LNG Regasification Plant

In the context of energy globalization, refined design is critical to ensuring LNG plant efficiency, safety, and cost-effectiveness. Our company has a team of engineers with over 30 years of experience in cryogenic liquefaction, familiar with international standards such as API, ASME, ISO, and EN. We customize designs based on raw gas composition (e.g., methane content, impurity types) and production scale, optimizing refrigeration cycle parameters, heat exchanger networks, and BOG recovery systems to achieve a specific energy consumption. We avoid standardized templates, ensuring each plant adapts to unique feed conditions and output requirements.

Our company strictly implements ISO9001 quality management system and ISO14064 carbon management standards throughout the project lifecycle, covering design, procurement, construction, and commissioning. During design, process simulation (using HYSYS) verifies liquefaction efficiency and safety margins; key equipment (compressors, cryogenic heat exchangers, storage tanks) undergoes third-party inspection (including pressure testing and leak detection); construction follows strict welding procedures for cryogenic pipelines (with UT/RT testing); commissioning includes 100-hour continuous operation to verify LNG purity, production capacity, and energy consumption. This systematic approach ensures on-time delivery and compliance with design indicators.

We regard product quality as the foundation of safe LNG production. Each plant undergoes rigorous quality control: cryogenic materials (e.g., 304L stainless steel, aluminum alloy 5083) meet low-temperature toughness requirements (impact test ≥27 J at -196℃); key components (compressors, valves) are sourced from top international brands with a service life of ≥20 years; the plant achieves a start-up success rate of 100% and a stable operation rate of ≥95% (excluding maintenance). We provide complete quality documentation, including material certificates, cryogenic performance reports, and safety certifications.

Efficient service ensures continuous and safe LNG production. Upon receiving a service request, our technical team provides initial feedback within 12 hours (24/7) via phone, email, or video. For remote issues (e.g., parameter optimization), we guide resolution within 24 hours; for on-site needs, engineers are dispatched within 48 hours (domestic) or 72 hours (international). We also offer regular maintenance plans (including heat exchanger cleaning and refrigerant replenishment) to minimize downtime.

Our company provides EPC turnkey projects for customized LNG Regasification Plant, as well as technical services such as process optimization and operator training. For customers requiring LNG supply, we offer joint venture models (co-investing in plants and sharing output) to reduce initial investment pressure.