Nozzles and Connections

Nozzles and connections in evaporator bodies/vessels are critical interface components that facilitate the controlled entry and exit of process fluids (feed, vapor, condensate, and non-condensable gases). They consist of welded or flanged attachments integrated into the vessel shell, featuring standardized end connections (flanges, threads, or weld ends) compatible with piping systems. These components ensure proper flow distribution, pressure containment, and thermal management while maintaining structural integrity under cyclic thermal and mechanical stresses.

Nozzles and connections operate by providing sealed, pressure-rated pathways for fluid transfer between the evaporator vessel and external piping. They utilize gasketed flange joints, threaded couplings, or welded joints to maintain containment integrity. The nozzle geometry (diameter, reinforcement, and orientation) is engineered to minimize pressure drop, prevent vortex formation, and distribute thermal stresses evenly across the vessel wall. Connections incorporate alignment features and sealing surfaces to ensure leak-free operation during thermal expansion/contraction cycles.