Tempco is excited for the participation of our partner for PCHE exchangers Microchannel Devices at the Hydrogen Technologies Expo in Texas, joining forces with the H2 TECHNOLOGY Consortium toward a more sustainable future.
Cooling system revamping in the plastic molding department for an important manufacturer of electro-medical devices, with transition to a closed circuit system with air-cooled water chillers.
Multistream PCHE exchangers for hydrogen cooling between gas compression stages in multi-stage compressors, capable of withstanding the high temperatures and extreme pressure levels involved in hydrogen applications.
Revamping and cleaning of the plates for plate heat exchangers installed in the production site of an important steel mill in the province of Milan, with complete replacement of the plate packs on the oldest exchangers.
Supply of a series of evaporative towers in a module package set, compete with control panels equipped with inverters for the energy management of fans, for the cooling system of the Italian production site of an important pharmaceutical company.
TCOIL immersion exchangers in free cooling enhancing efficiency of liquid cooling solutions in modern Green Data Center, reducing the environmental impact of data centers to respond growing demand for AI, 5G and HPC technologies.
Special brazed plate exchangers for CO2 applications supplied to a customer operating in district heating and cooling technologies, able to withstand very high pressure levels and helping reducing emissions in the conditioning sector.
Tempco thermoregulating units for power electronics cooling, such as electric motors and power inverters, installed on board of the T52 hybrid luxury yacht by Baglietto, bringing sustainability into the marine sector.
In hydrogen applications, plate heat exchangers are an ideal solutions for cooling tasks, both PCHE and special brazed plate exchangers also employed for CO2 withstanding very high pressure levels and a wide range of temperatures.
Tempco PCHE exchangers for hydrogen cooling in fuel cell technologies are featured in an article on the January issue of ICP magazine, the diffusion bonding construction process allows the exchangers to operate at extreme pressure and temperature levels.
