Tempco’s PCHE exchangers at the mcT Hydrogen on April 14
Tempco PCHE exchangers at mcT Hydrogen in hydrogen refueling stations and gas cooling in multistage compressors, and for use as pre-heaters for turbines in the Oil & Gas sector.
Tempco PCHE exchangers at mcT Hydrogen in hydrogen refueling stations and gas cooling in multistage compressors, and for use as pre-heaters for turbines in the Oil & Gas sector.
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.
ASME certification with CRN code for the installation of Tempco brazed plate heat exchangers in the Canadian market, ensuring full compliance with local safety standards for pressure equipment.
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.
Two innovative, high-efficiency heat exchangers specifically designed with features that make them ideal for liquid cooling applications in modern high density AI and HPC data centers.
TCU temperature control unit with thermal oil circuit supplied by Tempco for test benches in testing radiators for Dallara Automobili racing supercars.
Air/water exchanger for air temperature control in thermoforming line for medical tubing production. The exchanger was made of UNI6082 aluminum with ElectroFin treatment for corrosion resistance and sanitizability of the surfaces.
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.