega ton
00:33:28.430 00:33:28.440 of carbon dioxide
00:33:29.480 00:33:29.490 I've been currently pumping it down to
00:33:31.550 00:33:31.560 the oil biome for the six tiers but they
00:33:33.350 00:33:33.360 haven't got a hope of keeping up with I
00:33:34.400 00:33:34.410 kind of put it's just not feasible I'm
00:33:36.440 00:33:36.450 gonna have to cut it more space or
00:33:38.270 00:33:38.280 statistics or farm or blend carbon
00:33:40.400 00:33:40.410 skimmers there's things like that that
00:33:41.690 00:33:41.700 need to be dealt with um but one of the
00:33:44.600 00:33:44.610 things if you want to take this into the
00:33:45.620 00:33:45.630 really late-game
00:33:46.880 00:33:46.890 my advice is find some cool steam vents
00:33:49.160 00:33:49.170 or any water sources you have on the map
00:33:50.630 00:33:50.640 I haven't been tapping those I've been
00:33:53.150 00:33:53.160 trying to do this tutorial from a point
00:33:54.350 00:33:54.360 of view of you don't get any lucky finds
00:33:55.970 00:33:55.980 nearby and you just have to circle every
00:33:57.350 00:33:57.360 one standard play but a next step would
00:33:59.840 00:33:59.850 be definitely tap any of the water
00:34:01.040 00:34:01.050 sources you can find and pump them into
00:34:02.420 00:34:02.430 these oil reservoirs I've got two days
00:34:04.940 00:34:04.950 between one and three on every map it
00:34:06.380 00:34:06.390 ever just about two per map but if you
00:34:08.480 00:34:08.490 can get two of these you're in luck
00:34:10.340 00:34:10.350 because you can just pump a kilo of
00:34:12.590 00:34:12.600 water into each of the two ities and
00:34:14.180 00:34:14.190 that will output 3.3333 three kilos each
00:34:17.840 00:34:17.850 so that's over six kilos of crude oil
00:34:20.210 00:34:20.220 combined with your starting reserves you
00:34:22.220 00:34:22.230 should handle a be able to get a couple
00:34:24.350 00:34:24.360 of thousand cycles out of this enough to
00:34:25.640 00:34:25.650 refine all the raw materials on the map
00:34:28.390 00:34:28.400 at the same time these things I put
00:34:30.710 00:34:30.720 polluted water you get about sixty sixty
00:34:33.230 00:34:33.240 percent of the water
00:34:33.980 00:34:33.990 you put into these roughly we'll come
00:34:35.720 00:34:35.730 back to you as polluted water at the
00:34:36.950 00:34:36.960 bottom of the power plant so you can use
00:34:39.109 00:34:39.119 that polluted water to run your
00:34:40.190 00:34:40.200 electrolyzer set up that combined a
00:34:42.440 00:34:42.450 little bit of extra water you should eat
00:34:43.430 00:34:43.440 and Lee Miller supports 12 - Perkins so
00:34:46.909 00:34:46.919 you're pumping water into your crude oil
00:34:49.100 00:34:49.110 which is powering your base giving you
00:34:51.200 00:34:51.210 refined metals and refined other refined
00:34:53.540 00:34:53.550 goods while simultaneously generating
00:34:55.520 00:34:55.530 the water you're going to need to
00:34:56.510 00:34:56.520 actually give oxygen to your duplicates
00:34:58.430 00:34:58.440 I'm just running everyone on rocks at
00:35:00.590 00:35:00.600 the moment and hatch eggs but you could
00:35:03.350 00:35:03.360 also well switch into say barbecue or
00:35:06.470 00:35:06.480 something like that or other sustainable
00:35:07.700 00:35:07.710 food sources it depends on how much
00:35:09.890 00:35:09.900 water you find on your map but with this
00:35:11.690 00:35:11.700 design and a few little builds here and
00:35:13.820 00:35:13.830 there you can generally get into the
00:35:15.290 00:35:15.300 ultra late-game quite happily I hope
00:35:17.780 00:35:17.790 this was helpful for you but definitely
00:35:20.030 00:35:20.040 keep improving under design you get
00:35:21.800 00:35:21.810 better every time you redesign something
00:35:23.359 00:35:23.369 I know I changed a few things in this
00:35:25.010 00:35:25.020 one and good luck in all your future
00:35:27.620 00:35:27.630 bills
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