PCHE exchangers are the ideal solution for multi-stream cooling with high efficiency and compactness, perfect for critical applications and in hydrogen technologies thanks to the high resistance and microchannel structure of the plates.
In the production of technical gases, interstage cooling of compressors can be obtained with different types of heat exchangers, from the more traditional shell and tube and plate exchangers to the innovative PCHE exchangers.
Innovative technologies for hydrogen applications at the Piacenza Hydrogen Expo, components and exchangers for electrolysers and fuel cells, from production to storage and distribution of hydrogen ensuring safety and efficiency.
Free flow plate exchangers in the paper and plastic production sectors, characteristics of the plates and typical working pressures for use in the cooling of very dirty water rich in suspended particles.
Multistage compressors in the treatment of technical gases such as air, hydrogen and other industrial gases, the management of temperatures in the different compression stages thanks to PCHE exchangers improves the overall efficiency of the process.
Advanced solutions for thermal control in pharmaceutical processes with the supply of two chillers operating at temperatures down to -30° C to ensure precision cooling of reactors in a new production line.
For hydrogen applications, in addition to PCHE, it is also possible to use brazed plate exchangers, which however offer much lower pressure limits, but they guarantee as well sealing capacity and tightness against leaks and fluid mixing.
First large PCHE heat exchanger for the oil & gas sector in Microchannel Devices, sized and built to meet the stringent requirements of the ASME regulations for use in an offshore platform.
Compactness, high thermal efficiency and reliability and the extreme versatility of PCHE heat exchangers make them an ideal choice for gas cooling during the compression phases in hydrogen refueling stations.
Tempco launches a new site dedicated exclusively to the innovative technology of PCHE heat exchangers, to jointly explore and develop cutting-edge applications in fields such as hydrogen, sustainable mobility, oil and gas and nuclear energy.
