Heat Exchanger

Shell and Tube Heat Exchangers are applicable for heating, cooling, condensation and waste heat recovery processes in petrochemical, chemical, energy, power and general industrial production sectors.

GYRO provides engineering design, fabrication, installation and technical services for Industrial Heat Exchangers. Custom non-standard design is available in accordance with process media,

An exhaust gas heat exchanger recovers usable thermal energy from industrial exhaust and flue gas streams for process heating applications. We engineer custom heat-transfer equipment for

Are volatile solvent losses and erratic column pressure driving up your plant's operating costs? Our recovery tower condenser units are heavy-duty shell and tube vapor condenser systems engineered

High utility demand, limited temperature cross, and inefficient heat integration can increase process operating costs. Our feed product heat exchanger transfers heat from a hot product or effluent

The Acid Gas Preheater is used in natural gas processing, oil refining, and sulfur recovery units; through controlled heating, it addresses issues such as excessively low acid gas temperatures,

The reboiler is a core heat exchange component in distillation columns, stripping towers, and solvent regeneration systems. It is primarily responsible for continuously supplying heat to the liquid

GYRO customizes heat exchanger solutions for column bottom products based on material temperature, flow rate, viscosity, and fouling characteristics to help you reduce utility consumption; we support

The corrugated tube heat exchanger is a high-efficiency unit that enhances heat transfer through its corrugated design. Compared to standard smooth-tube heat exchangers, it offers superior heat

Heat transfer enhancement solution for threaded tube heat exchangers. The specialized threaded tube structure induces continuous fluid turbulence within the tubes, thereby improving heat transfer

If your project lacks the space to add more equipment but requires increased heat transfer capacity, a finned-tube heat exchanger is the superior choice. It is generally suitable for media with low

U-tube heat exchangers are designed for high-temperature applications involving large temperature differentials. The U-tube bundle effectively accommodates thermal expansion stresses, thereby