Core Systems & Technical Features

1. Compliant Pure LNG Propulsion & CCS Certification
   The vessel employs a pure LNG-fueled main engine. The power system and the overall ship design strictly adhere to the Guidelines and passed CCS plan review, construction survey, and trial certification in a single attempt, obtaining  symbols covering gas fuel power and self-unloading functionality. This signifies that the vessel meets the highest industry standards for domestic inland vessels in terms of design safety, equipment selection, system integration, and construction quality.
2. Intelligent Stable Gas Supply & Zero BOG Emission Technology
   The core FGSS utilizes an adaptive pressure regulation and fully enclosed fuel management design. The system can precisely adjust the fuel gas supply pressure in real-time based on main engine load changes, ensuring supply stability. Through integrated BOG recovery and re-liquefaction (or re-supply) technology, it achieves near-zero emission of boil-off gas during fuel storage and use, enhancing energy utilization while eliminating the safety and environmental risks associated with BOG venting.
3. Energy Design Adapted to Self-Unloading Operations
   Tailored for the significant power load fluctuations during self-unloading operations, the gas supply system, ship power station, and hydraulic system feature  control design. During intensive unloading operations, the system automatically prioritizes and ensures stable gas supply to the main and auxiliary engines, preventing pressure fluctuations or supply interruptions caused by sudden load changes. This guarantees the continuity and efficiency of unloading operations and enables intelligent whole-ship energy management.
4. High-Reliability Safety Configuration & User-Friendly Operation
   The system design implements inherent safety principles, equipped with multiple safety interlocks (overpressure/underpressure protection, automatic leak detection, Emergency Shutdown - ESD), and achieves "one-touch" operation and fault self-diagnostics through a highly integrated intelligent control system. Its modular design and long-life core components significantly reduce daily maintenance complexity and frequency, realizing the goals of "safe and reliable operation, user-friendly handling, and low operational costs."