Applications involving seawater and low temperatures require the use of titanium or duplex steel for plate heat exchangers—including both the plates and the connections—along with specialized mechanical design calculations. PCHE units represent an excellent solution.
Liquid cooling and heat recovery systems enhance efficiency and energy savings within data center cooling ecosystems, as higher outlet temperatures make cold plates and immersion cooling even more attractive options.
Temperature Control Units (TCUs) pre-assembled and factory-tested to ensure rapid commissioning for revamping projects in pharma production. These units offer a “plug & play” solution with a compact design, ideal for environments where space is limited.
Remote automation and monitoring of TREG temperature control units (TCUs) for ATEX zones, featuring a configuration with a separate control panel installed in a safe area; this enables the integration of advanced control systems, maximizing efficiency and safety.
Tempco brazed plate heat exchangers (BPHEs) in CDUs used for liquid cooling, employing cold plates technology or direct hardware immersion in dielectric fluids, for the sustainable cooling of high-power-density data centers.
For ATEX-zone temperature control units (TCU), maximum temperature control efficiency can be achieved through a dual configuration: by installing the control panel in a safe zone, advanced electronics can be used without the constraints imposed by ATEX regulations.
Brazed plate heat exchangers available for immediate delivery from Tempco to meet urgent needs and replacement requirements; the Italian warehouse stock of over 1,000 units is crucial for preventing plant and production downtime.
Design and sizing of temperature control units (TCUs) based on batch production – typical of the pharmaceutical and chemical industries- which requires a departure from standard sizing rules, such as those used for expansion vessels.
Single-fluid temperature control for a glass-lined pharmaceutical reactor: a single fluid circulates through the reactor jacket, with its temperature regulated externally by three utility fluids—glycol, water, and steam—to prevent thermal shock and cracking of the glass lining.
Five thermal calculation parameters required to size heat exchangers, including fluid inlet and outlet temperatures, flow rates, and fluid pressure – the latter being critical for gases.
