Highly effective in responding to international environmental regulations by dramatically reducing harmful emissions such as nitrogen oxides (NOx) and carbon dioxide (CO₂) through LNG fuel use.

Excellent economic efficiency with significant long-term fuel cost reduction as LNG has a lower unit price and higher thermal efficiency compared to conventional bunker oil.

Smooth approval procedures from classification societies and regulatory authorities by satisfying IGF Code and other international safety regulations and environmental certification requirements.

Feasible to process various low-flashpoint fuels, including methanol, LPG, and ammonia, enabling a flexible response to green fuel transitions. Applicable to both new vessel construction and existing vessel retrofits.

Reduce energy consumption with a single-pump design and optimized control. Highly efficient and economical for long-term operation.

Designed to meet IGF Code and international safety regulations. Controls pressure and temperature, considering low-flashpoint fuel characteristics. Ensures operational stability with dual safety devices and leak detection systems.

Stably manages cargo throughout loading, storage, and unloading processes. Enhances work efficiency and minimizes labor burden through automation and remote control functions.

Designed to minimize energy consumption during the cargo transfer process. Enables rapid unloading and loading, shortening port stay time and optimizing operation schedules.

Complies with IMO and international safety regulations for hazardous cargo transport. Ensures transport safety by preventing overpressure and temperature anomalies, detecting leaks, and applying emergency shut-off devices.