How does steam conditioning work?
Steam flows through multi-stage pressure-reducing trims, then water is injected usually via nozzles or manifolds into the turbulent expansion zone. This achieves efficient desuperheating and reduced outlet steam velocity
Advantages steam conditioning...
• Integrated pressure and temperature control
• Low noise and vibration (multi‑staged trims)
• Precise temperature control (± 5–8 °C saturation)
• Efficient spray water atomisation for fast response
• Tight shut-off (up to Class V)
• Low noise and vibration (multi‑staged trims)
• Precise temperature control (± 5–8 °C saturation)
• Efficient spray water atomisation for fast response
• Tight shut-off (up to Class V)
Technical Parameters:
Pressure Ratings
CL150, CL300, CL600, CL900, CL1500, CL2500, CL4500 (PN10, PN16, PN25, PN40, PN63, PN100)
Temperature Range
Typical rating up to 630 °C; many models certified up to ~600 °C depending on design.
Size Range
Common inlet sizes DN25–DN600 (NPS 1–24), with outlet sizes up to DN 1000 (NPS 40); some bespoke designs up to DN 1200.
Materials
Stainless steel, carbon steel, alloy steels (e.g. F22, F91), forged bodies to handle stress and high-temperature steam.
Industry Application:
Nuclear
Power
Oil & Gas
Media Type:
Water
Steam
