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Concise Overview of LNG (Liquefied Natural Gas) Cryogenic Breakaway Valve Knowledge
2021-08-10(Note: The translation adheres to technical accuracy while prioritizing clarity and industry-standard terminology.)More + -
Why is a Breakaway Valve Installed on LNG Loading Arms?
2021-08-10The valve automatically severs and seals both ends of the connection instantly, minimizing LNG leakage, avoiding equipment damage, and ensuring the safety of personnel, facilities, and the environment. This design aligns with international safety standards (e.g., OCIMF, ISO 28460) for hazardous fluid transfer.More + -
Core of Refueling Safety Protection: Replacement of LNG Emergency Release Valves Must Not Be Overlooked
2021-08-10Conclusion: Ignoring replacement compromises the entire safety chain. Regular maintenance is non-negotiable for protecting lives, assets, and the environment.More + -
Are You Aware of the Precautions for Using LNG and Oxygen/Nitrogen/Argon Breakaway Valves?
2021-08-10Remember: Neglecting these precautions can lead to leaks, explosions, or equipment failure. Always adhere to standards like ISO 28460 (LNG) and CGA G-4.1 (Oxygen).More + -
Brief Overview of Cryogenic Liquid Nitrogen Breakaway Valves
2021-08-10Note: These valves are single-use devices—must be replaced after triggering. Regular inspection for frost damage, seal wear, and structural integrity is essential to ensure reliability.More + -
Brief Overview of Ultra-Low Temperature Liquid Argon Breakaway Valves
2021-01-09Note: These valves are disposable upon activation. Regular inspections for frost damage, seal degradation, and mechanical wear are mandatory to uphold safety protocols.More + -
LNG Cryogenic Breakaway Valves: An Intelligent Choice for Safety Assurance
2021-01-02These valves exemplify proactive safety engineering, transforming worst-case scenarios into controlled, isolated events. Their deployment is non-negotiable in LNG infrastructure—where prevention outweighs reaction.More +