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Cain Industries
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Manufacturing Waste Heat Transfer Products to Save Energy!
Manufacturing Waste Heat Transfer Products to Save Energy!

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CAIN INDUSTRIES JOINS THE EPA’S COMBINED HEAT AND POWER (CHP) PARTNERSHIP!

The Certificate of Partnership was presented to Cain Industries on April 26th, 2018 by the United States Environmental Protection Agency Combined Heat and Power Partnership in recognition of efforts to improve the environmental performance of the United States energy supply system by supporting combined heat and power.

Cain Industries manufactures exhaust heat exchangers and steam generators (HRSG) for gas and diesel engines, gas turbines, microturbine generators and fuel cells. Captured BTU is transferred back into a desired water, glycol, thermal fluid or steam production heat sink. Suitable fuel types for combustion sources include natural gas, propane, biogas, digester gas, landfill gas, diesel fuel and light to heavy fuel oils. Tremendous savings result from overall system efficiency improvements when recovered energy is repurposed within the facility and processes.

Visit our new CHP website section at: http://www.cainind.com/chp/
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Sales Engineers Needed!
We are currently seeking experienced Sales Engineers. Duties: Sell industrial exhaust heat exchangers and equipment. Visit http://www.cainind.com/cain_employment.php for additional information.
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How Exhaust Heat Transfer Works!

Waste heat is a byproduct of boiler and engine combustion. Valuable BTU is lost as it escapes through the exhaust. Cain Industries uses finned tubing to recover this lost heat. Hot gas flows around the tubing from the exhaust stream. The fins greatly increase the heat transfer surface of the tube. Water flows through the tubing to absorb the waste heat. Gas molecules release their heat as they collide with the tubing by means of convective heat transfer. The tubing transfers its heat to the liquid through conduction. Thermal energy will always transfer from a hot to cold object. The exhaust cools as its kinetic energy is transferred to the liquid. Exhaust heat recovery captures up to 70% of sensible waste heat, reducing the amount of fuel needed to maintain operations.

https://www.youtube.com/embed/vq1BpM57dQQ?showinfo=0&autoplay=1&loop=1&playlist=vq1BpM57dQQ
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Happy Holidays from Cain Industries!
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View the DXL | Two Stage Exhaust Condensing Boiler Economizer Video at http://www.cainind.com/DXL

Cain Industries DXL condensing heat exchangers save energy by recovering exhaust heat from a boiler or other natural gas combustion source that would otherwise be released into the atmosphere. The DXL is designed to recover exhaust heat for two applications. Two liquid "heat sinks" flow through separate stages to absorb the waste heat. Sensible heat is recovered, plus valuable latent heat as the exhaust condenses... Making the DXL one of the most effective heat exchangers available. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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View the CXL | Single Stage Exhaust Condensing Boiler Economizer Video at http://www.cainind.com/CXL

Cain Industries CXL condensing heat exchangers save energy by recovering exhaust heat from a boiler or other natural gas combustion source that would otherwise be released into the atmosphere. Sensible heat is recovered, plus valuable latent heat as the exhaust condenses... Making the CXL one of the most effective heat exchangers available. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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View the RTR | Rectangular Tube Recovery Exhaust Heat Exchanger Video at http://www.cainind.com/RTR

Cain Industries RTR heat exchangers save energy by recovering exhaust heat from a boiler or other industrial combustion source that would otherwise be released into the atmosphere. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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View the FCR | Fin Coil Recovery Exhaust Heat Exchanger Video at http://www.cainind.com/FCR

Cain Industries FCR heat exchangers save energy by recovering exhaust heat from a boiler or other industrial combustion source that would otherwise be released into the atmosphere. The FCR has a compact design that can be installed in confined areas. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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View the HRSR | Heat Recovery Silencer Radial Cogeneration Video at http://www.cainind.com/HRSR

Cain Industries HRSR heat exchangers save energy by recovering exhaust heat from gas or diesel engines that would otherwise be released into the atmosphere. This process is referred to as combined heat and power or CHP. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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View the UTR1 | U-Tube Recovery 1 Cogeneration Heat Recovery Video at http://www.cainind.com/UTR1

Cain Industries UTR1 heat exchangers save energy by recovering exhaust heat from gas or diesel engines that would otherwise be released into the atmosphere. This process is referred to as combined heat and power or CHP. Valuable BTU is transferred back into a desired heat or steam process, increasing system efficiency while reducing fuel usage and related pollution.
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