The Liquid Hydrogen Vacuum Insulated Cryogenic Pipe is an ultra-low temperature pipeline system specifically engineered for the transportation of liquid hydrogen (LH2). This specialized piping solution incorporates advanced design elements to meet the demanding requirements of liquid hydrogen applications.
Key components including multi-layer insulation barriers, cryogenic expansion joints, specialized adsorbents, and cryogenic insulation supports have been developed specifically to address the unique challenges of liquid hydrogen transportation, ensuring optimal performance and safety in extreme temperature environments.
The Liquid Hydrogen Vacuum Insulated Cryogenic Pipe is an ultra-low temperature pipeline system specifically engineered for the transportation of liquid hydrogen (LH2). This specialized piping solution incorporates advanced design elements to meet the demanding requirements of liquid hydrogen applications.
Key components including multi-layer insulation barriers, cryogenic expansion joints, specialized adsorbents, and cryogenic insulation supports have been developed specifically to address the unique challenges of liquid hydrogen transportation, ensuring optimal performance and safety in extreme temperature environments.
Product Features
● Enhanced Vacuum Performance - Superior vacuum insulation compared to standard vacuum tubes, delivering exceptional thermal insulation performance
● Minimal Evaporation Loss - Significantly reduced boil-off gas (BOG) generation, making it ideal for transporting high-value cryogenic liquids with maximum economic efficiency
● Advanced Adsorption System - Integrated multi-component composite adsorbent provides excellent vacuum maintenance and extends vacuum service life
● Certification Compliance - Meets product certification requirements of leading classification societies including DNV, CCS, and ABS
● Robust Construction - Engineered with materials specifically selected for cryogenic hydrogen service
● Customizable Design - Flexible configuration options to meet specific project requirements and installation constraints
Application Scenarios
● Liquid hydrogen production facilities
● LH2 storage and transportation systems
● Hydrogen refueling stations and infrastructure
● Liquid hydrogen filling operations
● Industrial hydrogen applications
● Research and development facilities working with cryogenic hydrogen
● Energy storage and distribution systems
The Liquid Hydrogen Vacuum Insulated Cryogenic Pipe is specifically developed for liquid hydrogen transportation and plays a critical role throughout the entire liquid hydrogen value chain, including production, storage, transportation, filling, and end-use applications.
Product Features
● Enhanced Vacuum Performance - Superior vacuum insulation compared to standard vacuum tubes, delivering exceptional thermal insulation performance
● Minimal Evaporation Loss - Significantly reduced boil-off gas (BOG) generation, making it ideal for transporting high-value cryogenic liquids with maximum economic efficiency
● Advanced Adsorption System - Integrated multi-component composite adsorbent provides excellent vacuum maintenance and extends vacuum service life
● Certification Compliance - Meets product certification requirements of leading classification societies including DNV, CCS, and ABS
● Robust Construction - Engineered with materials specifically selected for cryogenic hydrogen service
● Customizable Design - Flexible configuration options to meet specific project requirements and installation constraints
Application Scenarios
● Liquid hydrogen production facilities
● LH2 storage and transportation systems
● Hydrogen refueling stations and infrastructure
● Liquid hydrogen filling operations
● Industrial hydrogen applications
● Research and development facilities working with cryogenic hydrogen
● Energy storage and distribution systems
The Liquid Hydrogen Vacuum Insulated Cryogenic Pipe is specifically developed for liquid hydrogen transportation and plays a critical role throughout the entire liquid hydrogen value chain, including production, storage, transportation, filling, and end-use applications.

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