Home PRODUCTSCertified GB/ASME LNG Storage Tanks: 100m3 and 150m3 Cryogenic Tanks
Certified GB/ASME LNG Storage Tanks: 100m3 and 150m3 Cryogenic Tanks

Certified GB/ASME LNG Storage Tanks: 100m3 and 150m3 Cryogenic Tanks

Certified GB/ASME LNG Storage Tanks: 100m3 and 150m3 Cryogenic Tanks

HNJS offers a comprehensive range of cryogenic LNG (Liquefied Natural Gas) storage tanks, including robust 100m³ and 150m³ models, designed for diverse applications across the

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Certified GB/ASME LNG Storage Tanks: 100m3 and 150m3 Cryogenic Tanks

HNJS offers a comprehensive range of cryogenic LNG (Liquefied Natural Gas) storage tanks, including robust 100m³ and 150m³ models, designed for diverse applications across the LNG industry. These tanks are crucial components in various installations, including LNG regasification facilities, LNG and CNG refueling stations supporting alternative fuel infrastructure, LNG production plants, power generation facilities seeking cleaner energy sources, large-scale LNG receiving terminals, and strategically important LNG peaking stations used to manage seasonal demand fluctuations.

Key Features and Benefits of HNJS Cryogenic LNG Storage Tanks:

Our cryogenic LNG storage tanks are engineered for optimal performance, safety, and longevity. We adhere strictly to internationally recognized standards, including GB (Chinese National Standards) and ASME (American Society of Mechanical Engineers) codes, guaranteeing quality and compliance. Furthermore, our tanks are offered at competitive, factory-direct prices, providing excellent value for your investment.

  • Versatile Applications:  Designed for use in LNG regasification stations, LNG & CNG refueling stations, LNG production plants, power generation, LNG receiving terminals, and LNG peaking stations.

  • Exceptional Insulation:  Utilizing high-efficiency perlite vacuum insulation to minimize boil-off and maintain consistent LNG temperature. This superior insulation reduces energy loss and operational costs.

  • Compliance & Certification:  Manufactured according to rigorous quality standards, including A2, C2, GC1, GB-150, ASME, U STAMP, and ISO9001:2008 certifications. These certifications provide assurance of design integrity, manufacturing quality, and safety.

  • Customizable Pressure Ratings: Standard maximum working pressures include 5 bar, 8 bar, 12 bar, and 16 bar.  We also offer customized pressure ratings to meet the specific requirements of your application.  Consult with our engineering team to determine the optimal pressure for your system.

  • Durable Construction:  The inner vessel is constructed from high-grade stainless steel for cryogenic compatibility and corrosion resistance. The outer shell is made from carbon steel, providing structural strength and protection.

  • Flexible Design Options:  Available in both vertical and horizontal configurations to suit your site layout and space constraints.

Detailed Specifications of HNJS Cryogenic LNG Storage Tanks:

No.ModelCapacity (m³)Max. Working Pressure (MPa)MediumOutline Size (mm)Net Weight (KG)
1CFL-5/0.850.8LNGΦ1916*50403830
2CFL-10/0.8100.8LNGΦ2316*58085465
3CFL-15/0.8150.8LNGΦ2316*77257530
4CFL-20/0.8200.8LNGΦ2416*89229370
5CFL-30/0.8300.8LNGΦ2916*857412650
6CFL-50/0.8500.8LNGΦ3116*1137818310
7CFL-60/0.8600.8LNGΦ3016*1446521960
8CFL-100/0.81000.8LNGΦ3424*1766636150
9CFL-150/0.81500.8LNGΦ3728*2112851200

Understanding LNG Storage Tank Technology:

A liquefied natural gas (LNG) storage tank is a highly specialized container designed to hold natural gas in its supercooled liquid state. These tanks are critical for storing and transporting LNG, facilitating its use as a cleaner and more efficient energy source.  LNG storage tanks can be situated above ground, below ground, or even onboard specialized LNG carriers.

The key to effective LNG storage is maintaining the gas in its liquid form.  This is achieved through sophisticated cryogenic systems and robust insulation that minimizes heat ingress.  These systems often incorporate auto-refrigeration techniques to precisely control the temperature and pressure within the tank, preventing boil-off and ensuring safe and efficient LNG storage. The complexity and engineering precision involved in these systems are paramount to their safe operation."

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