Zero emission yacht, CO2 refrigeration, free cooling in green data center and sustainability in textile industry

Power electronics cooling in Baglietto hybrid yachts

TEMPCO thermoregulating units ensure the correct cooling of power electronics on board of the new T52 Hydrid Luxury hybrid propulsion yacht model from Baglietto Yacht . Cutting-edge technology and innovative green concepts, combined with Italian design and style, to bring sustainability into the marine sector, heading towards zero-emission navigation.

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Brazed plate exchangers for refrigeration using CO2

The use of CO2 as a natural refrigerant with high heat transfer efficiency rate opens up new green and sustainable perspectives in the refrigeration and air conditioning applications sector. TEMPCO has recently supplied an amount of special brazed plate exchangers for CO2, capable of withstanding working pressures of up to 140 bar, for an important customer operating in the district heating and cooling technologies sector.

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TCOIL exchangers in free cooling for modern Green data centers

Heat exchangers are an essential component in all data center cooling technologies. In particular, TEMPCO 's immersion TCOIL exchangers offer a solution to increase energy saving and efficiency in modern green data centers that implement liquid cooling systems, where it is possible to further reduce the environmental impact thanks to free cooling with these special plate heat exchangers.

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Evaporative towers in pharmaceutical cooling plant

TEMPCO has recently supplied a series of open circuit evaporative towers in package modules for the cooling system of the new green Italian production site of an important company operating in the pharmaceutical sector. The towers have been supplied complete with control panels allowing the smart energy management of fans using inverters.

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Free flow exchangers for energy recovery in textile dyeing processes

Free flow plate heat exchangers, ideal solution for heat transfer applications with very dirty fluids, allow efficient energy recovery applications in dyeing baths in the production of the textile sector. The heat recovered from the waste hot water coming from the dyeing treatment can then be reused within the process, reducing costs related to primary energy consumption and increasing the sustainability of the sector.

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