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Thermoelectric power plants boil water and use steam driven turbines for power production. After the steam moves through the turbines, it is condensed back into water so it can be reused again or returned to its water source. The cooling requirements of a power plant are dictated by thermal efficiency and water cooling can be achieved in two ways.

Wind power capacity is growing around the world to help supply the power grid with renewable green energy. Optimal wind power generation depends on compact, low-maintenance, high performance heat exchangers to cool the transmission oil used for lubricating the gear box. Kaori provides high-quality, low maintenance, and cost-effective cooling solutions to keep wind mills running efficiently.

Semiconductor production will include heating and cooling process fluids during its manufacturing process. In such highly sophisticated and complex operations, manufacturers need high performance thermal solutions that are cost effective and without risk of complications. Kaori specializes in customizing quality heat exchangers to be your trusted thermal solution in such demanding cases.

High-tech laser equipment and external optics need cooling to maintain optimum operational temperatures. Smaller capacity laser equipment generally use air-cooling systems to cool water circulated through the heat exchanger. Larger laser equipment, use a cooler to maintain water temperature and requires a pump for water circulation. De-ionized water is a commonly used coolant to remove waste heat from sensitive electronic components and is not appropriate for use with copper.

Cooling plays a major part of hydraulic system performance and maintenance. Over heating can have adverse effects on hydraulic system components and result in costly downtimes. At high temperatures, oil risks being oxidized and producing corrosive acids and sludge that will reduce performance and quickly wear down system parts.

Injection molding machines typically employ hydraulic systems to power injections in moldings. For optimum production efficiency, both hydraulic systems and molded parts both must be properly cooled. While hydraulic oil temperature must be controlled to keep hydraulic systems operating efficiently, precise cooling solutions are necessary to reduce molding temperature as quickly as possible without causing any shrinkage. If cooling occurs too quickly, the plastic will separate from the molding cavity and heat transfer rate drops dramatically. Since cooling takes up the vast majority of time in injection moldings, this makes thermal efficiency one of its highest priorities.

Solar heating can be used the primary heating system or as a compliment to other heating systems to conserve energy. Solar heating is becoming an increasing popular option for environmentally friendly heating as technology continues to improve and can be integrated with other heating systems to save energy.

Clean energy is the way of the future. Kaori has paired with several fuel cell industry leaders in developing the next generation of renewable energy systems by designing and customizing innovative heat transfer solutions. Fuel cell power generation is an environmentally friendly energy source with clean emissions.

Natural gas boilers are affordable and a popular heating option around the world where natural gas is accessible. Kaori’s E/F-Series BPHE is a high performance economic option for making water-to-water gas boilers more efficient.

Swimming pools take a considerable amount of energy to heat and Kaori's BPHE are a highly efficient component to use in junction with existing or add-on heating system.

Kaori is constantly researching and developing state of the art heat exchangers to complement new technologies. If you are interested in innovative heat transfer solutions for green energy technologies, please contact a Kaori representative to learn more about how we can partner with you in building new product and protecting our environment.

A chiller operates by vapor-compression or absorption refrigeration cycle to remove heat from a liquid.  Kaori provides high performance evaporators and condensers to work with a wide variety of refrigerants.  Our BPHEs can also be used as economizers, superheaters, oil coolers, sub-coolers, intercoolers, or for heat recovery.