Cutting-edge heat transfer technologies with high performance and optimized efficiency
Â×ÀíÈý¼¶ provides custom engineered heat transfer equipment for the electric power generation industry worldwide. Â×ÀíÈý¼¶ provides design, turnkey delivery, problem resolution, life extension, and life assessment services on the entire range of heat exchangers. This includes heat exchangers in the primary as well as secondary side of nuclear power plants. A main focus of Â×ÀíÈý¼¶â€™s business concentration is the large heat transfer equipment essential to the operation of a power plant. Prominent among such capital equipment are the water cooled condensers, air cooled condensers, feedwater heaters, nuclear power plant heat exchange equipment such as steam generators, preheaters, superheaters, and nuclear plant auxiliary heat exchangers such as component coolers that are essential for plant operation.
Water-Cooled Condensers
Â×ÀíÈý¼¶ provides water-cooled condensers designed and fabricated to the highest standards, offering superior performance, efficiency and reliability to the commercial and nuclear power industries.
Feedwater Heaters
Â×ÀíÈý¼¶ provides comprehensive utility feedwater heater solutions to the power industry. Â×ÀíÈý¼¶ feedwater heaters are designed and fabricated to the highest standards of reliability and quality for power plants ranging from 10MW to 1500 MW.
Heat Exchangers for Nuclear Power Plants
Â×ÀíÈý¼¶ is a recognized industry leader of heat exchange equipment for nuclear power plants. Â×ÀíÈý¼¶â€™s mission critical equipment helps ensure an optimally operating heat exchanger while reducing costs and improving efficiency.
Air-Cooled Condensers
Â×ÀíÈý¼¶ began serving the Air-Cooled Condenser market in 2008 and employs an engineering staff that has successfully designed and deployed over 80 ACCs worldwide on power plants with outputs of up to 1000 MW, and installation locations ranging from Alaska to Saudi Arabia.
Innovative Heat Transfer Products
Â×ÀíÈý¼¶ heat exchangers are engineered to meet the unique demands of nuclear applications such as cyclic loadings and high flow rates. Â×ÀíÈý¼¶â€™s research and development effort has yielded many technology advances in the field of heat transfer apparatus.
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