Cain Industries _ CHP _ Combined Heat & Power Exhaust Heat Recovery Solutions

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Language: en

00:00:09.260
cain industries manufactures exhaust
00:00:12.080 00:00:12.090 heat recovery and steam generator
00:00:13.910 00:00:13.920 systems for the boiler economizer
00:00:15.650 00:00:15.660 cogeneration and industrial heat
00:00:17.870 00:00:17.880 transfer and exchanger markets the
00:00:20.540 00:00:20.550 company is located in Germantown
00:00:22.189 00:00:22.199 Wisconsin and has been providing exhaust
00:00:24.470 00:00:24.480 heat recovery solutions for over 40
00:00:26.720 00:00:26.730 years our mission to produce the highest
00:00:29.150 00:00:29.160 quality heat recovery products as
00:00:31.189 00:00:31.199 resulted in 15 product lines that
00:00:33.440 00:00:33.450 consists of more than 3,500 energy
00:00:35.630 00:00:35.640 saving models today we will introduce
00:00:37.850 00:00:37.860 you to the cogeneration or combined heat
00:00:40.369 00:00:40.379 and power product lines our heat
00:00:43.670 00:00:43.680 recovery steam generators and exhaust
00:00:45.680 00:00:45.690 gas to liquid heat exchangers recover
00:00:47.779 00:00:47.789 waste BTU leaving reciprocating engines
00:00:50.299 00:00:50.309 gas turbines micro turbine generators
00:00:53.119 00:00:53.129 and fuel cells suitable fuel types for
00:00:56.990 00:00:57.000 combustion sources include natural gas
00:00:59.360 00:00:59.370 propane diesel to heavy fuel oils bio
00:01:02.630 00:01:02.640 gas landfill gas digester gas and
00:01:05.780 00:01:05.790 gasoline recovered BTUs are transferred
00:01:10.160 00:01:10.170 back into steam production or a desired
00:01:12.679 00:01:12.689 thermal liquid glycol or water heatsink
00:01:15.700 00:01:15.710 tremendous savings result from overall
00:01:18.230 00:01:18.240 system efficiency improvements when
00:01:20.030 00:01:20.040 recovered energy is repurposed within
00:01:22.520 00:01:22.530 the facility and processes the ESG
00:01:26.210 00:01:26.220 exhaust steam generator product lines
00:01:28.580 00:01:28.590 are unfired and fully automatic they are
00:01:31.850 00:01:31.860 skid packaged for economical
00:01:33.469 00:01:33.479 installation and customer control
00:01:35.359 00:01:35.369 interface integration these waste heat
00:01:37.940 00:01:37.950 water-tube boilers produce 99% dry steam
00:01:41.090 00:01:41.100 for primary or supplemental steam
00:01:43.460 00:01:43.470 operations full steam production is
00:01:45.740 00:01:45.750 achieved in less than 10 minutes from a
00:01:47.810 00:01:47.820 cold start es g1 models range in
00:01:51.800 00:01:51.810 combustion capacity from 600 kilowatts
00:01:54.020 00:01:54.030 to 7 megawatts with entering exhaust gas
00:01:56.929 00:01:56.939 temperatures from 500 to 1400 degrees
00:01:59.660 00:01:59.670 fahrenheit with over 130 models to
00:02:02.480 00:02:02.490 choose from unit selection is based on a
00:02:04.789 00:02:04.799 50 degree fahrenheit pinch point of an
00:02:06.859 00:02:06.869 exhaust gas to saturated steam
00:02:08.660 00:02:08.670 temperature ranging from 20 to 350 plus
00:02:11.630 00:02:11.640 boiler horsepower
00:02:13.320 00:02:13.330 steam generators are stamped under
00:02:14.880 00:02:14.890 section 1 of the ASME and National Board
00:02:17.790 00:02:17.800 code at an operating steam pressure
00:02:19.470 00:02:19.480 range of 3 to 400 pounds per square inch
00:02:21.930 00:02:21.940 gauge CRN approvals are available for
00:02:24.900 00:02:24.910 all Canadian provinces each ESG 1
00:02:29.970 00:02:29.980 includes a modulating exhaust gas bypass
00:02:32.360 00:02:32.370 thin tube heat transfer section steam
00:02:35.430 00:02:35.440 flash circulating drum assembly full
00:02:37.710 00:02:37.720 control system and boiler trim for
00:02:39.600 00:02:39.610 complete skid mounted solution Kane
00:02:43.020 00:02:43.030 industries exclusive exhaust bypass is
00:02:45.270 00:02:45.280 used to modulate exhaust gas flow
00:02:47.030 00:02:47.040 depending on steam production
00:02:48.660 00:02:48.670 requirements full bypass mode diverts
00:02:51.300 00:02:51.310 exhaust gas away from the heat transfer
00:02:53.310 00:02:53.320 section the bypass can be configured as
00:02:55.650 00:02:55.660 horizontal straight through or a
00:02:57.300 00:02:57.310 90-degree vertical exhaust connection
00:02:59.699 00:02:59.709 depending on installation requirements
00:03:02.449 00:03:02.459 full operating mode directs the exhaust
00:03:05.100 00:03:05.110 gas into the heat transfer section
00:03:07.050 00:03:07.060 through the modular fin tube racks and
00:03:09.090 00:03:09.100 exits back through the bypass the liquid
00:03:13.290 00:03:13.300 flow on the Left illustrates exhaust gas
00:03:15.360 00:03:15.370 heat being transferred to the water heat
00:03:17.130 00:03:17.140 sink flowing through the fin tubes the
00:03:19.380 00:03:19.390 other image shows the pump and
00:03:21.090 00:03:21.100 circulating system steam is produced
00:03:24.660 00:03:24.670 when superheated feed water expands upon
00:03:27.000 00:03:27.010 entering the steam flash drum Lance an
00:03:28.890 00:03:28.900 elaborate series of baffles and pans
00:03:31.170 00:03:31.180 separate the water content from the
00:03:33.390 00:03:33.400 steam resulting in 99 percent dry steam
00:03:36.000 00:03:36.010 as it enters the main steam system an
00:03:39.050 00:03:39.060 optional internal boiler economizer can
00:03:41.820 00:03:41.830 be added to further improve system
00:03:43.740 00:03:43.750 efficiency boiler feedwater is preheated
00:03:46.560 00:03:46.570 before entering the steam flash drum to
00:03:48.570 00:03:48.580 recover even more available exhaust gas
00:03:50.790 00:03:50.800 BTU the hrs are heat recovery silencer
00:03:55.680 00:03:55.690 radio product line is an exhaust gas to
00:03:58.259 00:03:58.269 liquid heat exchanger with modulating
00:04:00.509 00:04:00.519 exhaust bypass with over 360 pre
00:04:03.630 00:04:03.640 designed models to choose from it has
00:04:05.699 00:04:05.709 the combustion capacity of 200 kilowatts
00:04:07.979 00:04:07.989 to 7 megawatts and accepts entering
00:04:10.830 00:04:10.840 exhaust gas temperatures from 300 to
00:04:13.199 00:04:13.209 1300 degrees Fahrenheit the hrs are can
00:04:16.530 00:04:16.540 be manufactured in a vertical or
00:04:18.270 00:04:18.280 horizontal configuration to address
00:04:20.460 00:04:20.470 space limitations the packaged hrs are
00:04:24.630 00:04:24.640 consists of a thin tube heat transfer
00:04:26.670 00:04:26.680 section
00:04:27.180 00:04:27.190 and our exclusive modulating exhaust
00:04:29.190 00:04:29.200 bypass optional control packages are
00:04:31.620 00:04:31.630 available to manage exhaust and liquid
00:04:33.960 00:04:33.970 temperatures full exhaust bypass mode
00:04:37.200 00:04:37.210 diverts exhaust gas away from the hrs
00:04:39.960 00:04:39.970 are depending on system heat load and
00:04:42.000 00:04:42.010 liquid outlet temperature requirements
00:04:44.010 00:04:44.020 the bypass can be configured as
00:04:46.080 00:04:46.090 00:04:47.690 00:04:47.700 00:04:50.040 00:04:50.050 00:04:52.820 00:04:52.830 00:04:55.590 00:04:55.600 00:04:57.390 00:04:57.400 passing through the unique single road
00:04:59.550 00:04:59.560 design of Finn tubes and back out the
00:05:01.890 00:05:01.900 bypass process water synthetic liquid or
00:05:06.510 00:05:06.520 a cold water type heat sink flow in the
00:05:08.910 00:05:08.920 Finn tubes to recover BTU while cooling
00:05:11.430 00:05:11.440 the exhaust gas the UT r1 u-tube
00:05:15.960 00:05:15.970 recovery model is a compact exhaust gas
00:05:18.660 00:05:18.670 to liquid heat exchanger adapting to
00:05:21.030 00:05:21.040 confined areas it has a combustion
00:05:23.010 00:05:23.020 capacity to accept 200 250 thousand
00:05:26.220 00:05:26.230 standard cubic feet per minute with
00:05:27.810 00:05:27.820 entering exhaust gas temperatures up to
00:05:29.580 00:05:29.590 1400 degrees Fahrenheit an optional
00:05:32.640 00:05:32.650 three-way modulating exhaust diverting
00:05:34.560 00:05:34.570 valve can be included if the desired
00:05:37.020 00:05:37.030 heatsink cannot accept all exhaust heat
00:05:39.180 00:05:39.190 during Operation Kane Industries CHP
00:05:43.409 00:05:43.419 product lines are designed for
00:05:45.060 00:05:45.070 performance longevity and ease of
00:05:47.580 00:05:47.590 maintenance as well as flexibility the
00:05:52.050 00:05:52.060 ESG 1 can be used for standalone primary
00:05:55.080 00:05:55.090 or supplemental steam demand the hrs are
00:05:59.700 00:05:59.710 or UT r1 can be used to capture and
00:06:02.580 00:06:02.590 transfer valuable exhaust speed to you
00:06:04.770 00:06:04.780 to liquid modular design allows product
00:06:08.970 00:06:08.980 lines to be placed in series to
00:06:10.770 00:06:10.780 efficiently harvest waste heat the
00:06:12.720 00:06:12.730 nature of steam production leaves unused
00:06:14.640 00:06:14.650 heat in the exhaust stream from the ESG
00:06:16.680 00:06:16.690 1 an hrs are can recover this unused
00:06:20.190 00:06:20.200 heat and transfer it to a liquid heat
00:06:22.230 00:06:22.240 sink to increase overall system
00:06:24.030 00:06:24.040 efficiency unique system demands require
00:06:27.780 00:06:27.790 unique solutions Kane Industries has the
00:06:30.659 00:06:30.669 innovation and experience to solve your
00:06:33.000 00:06:33.010 waste energy recovery challenges
00:06:35.900 00:06:35.910 adaptable equipment design and options
00:06:38.370 00:06:38.380 overcome installation constraints
00:06:40.740 00:06:40.750 find space limitations can be addressed
00:06:42.480 00:06:42.490 with lower stance support headers with
00:06:44.970 00:06:44.980 welded elbows and extended drain
00:06:47.190 00:06:47.200 plumbing split inspection doors can
00:06:49.320 00:06:49.330 overcome clearance issues the exhaust
00:06:51.690 00:06:51.700 bypass can be constructed as horizontal
00:06:53.910 00:06:53.920 straight through or with a vertical 90
00:06:55.920 00:06:55.930 degree exhaust outlet cane industry
00:06:59.580 00:06:59.590 standard equipment features unmatched
00:07:01.470 00:07:01.480 benefits the ESG 1 and hrs our product
00:07:05.340 00:07:05.350 lines are typically provided with a
00:07:07.200 00:07:07.210 stainless steel exhaust bypass for a
00:07:09.240 00:07:09.250 full exhaust flow control full panel
00:07:11.760 00:07:11.770 hinged access doors allow easy access
00:07:13.980 00:07:13.990 for fin tube inspection and cleaning
00:07:16.070 00:07:16.080 individual removable fin tubes or
00:07:18.360 00:07:18.370 modular fin tube racks allow for heat
00:07:20.880 00:07:20.890 transfer surface repair in the field
00:07:22.920 00:07:22.930 Modbus communications provide remote
00:07:25.260 00:07:25.270 equipment monitoring and operation
00:07:27.240 00:07:27.250 control an optional automatic time suit
00:07:29.730 00:07:29.740 blower provides optimum performance when
00:07:31.860 00:07:31.870 burning fuels that cause build-up a
00:07:34.190 00:07:34.200 knife-edge concentrated air or steam
00:07:36.990 00:07:37.000 spray flow pattern is used to blast soot
00:07:39.240 00:07:39.250 from Finn tubes into the exhaust stream
00:07:41.220 00:07:41.230 and out of the unit
00:07:43.370 00:07:43.380 King Industries has CHP applications
00:07:46.409 00:07:46.419 installed throughout the world
00:07:47.930 00:07:47.940 recovering valuable exhaust gas heat for
00:07:50.550 00:07:50.560 liquid transfer and steam generation
00:07:52.710 00:07:52.720 from reciprocating engines turbines
00:07:54.900 00:07:54.910 micro turbines and fuel cells start
00:07:59.400 00:07:59.410 recovering your lost energy today by
00:08:01.500 00:08:01.510 visiting the Cain IND comm website and
00:08:04.500 00:08:04.510 clicking on the request for quotation or
00:08:06.840 00:08:06.850 RFQ link you will answer ten questions
00:08:09.210 00:08:09.220 and receive a complete customized 15
00:08:12.090 00:08:12.100 page savings analysis study proposal
00:08:14.130 00:08:14.140 within 48 hours always feel free to
00:08:16.560 00:08:16.570 contact our friendly and knowledgeable
00:08:17.969 00:08:17.979 sales engineers during any stage of your
00:08:20.760 00:08:20.770 exhaust heat recovery project all of us
00:08:24.330 00:08:24.340 at Kane industries appreciate you taking
00:08:26.460 00:08:26.470 time to watch this video presentation
00:08:28.290 00:08:28.300 and thank you for your interest in Kane
00:08:30.659 00:08:30.669 industries exhaust heat recovery
00:08:32.370 00:08:32.380 products and innovative solutions
00:08:35.169 00:08:35.179 [Music]
Office location
Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12

Phone: +7 343 216 77 75

E-mail: info@lotus1.ru

Sales phone

Russia: +7 343 216 77 75

WhatsApp: +79122710308