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A new generation gasketed plate heat exchangers from Alfa Laval

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Kind: captions
Language: en

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00:00:06.910 00:00:06.920 my name is calendario Saleh and I'm head
00:00:10.420 00:00:10.430 of research and development for gasketed
00:00:12.520 00:00:12.530 plate heat exchangers I mean gasketed
00:00:15.040 00:00:15.050 plate heat exchanger is a standard piece
00:00:17.589 00:00:17.599 of equipment in many processes the plate
00:00:21.249 00:00:21.259 heat exchanger has looked the same for
00:00:24.099 00:00:24.109 the last 20 years not much has been done
00:00:27.040 00:00:27.050 on innovation site but we want to
00:00:30.370 00:00:30.380 challenge the current product and make
00:00:32.589 00:00:32.599 something that will fulfill the need of
00:00:35.410 00:00:35.420 our customers we have been listening to
00:00:38.500 00:00:38.510 our customers and the volunteer
00:00:40.210 00:00:40.220 exchanges that are reliable that
00:00:43.899 00:00:43.909 transfer heat efficiently and that are
00:00:47.079 00:00:47.089 easy to maintain with the next
00:00:49.329 00:00:49.339 generation gasket plate heat exchanger
00:00:51.460 00:00:51.470 we are sure we will fulfill the needs of
00:00:54.009 00:00:54.019 the customers and we are creating
00:00:56.619 00:00:56.629 something new we are bringing innovation
00:00:59.380 00:00:59.390 into our product and by that we are
00:01:01.689 00:01:01.699 going to set new standards
00:01:07.010 00:01:07.020 efficiency is important for our
00:01:09.540 00:01:09.550 customers and to achieve high efficiency
00:01:13.380 00:01:13.390 you need to maximize heat transfer and
00:01:16.110 00:01:16.120 minimize fouling in the next generation
00:01:19.050 00:01:19.060 we have some patented solutions and one
00:01:22.200 00:01:22.210 of them is curved flow and curve flow
00:01:25.830 00:01:25.840 will actually distribute the liquid over
00:01:28.440 00:01:28.450 the whole plate which means that we will
00:01:31.590 00:01:31.600 use the whole plate for heat transfer
00:01:33.900 00:01:33.910 but we will also minimize fouling
00:01:36.570 00:01:36.580 because we are no dead spots with a
00:01:39.150 00:01:39.160 efficient heat exchanger you will reduce
00:01:41.760 00:01:41.770 the heat transfer area which will means
00:01:45.210 00:01:45.220 that you need less plates to do the same
00:01:47.520 00:01:47.530 duty which means that you use less raw
00:01:49.770 00:01:49.780 material which will save money and it's
00:01:52.560 00:01:52.570 also good for the environment
00:01:55.550 00:01:55.560 reliability is very important for our
00:01:57.900 00:01:57.910 customers because they need to rely on
00:02:00.690 00:02:00.700 the heat exchanger because the heat
00:02:03.240 00:02:03.250 exchanger is a vital part of their
00:02:05.250 00:02:05.260 process and if it breaks down they will
00:02:08.010 00:02:08.020 be out of production so downtime in
00:02:11.910 00:02:11.920 their processes is very costly basically
00:02:14.940 00:02:14.950 they should have a heat exchangers that
00:02:17.130 00:02:17.140 they can forget about that will ask the
00:02:20.130 00:02:20.140 labor the duty is supposed to deliver
00:02:24.610 00:02:24.620 in the new generation heat exchangers we
00:02:27.490 00:02:27.500 have built in a lot of features that
00:02:30.190 00:02:30.200 will make the heat exchanger more
00:02:32.170 00:02:32.180 reliable I mean if you start with a
00:02:34.570 00:02:34.580 plate which is actually the heart of the
00:02:37.150 00:02:37.160 heat exchangers the plate is designed to
00:02:41.290 00:02:41.300 be strong and to be able to withstand
00:02:44.199 00:02:44.209 the pressures that our customers have in
00:02:47.650 00:02:47.660 their processes so we are coming out on
00:02:50.140 00:02:50.150 the market with what we think is the
00:02:52.330 00:02:52.340 most reliable heat exchanger our
00:02:57.100 00:02:57.110 customers will need to service the heat
00:02:59.949 00:02:59.959 exchanger or to maintain the heat
00:03:01.840 00:03:01.850 exchanger so we want to make it as easy
00:03:03.670 00:03:03.680 as possible for them to open and close
00:03:06.160 00:03:06.170 the unit so in this next generation we
00:03:08.920 00:03:08.930 00:03:10.809 00:03:10.819 will make it easy to open and close the
00:03:13.000 00:03:13.010 unit one example is the click rate
00:03:16.509 00:03:16.519 gasket that will actually hold the
00:03:18.910 00:03:18.920 gasket in a firm position during opening
00:03:21.910 00:03:21.920 and closing of the unit so the new
00:03:24.839 00:03:24.849 generation of gasket plate heat
00:03:27.160 00:03:27.170 exchangers set new standards in
00:03:29.789 00:03:29.799 efficiency reliability and
00:03:33.000 00:03:33.010 serviceability don't settle for less
00:03:43.130 00:03:43.140

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