What is a Petrochemical (Lec008)

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Language: en

00:00:00.620
so let us first define a petrochemical
00:00:03.260 00:00:03.270 probably you're wondering what's the
00:00:05.150 00:00:05.160 difference between a petroleum derived
00:00:08.560 00:00:08.570 product or a petrochemical or a
00:00:11.810 00:00:11.820 petroleum refinery products and so on so
00:00:14.780 00:00:14.790 here we go if a true chemical refers to
00:00:17.480 00:00:17.490 all those components or compounds that
00:00:21.019 00:00:21.029 can be derived from petroleum refinery
00:00:23.630 00:00:23.640 products so in order to be able to
00:00:26.420 00:00:26.430 chemical you must obtain it via the
00:00:29.060 00:00:29.070 petroleum refining and not only that it
00:00:33.139 00:00:33.149 must be stated that these are simple
00:00:35.930 00:00:35.940 compounds such as methane and Lane as
00:00:38.420 00:00:38.430 its Lane and so on but they are not
00:00:40.940 00:00:40.950 multi-component products such as naphtha
00:00:43.430 00:00:43.440 gas oil etc so what are we saying here
00:00:46.970 00:00:46.980 that a petrochemical is a single
00:00:49.729 00:00:49.739 component whereas the petroleum refining
00:00:53.200 00:00:53.210 products are not a single component so
00:00:56.600 00:00:56.610 for instance natural gas is not a
00:01:01.160 00:01:01.170 petrochemical because it has methane
00:01:03.759 00:01:03.769 ethane and many other materials no
00:01:09.050 00:01:09.060 capitain and so on for instance methane
00:01:11.359 00:01:11.369 can be considered a petrochemical yes
00:01:13.640 00:01:13.650 even though it's not that common to use
00:01:15.710 00:01:15.720 it at the Sabbath chemical but it is
00:01:18.340 00:01:18.350 ethylene for sure because ethylene is a
00:01:21.320 00:01:21.330 single material which is let me throw it
00:01:25.370 00:01:25.380 for you which is then used for plastics
00:01:27.679 00:01:27.689 so it's a petrochemical because it's
00:01:30.109 00:01:30.119 only one chemical that is converted into
00:01:32.149 00:01:32.159 another material he is gasoline or
00:01:35.109 00:01:35.119 otherwise known as petrol a
00:01:37.700 00:01:37.710 petrochemical nope
00:01:39.260 00:01:39.270 by definition it has multi components so
00:01:42.289 00:01:42.299 you have obtained obtained is obtains
00:01:45.560 00:01:45.570 and many other materials which are all
00:01:49.069 00:01:49.079 pooled in the appropriate
00:01:50.960 00:01:50.970 petroleum refinery so all the materials
00:01:53.569 00:01:53.579 go into this pool they blend the
00:01:56.270 00:01:56.280 materials here and you will have a
00:01:58.520 00:01:58.530 gasoline product which is not a
00:02:01.130 00:02:01.140 petrochemical but gas if you were to
00:02:04.359 00:02:04.369 separate ESO obtained that will be by
00:02:09.229 00:02:09.239 definition a petrochemical or for
00:02:11.720 00:02:11.730 instance
00:02:12.230 00:02:12.240 you have a certain amount of aromatics
00:02:14.210 00:02:14.220 and you remove them you got I don't know
00:02:17.000 00:02:17.010 maybe benzene and toluene and then you
00:02:18.920 00:02:18.930 separate these in to benzene and toluene
00:02:20.990 00:02:21.000 yes
00:02:22.040 00:02:22.050 the scene will be a petrochemical
00:02:23.170 00:02:23.180 Angeline will be a petrochemical so
00:02:26.240 00:02:26.250 that's very important guys please ensure
00:02:28.820 00:02:28.830 that when are we talking about
00:02:30.730 00:02:30.740 petrochemicals it's a one component
00:02:33.230 00:02:33.240 material which typically comes from a
00:02:36.080 00:02:36.090 petroleum refining profit so NAFTA we're
00:02:39.170 00:02:39.180 going to see later on will be our raw
00:02:42.110 00:02:42.120 material for several petrochemicals okay
00:02:46.520 00:02:46.530 I said before these are from petroleum
00:02:48.710 00:02:48.720 but they can also come from natural gas
00:02:50.570 00:02:50.580 probably wondering which one well if you
00:02:53.720 00:02:53.730 take a thing and you take out the
00:02:57.920 00:02:57.930 hydrogen you will get ethylene and
00:03:00.380 00:03:00.390 ethylene is steady before it's used or
00:03:03.550 00:03:03.560 polyethylene which is a very common
00:03:06.020 00:03:06.030 polymer used in plastics now this is
00:03:10.730 00:03:10.740 obvious but surely my natural gases are
00:03:12.590 00:03:12.600 both made from hydrocarbon molecules
00:03:14.930 00:03:14.940 other hydrocarbons CH continuing
00:03:18.080 00:03:18.090 material which comprises of at least one
00:03:22.250 00:03:22.260 or more cards now this is one of the
00:03:26.810 00:03:26.820 best things you will hear probably
00:03:29.480 00:03:29.490 wondering why do we focus on
00:03:31.310 00:03:31.320 petrochemical well I want to stop you or
00:03:36.410 00:03:36.420 warn you but actually only 5% of oil and
00:03:40.010 00:03:40.020 gas is used or consumed for
00:03:43.040 00:03:43.050 petrochemicals the remaining 95% is try
00:03:47.870 00:03:47.880 to guess it yeah it's burned for energy
00:03:52.240 00:03:52.250 so only 5% is our demand actually the
00:03:56.600 00:03:56.610 petrochemicals have a much higher price
00:03:59.180 00:03:59.190 but of course it's kind of hard to get a
00:04:01.700 00:04:01.710 high demand so probably try to imagine
00:04:04.130 00:04:04.140 yourself you are at home and try to see
00:04:08.150 00:04:08.160 all the plastic materials all the
00:04:10.220 00:04:10.230 petroleum the right materials and maybe
00:04:12.470 00:04:12.480 you will say I don't know I have one ton
00:04:15.020 00:04:15.030 a material which maybe last three years
00:04:18.590 00:04:18.600 so your consumption of chemical might be
00:04:20.990 00:04:21.000 one ton per three years but guys
00:04:24.520 00:04:24.530 remember
00:04:25.790 00:04:25.800 electricity comes from burning fuels
00:04:28.790 00:04:28.800 fossil fuels your gasoline or the
00:04:32.960 00:04:32.970 gasoline you use of your car is also
00:04:35.689 00:04:35.699 very high and also if you use natural
00:04:38.330 00:04:38.340 gas or any gas material maybe liquefied
00:04:41.899 00:04:41.909 petroleum gases for your cooking you're
00:04:44.480 00:04:44.490 also poor in bed try to imagine the
00:04:46.670 00:04:46.680 ratio I'm pretty sure it's more than one
00:04:49.129 00:04:49.139 ton per year
00:04:51.020 00:04:51.030 maybe even more so try let me give a
00:04:54.140 00:04:54.150 quick guess I used a sixty litre tank I
00:05:00.370 00:05:00.380 refill it three times so that's about
00:05:02.930 00:05:02.940 180 liters of gasoline that's
00:05:05.420 00:05:05.430 approximate let's say 150 kills per
00:05:08.990 00:05:09.000 month so that's gasoline being burnt so
00:05:12.800 00:05:12.810 if you compare it I actually use more
00:05:15.529 00:05:15.539 petrol materials for energy rather than
00:05:18.499 00:05:18.509 for petrochemicals so please try to
00:05:22.040 00:05:22.050 remember this number only 5% will be
00:05:25.159 00:05:25.169 used for petrochemicals still chemicals
00:05:28.790 00:05:28.800 are very important for our food clothing
00:05:31.309 00:05:31.319 shelter leisure and whatever mmm let's
00:05:35.420 00:05:35.430 say test we can imagine I'm pretty
00:05:37.249 00:05:37.259 confident that petrochemicals are
00:05:39.170 00:05:39.180 present there so maybe you are a painter
00:05:42.439 00:05:42.449 you will be using a lot of materials
00:05:45.110 00:05:45.120 that come from the throw chemicals even
00:05:48.110 00:05:48.120 those that maybe you say now this cannot
00:05:50.269 00:05:50.279 be for instance acetone which is used to
00:05:52.909 00:05:52.919 remove or to a thinner to the thinner
00:05:56.719 00:05:56.729 the paint that's also many times derived
00:05:59.659 00:05:59.669 from a petrochemical maybe even a from
00:06:02.510 00:06:02.520 which you use to clean your materials
00:06:05.180 00:06:05.190 that might have also been produced as a
00:06:07.969 00:06:07.979 petrochemical we're going to see that
00:06:09.589 00:06:09.599 later on and why do we use
00:06:12.200 00:06:12.210 petrochemicals because we have a lot of
00:06:14.469 00:06:14.479 raw materials they are low in cost so
00:06:17.899 00:06:17.909 try to imagine a PET bottle versus a
00:06:21.939 00:06:21.949 glass bottle so they are pretty similar
00:06:24.769 00:06:24.779 actually this is much lighter just
00:06:27.769 00:06:27.779 because the material is less it's going
00:06:29.300 00:06:29.310 to be lowering price but this one right
00:06:32.540 00:06:32.550 here the glasses requires high
00:06:35.209 00:06:35.219 temperatures materials they can be
00:06:37.639 00:06:37.649 broken down the
00:06:39.290 00:06:39.300 destroy a broken so the plastic PET
00:06:41.920 00:06:41.930 bottle will be much more lowering cost
00:06:44.719 00:06:44.729 much more convenient lighter it's it
00:06:48.499 00:06:48.509 there's more physical damage and so on
00:06:50.749 00:06:50.759 so that's why we change typically all
00:06:52.790 00:06:52.800 the applications towards petrochemicals
00:06:55.240 00:06:55.250 you're talking about clothing before we
00:06:57.980 00:06:57.990 used to use you have here you have
00:07:02.649 00:07:02.659 cotton or cheese or wool and now we're
00:07:06.409 00:07:06.419 using polyester why are we using or now
00:07:09.800 00:07:09.810 why do we use that because it's it's
00:07:12.529 00:07:12.539 much cheaper each month it's much
00:07:14.689 00:07:14.699 convenient even though this is
00:07:16.520 00:07:16.530 technically speaking much better for
00:07:18.589 00:07:18.599 your skin and so on but still we have
00:07:21.830 00:07:21.840 plenty applications nowadays you can
00:07:23.809 00:07:23.819 find pretty advanced textile materials
00:07:26.689 00:07:26.699 which can even be better than the
00:07:29.119 00:07:29.129 natural ones and let's yeah let's finish
00:07:33.980 00:07:33.990 this little lecture I just want to
00:07:35.930 00:07:35.940 remember you guys but chemicals are very
00:07:37.909 00:07:37.919 important please ensure that whenever we
00:07:40.309 00:07:40.319 are to get up throw chemicals we are
00:07:43.610 00:07:43.620 using a one-component material so for
00:07:46.670 00:07:46.680 instance MTBE which is very common or
00:07:50.269 00:07:50.279 maybe when sulfur can technically be
00:07:52.580 00:07:52.590 assumed to be petrochemical these are
00:07:55.719 00:07:55.729 present in gasoline
00:07:57.529 00:07:57.539 this is MTBE which is used for anti
00:08:00.800 00:08:00.810 knocking for the ant knocking of
00:08:03.260 00:08:03.270 gasoline and software is can expensive
00:08:05.930 00:08:05.940 to remove it so we are going to have
00:08:07.730 00:08:07.740 several parts per million present there
00:08:10.519 00:08:10.529 so those are separate petrochemicals
00:08:13.219 00:08:13.229 that are blended into let's say also
00:08:16.550 00:08:16.560 obtained is obtained they are all
00:08:19.790 00:08:19.800 blended to make a petroleum refining
00:08:23.619 00:08:23.629 product which is the gas okay so just
00:08:26.869 00:08:26.879 ensure you don't confuse petrochemicals
00:08:29.959 00:08:29.969 with petroleum refining products
00:08:34.250 00:08:34.260 [Music]
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