The Vital Role of Cryogenic Globe Valves in LNG Infrastructure
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- Time of issue:2025-10-14 11:33
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(Summary description)Cryogenic globe valves are a critical component within cryogenic systems handling liquefied gases such as LNG (liquefied natural gas). Engineered for precise flow control under extreme cryogenic conditions (down to -196°C), these specialized valves ensure safe and efficient operation across the entire LNG value chain—from production and storage to regasification, distribution, and end-use. Their robust construction incorporates features specifically designed for cryogenic service, making them indispensable for maintaining system integrity in harsh environments.
The Vital Role of Cryogenic Globe Valves in LNG Infrastructure
Cryogenic globe valves are a critical component within cryogenic systems handling liquefied gases such as LNG (liquefied natural gas). Engineered for precise flow control under extreme cryogenic conditions (down to -196°C), these specialized valves ensure safe and efficient operation across the entire LNG value chain—from production and storage to regasification, distribution, and end-use. Their robust construction incorporates features specifically designed for cryogenic service, making them indispensable for maintaining system integrity in harsh environments.
The Vital Role of Cryogenic Globe Valves in LNG Infrastructure
(Summary description)Cryogenic globe valves are a critical component within cryogenic systems handling liquefied gases such as LNG (liquefied natural gas). Engineered for precise flow control under extreme cryogenic conditions (down to -196°C), these specialized valves ensure safe and efficient operation across the entire LNG value chain—from production and storage to regasification, distribution, and end-use. Their robust construction incorporates features specifically designed for cryogenic service, making them indispensable for maintaining system integrity in harsh environments.
- Categories:Knowledge
- Author:
- Origin:
- Time of issue:2025-10-14 11:33
- Views:
Cryogenic globe valves are a critical component within cryogenic systems handling liquefied gases such as LNG (liquefied natural gas). Engineered for precise flow control under extreme cryogenic conditions (down to -196°C), these specialized valves ensure safe and efficient operation across the entire LNG value chain—from production and storage to regasification, distribution, and end-use. Their robust construction incorporates features specifically designed for cryogenic service, making them indispensable for maintaining system integrity in harsh environments.
Furui Group, established in Jiangsu, China in 2003, has consistently focused on developing high-quality engineered solutions for the energy sector. With a commitment to expanding into new energy areas including LNG, hydrogen, and petrochemicals, Furui leverages advanced manufacturing capabilities to produce equipment that meets stringent international standards such as API 623, BS1873, and BS6364. Their portfolio includes customized designs addressing unique project requirements worldwide.
Key technical specifications highlighting product excellence include:
- Item: Cryogenic Globe Valve
- Nominal Diameter (DN): ≤16" (DN400)
- Pressure Rating: ≤900 lb / PN15 MPa
- End Connection Options: RF, SW, BW flanges
- Design Standards: Compliant with API 623, BS1873, and BS6364
- Operating Temperature Range: -196℃ to +85℃
- Suitable Media: Compatible with various cryogenic liquids and gases, including LNG, O₂, N₂, Ar, etc.
- Body Material Options: CF3M, CF3, CF8M, CF8 (equivalent to F316L, F304L, F316, F304 stainless steel), ensuring excellent corrosion resistance at cryogenic temperatures
These valves provide exceptional sealing performance even under thermal cycling inherent in LNG transfer processes. The optimized body shape minimizes pressure drop while allowing straightforward maintenance—critical for reducing operational downtime in sensitive facilities such as floating terminals or land-based receiving stations. Rigorous quality control protocols guarantee reliability exceeding industry standards for leakage prevention and longevity under cyclic stress loads typical in dynamic piping networks transporting cryogenic hydrocarbons.
As the global transition toward cleaner fuels accelerates, demand surges for reliable cryogenic components capable of safely handling large volumes of LNG. Furui’s commitment to R&D ensures continuous improvement in material applications and manufacturing techniques, positioning their products at the forefront of LNG infrastructure development. Through collaborative partnerships grounded in mutual benefit, Furui empowers projects aiming for net-zero carbon futures by delivering essential cryogenic equipment engineered for extreme service conditions.
