LNG & Cryogenic Control Valve Solutions
Engineered LNG and cryogenic control valve solutions for liquefied natural gas production, storage, regasification, low-temperature service, pressure regulation and safe process flow control in cryogenic pipeline systems.
LNG & Cryogenic Control Valve Solutions for Low-Temperature Service
LNG production, storage, loading, regasification and cryogenic pipeline systems require control valves designed for low-temperature media, stable pressure regulation, safe flow control and reliable sealing. MacoTango Valve provides LNG and cryogenic control valve solutions for liquefied natural gas, low-temperature gas service and severe pressure drop applications.
- Low-temperature material and extended bonnet options for cryogenic service
- Stable pressure regulation for LNG storage, loading and regasification systems
- Pneumatic and electric actuator packages for automated LNG process control
High Pressure Control Valve
For LNG Pressure Regulation
Cage Guided Control Valve
For Low-Noise Pressure Drop
Sleeve Control Valve
For Stable Throttling Service
Single Seated Control Valve
For Accurate Cryogenic Flow
Three Way Control Valve
For Mixing and Diverting Service
Pneumatic Control Valve
For Automated LNG Systems
Typical Applications
LNG and cryogenic control valves are used in liquefied natural gas production, storage, loading, regasification and low-temperature pipeline systems where stable pressure regulation, safe flow control and reliable sealing are required.
LNG Production Process Control
Control valves for LNG liquefaction, gas treatment, low-temperature process lines and pressure regulation.
Cryogenic Storage Systems
Stable control for LNG storage tanks, low-temperature media transfer and tank pressure management.
LNG Loading & Unloading
Control valves for LNG terminals, loading arms, unloading stations and cryogenic transfer pipelines.
Regasification Systems
Control valves for LNG vaporization, send-out lines, pressure control and downstream gas regulation.
Cryogenic Pressure Letdown
Valves for high pressure drop service, low-temperature throttling and stable downstream pressure control.
Boil-Off Gas Control
Control valves for BOG handling, gas recovery, vent control and safe operation in LNG facilities.
Get LNG & Cryogenic Control Valve RFQ Support
Send your LNG or cryogenic control valve datasheet, working conditions or low-temperature process requirements. Our team can review LNG, cryogenic gas, pressure drop, operating temperature, flow range, materials, extended bonnet design, actuator type and leakage control needs before quotation.
LNG & Cryogenic Control Valve FAQ
Common options include cryogenic globe control valves, single seated control valves, cage guided control valves, sleeve control valves, high pressure control valves and pneumatic or electric actuated control valves. The final selection depends on the medium, operating temperature, pressure drop, flow range, leakage class and cryogenic design requirements.
Please provide the process medium, normal / minimum / maximum flow, inlet pressure, outlet pressure or pressure drop, operating temperature, pipe size, pressure class, required valve size or Cv if available, actuator type, leakage class, low-temperature material requirement and quantity.
Material selection should be based on the cryogenic medium, minimum design temperature, pressure class and applicable project requirements. Stainless steel body materials, suitable trim, low-temperature packing and extended bonnet structures may be reviewed before quotation for LNG and cryogenic service.
Yes. MacoTango Valve can review pneumatic and electric actuator packages together with positioners, control signals, fail action, solenoid valves, limit switches and other accessories for automated LNG and cryogenic process control.
Cryogenic pressure letdown applications may require review of pressure drop, noise, flashing, cavitation, trim design, extended bonnet design, actuator response, leakage control and stable downstream pressure regulation. Sharing complete working conditions helps us suggest a more suitable LNG control valve solution.