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Heat Exchanger Cleaning - Inspection Clean vs. Standard Cleaning

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Language: en

00:00:03.149
optimal cleaning to an inspection clean
00:00:05.780 00:00:05.790 status ensures operational efficiency
00:00:08.240 00:00:08.250 and a longer duration between cleaning
00:00:10.580 00:00:10.590 requirements
00:00:14.900 00:00:14.910 at Dunn we have the ability with our
00:00:18.390 00:00:18.400 off-site methods to thoroughly clean to
00:00:20.580 00:00:20.590 inspection clean status quickly and
00:00:22.650 00:00:22.660 safely any fouling permitted to be left
00:00:25.230 00:00:25.240 on the surface of the equipment after
00:00:26.850 00:00:26.860 cleaning will attract additional fouling
00:00:29.040 00:00:29.050 at a greater pace once put back into
00:00:31.229 00:00:31.239 service the combined effects of fouling
00:00:34.680 00:00:34.690 and scaling create a layer of insulation
00:00:36.870 00:00:36.880 around the tube walls this reduces heat
00:00:39.990 00:00:40.000 transfer and causes a loss in pressure
00:00:42.330 00:00:42.340 in turn this can have a negative impact
00:00:44.639 00:00:44.649 on production
00:00:53.840 00:00:53.850 a heat exchanger cleaned to inspection
00:00:56.779 00:00:56.789 clean status rejects fouling
00:00:59.240 00:00:59.250 for a longer period of time resulting in
00:01:02.119 00:01:02.129 overall better performance this reduces
00:01:06.590 00:01:06.600 downtime and increases productivity
00:01:09.760 00:01:09.770 potentially saving your company a lot of
00:01:12.980 00:01:12.990 money
00:01:21.110 00:01:21.120 you

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