PCHE plate heat exchangers allow multistream design thanks to the special mechanical etching process employed to realize the channels, in addition to high and extreme pressure and temperature resistance thanks to diffusion bonding welding technology.
Tempco will participate at mcT Hydrogen, conference and exhibition on technologies for the production and use of hydrogen organized by EIOM fiere, in Milan on November 23.
Double standby exchangers systems with interconnect valves by Tempco for efficiency optimization in lubricating oil cooling in turbines employed for power generation ensuring maximum reliability.
Green energy transition application of PCHE heat exchangers by Tempco and Microchannel Devices for the cooling of high pressure compressed hydrogen featured in the new Hydrogen Guide 2024 by La Termotecnica.
Cleaning of inspectable plate heat exchangers not only involves the washing of plates but also requires dye penetrant test to verify there are no micro-crackings on plates and also the check of gaskets conditions.
UK’s Department for Business & Trade announced the indefinite extension of CE marking recognition for machinery and products introduced within the Great Britain market, cutting red tape and creating certainty for firms.
Tempco is exhibiting with Microchannel Devices at Hydrogen Expo, 27-28 September in Bremen, presenting the innovative PCHE heat exchangers for hydrogen and fuel cells applications, realized using Diffusion Bonding technology.
Free flow plates with wide channels and no contact points in plate heat exchangers for use with dirty fluids such as in application for water cooling employed in plastics wire drawing for the production of plastic granules.
From heat exchangers to summer heat, Tempco wishes a Good August and a Cool Summer to everyone! See you in September!
Fouling Factor is a crucial element to evaluate for the sizing of plate heat exchangers upon the conditions of a certain thermal application, in order to ensure the best flow rate of the fluids inside the exchangers and maximizing the thermal transfer efficiency.
