Core Systems & Technical Features

1. Fully Skid-Mounted Modular Integrated Design
   The station employs a fully factory-prefabricated modular skid structure. Core equipment, including the vacuum-insulated LNG storage tank, cryogenic submersible pump skid, efficient ambient air vaporizer, BOG recovery unit, and dual-nozzle dispenser, undergoes all piping connections, pressure testing, and system commissioning before leaving the factory. This "transport as a whole, assemble rapidly" design reduces on-site construction time by approximately 60%, significantly minimizing impact on the surrounding environment and road traffic.
2. Intelligent Operation & Unattended System
    Achieving integrated operation encompassing automatic vehicle identification, online payment, remote monitoring, and data analysis. The system supports 24/7 unattended operation, featuring equipment health self-diagnostics, automatic safety alert, and remote. It can seamlessly integrate with existing refueling station management systems, enhancing operational efficiency and management.
3. High-Standard Safety & Environmental Design
   The design strictly adheres to Sinopec's corporate standards and national regulations, establishing a multi-layered safety system:
   • Inherent Safety: The storage tank and pressure piping system incorporate dual safety relief design; critical valves and instruments hold SIL2 safety certification.
   • Intelligent Monitoring: Integrates laser gas leak detection, flame detection, and video analytics for comprehensive, gap-free station safety monitoring.
   • Emission Control: Equipped with a full BOG recovery unit and a near-zero VOC (Volatile Organic Compounds) emission treatment system, meeting the stringent environmental requirements of the Yangtze River Delta region.
4. Scalability & Networked Synergy
   The skid-mounted modules offer excellent scalability, supporting future capacity expansion or compatibility with multi-energy supply functions like CNG and charging. The station can achieve inventory synergy and dispatch optimization with neighboring refueling stations and storage terminals, providing nodal support for regional energy networked operation.