Safely meet market demands and operate efficiently
LNG Unloading, Storage, and Regasification Solutions
An LNG receiving terminal accommodates the unloading of vessels and has large insulated holding tanks designed to keep the LNG at atmospheric temperature. A vaporization system is used to return the LNG to a gaseous state prior to distribution in a natural gas pipeline system..
What's your opportunity?
- Maintain stable regasification operations under all conditions
- Efficiently minimize energy consumption and emissions
- Improve personnel and equipment safety
- Efficiently manage customer delivery expectations
- Reduce total cost of unloading arms
Featured LNG Unloading, Storage, and Regasification Solutions
Ensure safe, zero leakage shutoff in challenging jetty operations including isolation, flow modulation, and emergency shutdown.
- Minimize product loss and emissions with welded, ultra low emission designs
- Trapped cavity risk eliminated
- Top entry design for in-line maintenance
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Protect the compressor from damaging surge events with quick and accurate valve response to immediately recycle the discharge flow.
- Cryogenic construction due to the temperature of the boil-off gas
- Noise-attenuation trim
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Inject regasified LNG into the natural gas network with pressure reducing and metering stations.
- Pressure regulators and overpressure protections for safe and accurate operations
- Reliable flow measurement to accurately identify the quantity of LNG injected in the pipeline
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Achieve long life, intelligent, automated isolation in corrosive seawater applications.
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Protect against vapor ignition by reducing the temperature and momentum of a flame.
- Designed for unstable detonation
- Larger flame channels for lower pressure drop and less frequent maintenance
- The range covers both unconfined and confined applications and gas groups B, C, and D
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Reduce vessel penetrations, product waste, and
maintenance costs.
- Highest flow available on the market enables the use of smaller valves for the same required capacity
- Simple self-guiding seat design allows for repeatable seat tightness
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Minimize the total installed cost of unloading arms with zero leakage cryogenic valves optimized for space and weight.
- BC-shaped ball reduces top flange diameter by 40%
- Up to 30% weight reduction versus traditional designs
- Compact, reliable, robust automation
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Shut off the flow of a hazardous gas upon detection of a dangerous event.
- Torque-assisted elastic metal seal ensures continuous bi-directional, zero leakage performance
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