Precautions for using liquid nitrogen storage tanks

Refrigerated storage tanks can be used as an alternative to reverse gas cylinder transportation. Therefore, it can save human and material resources to some extent. The biggest feature of refrigerated tanks is their relatively long service life.

When a fire gets out of control, it is necessary to closely monitor the burning situation of the LNG storage unit and take contingency measures such as emergency evacuation of the hazardous area in a timely manner.

The latest technological progress of LNG storage tanks is mainly reflected in the independent research and development of complete sets of full-capacity LNG storage tanks

Strict production procedures ensure the safe and efficient operation of nitrogen storage tanks

Cryogenic tanks are stationary, pressure vessels with vacuum insulation for long-term storage of cold liquids with high performance conventional insulating material such as expanded polyurethane and low evaporation rate.

Ensuring the safe operation of low-temperature storage tanks involves various considerations.

Liquid nitrogen storage tanks should be handled with care to prevent collision and extrusion. Do not drag on the ground when moving, but lift it up. Usually, it should be stored in a dry and well-ventilated room to prevent moisture.

The volume of the storage tank is limited.

Common application areas of liquid nitrogen storage tanks

When draining the self-pressurized liquid nitrogen tank, the boosting valve and the inlet/discharge valve are open, and only the vent valve is closed.

Cryogenic tank containers have 22 bar pressure and can transport a wide range of LNG products, including nitrogen, argon, oxygen, CO₂, N20, LNG, and ethylene. Furthermore, our tanks are sturdy and adaptable, providing excellent payload performance and unique solutions.

Use and maintenance of cryogenic argon tanks

Daily inspection of cryogenic storage tanks.

The insulation of liquid nitrogen storage tanks is the key to ensure their efficient operation and safe use.

Inspection of cryogenic storage tanks is broken down into three categories: multi-surface, internal, and external.

Stirage tanks that meet GB and ASME codes have capacities ranging from 5 to 300 m3, and their design pressures can reach 22 bar (PED) or 24 bar (ASME), depending on the needs of the customer. They withstand earthquakes and strong winds thanks to their support legs.

Both hazardous and non-hazardous commodities, including liquids, powders, and gases, are transported and stored in tank containers. ISO tanks are composed of stainless steel, insulated, and covered in polyurethane or aluminum for protection. They are therefore a secure and safe choice for moving a broad range of items.

Low-temperature storage tanks are crucial for storing cryogenic liquids like LNG (liquefied natural gas).

Explore the pivotal role of fast chill technology in low-temperature storage tanks with this insightful article.

Application of new reinforced concrete structure and computer simulation technology, Comprehensive breakthrough in the design and construction technology of ultra-large volume storage tanks.

In the realm of medical and industrial applications, precision is paramount.

The current development status and technological advancement of cryogenic storage tanks in different countries are mainly reflected in the continuous optimization and innovation of design, building and construction processes.

The capacity of liquid nitrogen storage tanks is usually measured in liters or cubic meters, and the size of the tank is determined according to demand.

The precautions of liquid nitrogen storage tank.

Insulate the pipeline to prevent the equipment from freezing and cracking, when taking external slow warming measures, but prohibit the use of open flame direct baking or heating methods.

Low-temperature storage tanks are integral in various industries, facilitating the safe preservation of substances at extremely cold temperatures.