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.
Special TCU diathermic oil temperature control unit, with maximum design temperature of 300° C and magnetic drive pump, with UL construction for carbon fiber impregnation.
Tempco’s manual for the correct selection of spare parts for heat transfer plates and gaskets in plate heat exchangers, essential in order to ensure maximum efficiency, operational safety, and longevity.
High-temperature diathermic oil temperature control unit, with heating up to 300°C and power modulation using thyristors, for temperature regulation in a pharmaceutical reactor.
PCHE exchangers as gas turbine performance heater in oil and gas applications to increase performance while ensuring process stability and also leveraging heat recovery for maximum efficiency.
Tempco temperature control unit for thermal control in the molding of carbon fiber parts for high-performance vehicles. Temperature regulation is essential for the material’s properties.
Tempco TREG temperature control units used in test benches built at the University of Bologna for the study of high-efficiency combustion techniques in traditional gasoline and diesel engines.
Tempco single-fluid temperature control units for applications in the chemical and pharmaceutical industries, for thermostating glass-lined reactors with wide temperature ranges from -30 to +300°C.
TCU temperature control unit with thermal oil circuit supplied by Tempco for test benches in testing radiators for Dallara Automobili racing supercars.
