Oil Well - Tutorial nuggets - Oxygen not included

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00:00:00.030
and we're back with a little tutorial on
00:00:03.320 00:00:03.330 oil wells so let's get stuck in first
00:00:06.470 00:00:06.480 off all those consume one kilo of water
00:00:08.509 00:00:08.519 per second and the output 333 grams of
00:00:12.370 00:00:12.380 petroleum at the same crude oil at the
00:00:14.870 00:00:14.880 same time you can see it here
00:00:15.980 00:00:15.990 I put temperature is they put crude oil
00:00:19.609 00:00:19.619 at 90 C or hotter if the input material
00:00:22.370 00:00:22.380 is hotter now since only water can be
00:00:24.080 00:00:24.090 input water could be 95 98 99 degrees
00:00:27.439 00:00:27.449 somewhere around there so it is possible
00:00:28.700 00:00:28.710 for the crude oil it came out a little
00:00:29.720 00:00:29.730 bit hotter but ninety degrees is what
00:00:31.490 00:00:31.500 you're probably going to be targeting it
00:00:33.229 00:00:33.239 also produces a little bit of heat as
00:00:34.430 00:00:34.440 well now just simulate what's going to
00:00:36.560 00:00:36.570 be happening new nowadays I've got 95
00:00:38.600 00:00:38.610 degree water over here liquid pump
00:00:40.459 00:00:40.469 pumping it in and we've also hooked it
00:00:42.350 00:00:42.360 up to a little bit of a power grid takes
00:00:43.819 00:00:43.829 240 watts to run one of these suckers so
00:00:47.000 00:00:47.010 water comes in this starts to fill up
00:00:49.369 00:00:49.379 with or it starts to drop crude oil on
00:00:51.290 00:00:51.300 the ground that crude oil usually you'll
00:00:53.209 00:00:53.219 set up a little system like this in pour
00:00:54.619 00:00:54.629 - this was my old design or one that I
00:00:56.779 00:00:56.789 stole off the web I think probably now
00:00:59.470 00:00:59.480 one weird thing about them is they also
00:01:01.639 00:01:01.649 produce natural gas you'll see here this
00:01:04.100 00:01:04.110 is a fully over pressurized oil well as
00:01:05.810 00:01:05.820 in this has been run until it over
00:01:07.310 00:01:07.320 pressurized they take about four cycles
00:01:09.740 00:01:09.750 to this once they're empty it takes four
00:01:11.600 00:01:11.610 cycles for them to over pressurize and
00:01:12.830 00:01:12.840 normally you remove the pressure at 75%
00:01:15.950 00:01:15.960 is and after three cycles they produce
00:01:18.350 00:01:18.360 about twenty kilos of natural gas per
00:01:20.270 00:01:20.280 cycle a little bit of rough numbers on
00:01:22.460 00:01:22.470 that if you have three of these oil
00:01:24.109 00:01:24.119 wells running they'll produce about a
00:01:25.670 00:01:25.680 hundred grams of natural grass a second
00:01:27.590 00:01:27.600 on average it takes 90 grams to run a
00:01:29.450 00:01:29.460 natural gas generator so three of these
00:01:31.130 00:01:31.140 can power a natural gas generator and
00:01:32.980 00:01:32.990 1/9 of a second natural gas generator
00:01:35.450 00:01:35.460 they don't produce a lot of natural gas
00:01:37.219 00:01:37.229 but it does come with a knowing problem
00:01:39.319 00:01:39.329 if you construct your oil wells wrong so
00:01:42.469 00:01:42.479 we're going to do is have a duplicants
00:01:44.030 00:01:44.040 come in here and vent this oil well
00:01:46.370 00:01:46.380 now this repurposed duplicant only has a
00:01:49.370 00:01:49.380 skill level of 1 in machinery so it'll
00:01:52.550 00:01:52.560 be quite slow the machinery scale does
00:01:53.960 00:01:53.970 affect the venting process now duplicate
00:01:57.289 00:01:57.299 starts venting and the natural gas will
00:01:59.030 00:01:59.040 start being vented out of the machine
00:02:00.350 00:02:00.360 you notice the natural the natural gas
00:02:02.209 00:02:02.219 is 227 degrees now that natural gas it's
00:02:06.380 00:02:06.390 temperature is not affected by the
00:02:07.760 00:02:07.770 outside temperature so will always come
00:02:09.680 00:02:09.690 out at a ridiculously high temperature
00:02:11.089 00:02:11.099 at the same time you see there's 10 kilo
00:02:13.370 00:02:13.380 of water here when this machine is being
00:02:15.530 00:02:15.540 vented it stops producing crude oil and
00:02:17.870 00:02:17.880 because of that it stops consuming water
00:02:20.090 00:02:20.100 now the water is trapped inside this oil
00:02:22.280 00:02:22.290 well and as you'll see the temperature
00:02:24.470 00:02:24.480 of it is going up in three ninety four
00:02:27.470 00:02:27.480 ninety five this the heat from the
00:02:30.140 00:02:30.150 surrounding natural gas is soaking into
00:02:32.120 00:02:32.130 the oil well and the oil well is dumping
00:02:34.100 00:02:34.110 that heat into the water because it
00:02:35.690 00:02:35.700 doesn't care you can see it goes up oh
00:02:38.330 00:02:38.340 and there you see the natural gas went
00:02:40.760 00:02:40.770 on top and the water went on bottom what
00:02:42.260 00:02:42.270 happened there well go to the gas
00:02:45.260 00:02:45.270 overlay you'll see we now have steam in
00:02:47.720 00:02:47.730 the room yes we have steam in the room
00:02:50.000 00:02:50.010 because the water in the oil well
00:02:52.160 00:02:52.170 actually flashed the steam this is one
00:02:54.110 00:02:54.120 of the big downsides of a design like
00:02:55.550 00:02:55.560 this it causes horrible problems so
00:02:58.940 00:02:58.950 there's several ways to get around this
00:03:00.760 00:03:00.770 now you could do manual there's many
00:03:03.470 00:03:03.480 things but I just want to point out to a
00:03:04.820 00:03:04.830 few people if you've never experienced
00:03:06.290 00:03:06.300 this issue before it's fine but have you
00:03:08.690 00:03:08.700 ever found Walter appearing in places
00:03:10.190 00:03:10.200 that you think it shouldn't have been
00:03:11.780 00:03:11.790 there
00:03:12.080 00:03:12.090 normally what's happened there is your
00:03:13.910 00:03:13.920 gas pipe extracting the natural gas it
00:03:16.520 00:03:16.530 sucked up the steam the steam then
00:03:17.960 00:03:17.970 condensed in the pipe and broke the pipe
00:03:20.030 00:03:20.040 or damaged the pipe your duplicants
00:03:21.890 00:03:21.900 repaired the pipe but the steam ended up
00:03:23.480 00:03:23.490 you know as water somewhere where you
00:03:24.920 00:03:24.930 weren't expecting it or it gets ends up
00:03:27.080 00:03:27.090 inside your natural gas generators and
00:03:28.520 00:03:28.530 damages the machines or it just caught
00:03:31.340 00:03:31.350 me I think was a few hundred seconds
00:03:32.480 00:03:32.490 before I figured out what was actually
00:03:33.560 00:03:33.570 going on I thought it was the water in
00:03:35.120 00:03:35.130 the pipes that were going in here that
00:03:36.560 00:03:36.570 was boiling no the water in the pipes is
00:03:38.600 00:03:38.610 fine it's not even gonna notice long as
00:03:40.070 00:03:40.080 it's in an insulated pipe of even
00:03:41.630 00:03:41.640 igneous rock would do I've got ceramic
00:03:43.010 00:03:43.020 here because I'm over killing it
00:03:44.620 00:03:44.630 additional things is you might not
00:03:46.550 00:03:46.560 notice it at first because if you have a
00:03:47.900 00:03:47.910 duplicants with a very high tinkering
00:03:49.460 00:03:49.470 skill they can vent the machine much
00:03:51.470 00:03:51.480 faster the tinkering skill here
00:03:53.600 00:03:53.610 increases the venting process by about
00:03:56.690 00:03:56.700 10 percent per point so if you have 20
00:03:58.730 00:03:58.740 points in tinkering your duplicants
00:04:00.230 00:04:00.240 going to vent the machine three times
00:04:01.580 00:04:01.590 faster than a week or duplicate so as
00:04:03.920 00:04:03.930 long as you're good duplicates are
00:04:05.060 00:04:05.070 getting there you'll never even notice
00:04:06.290 00:04:06.300 they might vent it so quickly that the
00:04:07.580 00:04:07.590 water starts circulating again before
00:04:08.780 00:04:08.790 the water in the machine has time to
00:04:10.310 00:04:10.320 boil but eventually at some point a week
00:04:12.770 00:04:12.780 duplicate comes along like one doesn't
00:04:14.510 00:04:14.520 do machinery very often and they'll end
00:04:15.980 00:04:15.990 up getting through the job and they'll
00:04:17.270 00:04:17.280 end up with a bunch of steam happening
00:04:19.190 00:04:19.200 because it took them too long to vent at
00:04:20.420 00:04:20.430 all
00:04:21.300 00:04:21.310 now let's come up with a slightly
00:04:23.460 00:04:23.470 different design that fixes these
00:04:24.780 00:04:24.790 shortcomings this is my new preferred
00:04:28.230 00:04:28.240 design this one here it gives you a
00:04:30.750 00:04:30.760 giant pool of crude oil that's so that
00:04:33.180 00:04:33.190 well it soaks into the oil while it
00:04:35.430 00:04:35.440 surrounds the oil well and it gives it
00:04:36.750 00:04:36.760 something to dump the heat into this
00:04:38.280 00:04:38.290 helps keep the oil well chill when the
00:04:39.780 00:04:39.790 natural gas is vented at the same time I
00:04:41.909 00:04:41.919 set the pressure here to twenty kilos in
00:04:44.220 00:04:44.230 other words once to sit until unless
00:04:46.650 00:04:46.660 there's twenty kilos of natural gas in
00:04:48.180 00:04:48.190 here the gas pump won't extract anything
00:04:49.890 00:04:49.900 this results in the natural gas and
00:04:51.510 00:04:51.520 you're ending up a little bit chillier I
00:04:52.830 00:04:52.840 should really put in the temperature
00:04:54.540 00:04:54.550 shift plate right about there that
00:04:57.210 00:04:57.220 temperature shift plate will help that
00:04:58.409 00:04:58.419 oil the crude oil coming out of here
00:05:01.050 00:05:01.060 dump temperature into the natural gas
00:05:02.670 00:05:02.680 and the natural gas to dump temperature
00:05:04.110 00:05:04.120 into the crude oil it just results in a
00:05:06.270 00:05:06.280 much more stable running temperature all
00:05:08.460 00:05:08.470 of this combined means that while it
00:05:09.870 00:05:09.880 might get hotter than 100 degrees
00:05:11.159 00:05:11.169 outside the oil well it won't be too
00:05:13.620 00:05:13.630 much hotter which should mean it would
00:05:15.750 00:05:15.760 take longer for the natural for the heat
00:05:18.180 00:05:18.190 from the natural gas to soak into the
00:05:19.800 00:05:19.810 machine now we're almost up to 75
00:05:22.200 00:05:22.210 percent here let's see what happens when
00:05:23.490 00:05:23.500 the duplicate shows up so we have a
00:05:25.560 00:05:25.570 duplicate here let's check and see what
00:05:27.510 00:05:27.520 the temperature is like eighty nine
00:05:29.010 00:05:29.020 point two and it's fast-forward this a
00:05:31.080 00:05:31.090 bit eighty nine point one eighty-nine
00:05:33.750 00:05:33.760 point two eighty nine point three eighty
00:05:35.100 00:05:35.110 nine point four it's going up by a tiny
00:05:36.810 00:05:36.820 amount and this is where the duplicate
00:05:38.430 00:05:38.440 with terrible absolutely terrible
00:05:40.880 00:05:40.890 machine skills and quite safe let's
00:05:44.400 00:05:44.410 check the gas overlay gas overlay is
00:05:46.050 00:05:46.060 perfect we're fine this this is a very
00:05:49.140 00:05:49.150 safe design it also comes with a built
00:05:52.200 00:05:52.210 in liquid lock style bill designed
00:05:54.180 00:05:54.190 because the crude oil from here pours
00:05:56.070 00:05:56.080 down onto the floor comes across this
00:05:58.110 00:05:58.120 and pours out the other side and down
00:05:59.550 00:05:59.560 here this way you can build a liquid
00:06:01.770 00:06:01.780 lock into the system now normally what
00:06:03.690 00:06:03.700 you like to do is find your oil
00:06:04.950 00:06:04.960 reservoirs and hopefully the same space
00:06:07.020 00:06:07.030 or use gravity to help you and you can
00:06:09.150 00:06:09.160 usually get all three of them to pour
00:06:11.040 00:06:11.050 into one spot and then pump the met from
00:06:12.480 00:06:12.490 there with one pump you can use multiple
00:06:14.550 00:06:14.560 pumps if you want I just prefer not to
00:06:16.290 00:06:16.300 in which case you could just make this a
00:06:17.909 00:06:17.919 little bit wider and stick in a liquid
00:06:19.200 00:06:19.210 pump to pump it out when the the crude
00:06:20.880 00:06:20.890 oil in here gets to about seven hundred
00:06:22.230 00:06:22.240 and fifty kilos that would just make
00:06:23.790 00:06:23.800 sure the system just keeps running as
00:06:25.370 00:06:25.380 you can see the crude oil well does not
00:06:28.020 00:06:28.030 meet mine being submerged not in the
00:06:30.149 00:06:30.159 slightest so you can submerge this thing
00:06:32.070 00:06:32.080 in an enormous amount of liquid and it
00:06:33.600 00:06:33.610 will still
00:06:33.990 00:06:34.000 work though it has compressed that
00:06:35.310 00:06:35.320 natural gas quite heavily up there just
00:06:38.520 00:06:38.530 for a bit of fun I decided to see what
00:06:39.810 00:06:39.820 would happen if I submerged us and that
00:06:41.310 00:06:41.320 let the do come in to vent it no
00:06:43.770 00:06:43.780 difference it seems working just fine
00:06:46.110 00:06:46.120 yeah you can submerge these things in
00:06:48.030 00:06:48.040 quite a bit of liquid just to make sure
00:06:49.050 00:06:49.060 that when they vent they don't die over
00:06:51.060 00:06:51.070 heat so you do have options though
00:06:53.520 00:06:53.530 personal preference wise this is my
00:06:56.070 00:06:56.080 preferred design as of now currently I
00:06:58.200 00:06:58.210 haven't found any bugs with it but you'd
00:06:59.730 00:06:59.740 never know I haven't been using it for a
00:07:01.110 00:07:01.120 huge amount of time but it does seem to
00:07:03.330 00:07:03.340 fit all the bills you don't lose any
00:07:04.920 00:07:04.930 water and the oil works just fine now
00:07:07.920 00:07:07.930 one last note on these things if you're
00:07:11.070 00:07:11.080 feeding oil from an oil well into a
00:07:12.980 00:07:12.990 refinery these devices up here the oil
00:07:16.770 00:07:16.780 refinery will destroy half the crude oil
00:07:19.020 00:07:19.030 and output the other half as petroleum
00:07:21.300 00:07:21.310 so you put in ten kilos of crude oil you
00:07:23.100 00:07:23.110 get at five kilos of petroleum if you
00:07:25.200 00:07:25.210 burn that petroleum in a petroleum
00:07:27.150 00:07:27.160 generator you'll get about half of your
00:07:29.100 00:07:29.110 water back or sorry sixty percent of the
00:07:31.740 00:07:31.750 water you put into the oil well back
00:07:33.060 00:07:33.070 however if you're willing to boil your
00:07:34.860 00:07:34.870 petroleum and you've got a volcano or
00:07:36.330 00:07:36.340 volcanic magma on your map or you way
00:07:38.670 00:07:38.680 hold that until space you can get space
00:07:40.350 00:07:40.360 metal to use in a space metal acrid
00:07:41.820 00:07:41.830 tuner you can boil your crude oil turn
00:07:44.219 00:07:44.229 it into petroleum under one drona ratio
00:07:45.690 00:07:45.700 and that way it's actually a water
00:07:46.740 00:07:46.750 positive process meaning you can get in
00:07:48.240 00:07:48.250 it well this is infinitely sustainable
00:07:50.430 00:07:50.440 power or well 3.3 kilowatts per oil well
00:07:53.090 00:07:53.100 just makes your life and all flat simple
00:07:55.080 00:07:55.090 or if you're willing to go absolutely
00:07:56.460 00:07:56.470 crazy you can make us our gas boiler
00:07:58.950 00:07:58.960 though they are rather complicated and
00:08:00.180 00:08:00.190 that will also be a water positive
00:08:01.920 00:08:01.930 process anyway this was mildly
00:08:04.530 00:08:04.540 informative to you and good luck
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