LNG full containment tanks are an important equipment for storing liquefied natural gas, and their advantages lie not only in their large storage capacity but also in their space-saving ability. Below, we will introduce the advantages of LNG full containment tanks.

Its advantage is safety. LNG full containment tanks use zero leakage technology, ensuring the integrity of the gas during both storage and transportation. Moreover, since the ignition point is much higher than that of gasoline and diesel, in the event of a leak from the LNG full containment tank, friction and impact cannot cause a fire, which can prevent many casualties and property losses.

The advantage is environmental protection. LNG full containment tanks can store LNG and utilize underground reservoirs under high temperature and low pressure to achieve the application of clean energy. Additionally, the production of LNG is at least 25% less than that of traditional petrochemical fuels, which can reduce greenhouse gas emissions, curb air pollution, and protect the ecological environment.

The third advantage is economic efficiency. The zero leakage technology of LNG full containment tanks can reduce the loss of the tanks and lower transportation costs. At the same time, as clean energy becomes increasingly valued, the market demand for LNG full containment tanks will continue to grow, promising to become an industrial breakthrough point and contribute to economic development.

In the application of LNG full containment tanks, they can enhance energy security, environmental protection, and economic efficiency, reducing losses and pollution. The future prospects are broad, and they play an irreplaceable role. We can also reflect on our own lives, pay more attention to environmental protection, adopt clean energy, and keep the Earth beautiful.

With the growth of energy demand and the strengthening of environmental protection requirements, LNG is gradually becoming a major energy source. The storage of LNG is a key link, and LNG full containment tanks are widely used due to their safety and other advantages.

The process principle of LNG full containment tanks is to store liquid LNG inside while maintaining a constant nitrogen atmosphere within the tank to reduce the formation of LNG vapor. Since the liquefaction temperature of LNG at normal pressure is low, it needs to be stored in a low-temperature environment.

Therefore, LNG full containment tanks are equipped with two layers of gradually depressurized thermal insulation barriers to ensure that the temperature of the inner tank remains below -162°C. In addition, LNG full containment tanks are also equipped with special pressure relief and pressure maintenance devices to ensure the safety of the tank.

In addition to ensuring storage safety, LNG full containment tanks also reduce losses caused by LNG evaporation through a constant nitrogen atmosphere. At the same time, LNG full containment tanks have a high storage density, allowing for the simultaneous storage of a large amount of LNG, thereby reducing supply risks and costs.

In summary, the process principle of LNG full containment tanks is to achieve the safe storage of LNG in a low-temperature environment through insulation layers, pressure relief and maintenance devices, and a constant nitrogen atmosphere. This structure is widely used in the storage and transportation of LNG, becoming an important part of the LNG industry.