Cryogenic Tank

CRYOGENIC STORAGE TANK

The Fete Vessel cryogenic storage tank is a cost-effective choice for customers. It features lightweight construction, low evaporation rates, and reliable quality. Fete Vessel offers various options, including single-containment LNG, bimetal full-containment LNG, cluster, and industrial gas storage tanks. Additionally, It provides EPC solutions for LNG reserve peak-shaving stations, LNG storage stations, LNG gasification stations, and industrial gas storage stations.

- Design Code: API 620, GB/T26978

- Capacity: 500~50000 m³

- Material:

- Inner Tank: S30408/SA-240 304

- Outer Tank: S30408/SA-240 304

SINGLE CONTAINMENT LNG TANK

The single-containment LNG tank is a double-walled structure consisting of an inner and outer tank. The inner tank is designed to store cryogenic liquid, while the space between the inner and outer tanks is filled with insulating material and sealed with nitrogen. The outer tank, which does not store liquid, is made of low-alloy or carbon steel. This tank type requires an external dike and is known for its mature technology and low initial investment.

- Design Code: API 620, GB/T26978

- Capacity: 500~30000 m³

- Material:

- Inner Tank: ASTM A240/S30408

- Outer Tank: ASTM A516/Q345R/16MnDR

BIMETAL FULL CONTAINMENT LNG TANK

The bimetal full-containment LNG tank consists of an inner and outer tank. The inner tank stores cryogenic liquid, while the outer tank stores the boil-off gas under normal conditions and can contain cryogenic liquid in case of leakage. The outer tank is made of stainless steel and is favored for its short construction period and lower cost than reinforced concrete full-containment LNG tanks.

- Design Code: API 620, GB/T26978

- Capacity: 5000~50000 m³

- Material:

- Inner Tank: S30408/ASTM A240

- Outer Tank: S30408/ASTM A240

CLUSTER TANK

The cluster tank is designed to store large-capacity pressurized cryogenic liquid. This system comprises several daughter tanks filled with liquid arranged within an insulated mother tank. The space between the daughter and the tanks is insulated with powder accumulation. This design allows for the storage of pressurized liquids, enables discharge without a pump, and reduces operating costs.

- Design Code: ASME BPVC VIII-1; GB/T 150

- Capacity: 1000~2500 m³

- Daughter Tank Capacity: 200 m³~250 m³

- Material:

- Daughter Tank: 30408/SA-240 304

- Mother Tank: ASME SA-516/Q345R/16MnDR