Tempco custom immersion plate heat exchangers arrays designed for energy-saving applications—specifically heat recovery from wastewater used for well-water preheating—installed in an equalization tank for parboiled rice production.
The first hydrogen refueling of a vessel was successfully completed at the Baglietto shipyard in the Port of La Spezia, as part of the Bzero yacht project for zero-emission hydrogen-powered navigation.
Brazed plate heat exchangers for hydrogen applications, ideal for all electrolytic cell and fuel cell technologies, in the production of green hydrogen, and for use in transportation and industry.
Compact design, high mechanical strength, and heat transfer efficiency with special brazed exchangers designed for high pressures up to 140 bar in cooling compressors for technical gases.
Scheduled maintenance with Tempco Service is the smartest solution to always ensure maximum efficiency and operational continuity of thermal machines and thermoregulation and temperature control systems.
The use of original spare parts in thermoregulation, cooling, and energy recovery systems, for heat exchangers, pumps, valves, and controls, ensures maximum process efficiency and operational continuity.
Maintenance intervention with gaskets replacement on flanges in a cogeneration plant in operation since 2014 with Tempco heat exchangers, specifically a brazed plate exchanger on jackets and a shell and tube exchanger on fumes heat recovery.
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.
Free flow plate heat exchangers for energy recovery from hot waste water coming from dyeing baths used in the textile industry, the low heat exchange coefficient is balanced by ease of maintenance.
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.
