Tempco TCBS series all-stainless steel brazed plate exchangers for applications requiring high water purity and corrosion resistance—handling demineralized water in the hydrogen industry (fuel cells and electrolyzers), semiconductor manufacturing, and the food, chemical and pharma.
TCOIL immersion heat exchangers for cutting oil cooling in gear manufacturing; minimal installation and maximum efficiency achieved through heat transfer with direct contact with the fluid via immersion in the oil collection tank.
Higher thermal efficiency and greater compactness with brazed plate heat exchangers compared to shell-and-tube heat exchangers for hydraulic oil cooling in hydraulic power plants.
The Tempco T REG HC E range of thermoregulation units is now available with a fully stainless steel structure, to ensure high precision temperature control and meeting hygiene and durability requirements in the pharmaceutical and food sectors.
Replacement and revamping of cooling radiators with ElectroFin treatment to ensure the necessary corrosion protection of the finned pack in marine installations.
Tempco is still very active and present in the biogas sector, and in 2023 has supplied a number of biogas treatment plants, all complete with chiller, exchanger and condensate separator and ready for installation.
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.
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.
ATEX certifications, anti-corrosion treatments and the selection of construction materials that cope with challenging and harsh working conditions of oil & gas indutrial plants can turn a simple plate heat exchanger into something very special.
Being it using flanged or threaded connections, different solutions in plate heat exchangers allow to avoid direct contact betweeen the fluid and parts in carbon steel, which are prone to oxidation and corrosion.
