Chinas Yingkou LNG Station Advances After Valve Inspections

If liquefied natural gas (LNG) receiving terminals are the "lifeline" of energy security, then the critical valves serve as the "heart" of this lifeline. Any malfunction in these vital components could jeopardize the entire energy supply system. In a significant development, the first batch of imported cryogenic butterfly valves for the COHBG Yingkou LNG Terminal Project successfully passed inspection on August 26, marking a crucial milestone for the project's accelerated progress.

The inspection process saw all participating units adhere to stringent quality control measures, conducting comprehensive evaluations of these core components according to established protocols. The verification process included:

• Visual Inspection: Ensuring valves showed no external damage and met highest integrity standards
• Weld Quality Testing: Verifying weld integrity to guarantee sealing performance and safety compliance with industry benchmarks
• Operational Mechanism Testing: Confirming smooth valve operation without sticking or resistance
• Product Documentation Review: Validating complete and legible identification plates containing all critical specifications

After thorough examination, all parties confirmed the imported cryogenic butterfly valves fully complied with technical specifications and installation requirements, clearing them for subsequent construction phases. This successful outcome reflects the project team's meticulous attention to detail throughout the process.

The successful inspection carries profound significance for the Yingkou LNG Terminal Project:

• Accelerated Material Procurement: Marks the transition from preparatory phase to active implementation for pipeline system components, ensuring stable material supply for large-scale installation work
• Overcoming Technical Bottlenecks: Timely delivery of critical equipment prevents potential project delays and removes implementation obstacles

The joint inspection showcased exceptional coordination among participating units. Teams maintained seamless collaboration across technical coordination, process management, and quality verification—balancing strict quality control with operational efficiency. This demonstrated professional rigor and comprehensive project execution capabilities that form the foundation for project success.

Moving forward, all parties will continue operating with precision and dedication. Building on this successful inspection, teams will systematically advance subsequent critical equipment verification and technical installation tasks to ensure the LNG terminal achieves operational status according to schedule while meeting all quality standards. With this coordinated effort, the Yingkou LNG Terminal Project stands poised to make significant contributions to national energy security infrastructure.