Since LNG storage tanks involve high pressure and extremely low temperature environments, safety is a key factor in design and operation.
Insulation layer: In order to keep the LNG low temperature, the tank usually has multiple layers of insulation materials, such as foam, vacuum insulation, etc., to prevent heat transfer.
This type of tank is usually installed on the ground and is commonly found in LNG receiving stations or large storage facilities.
An LNG storage tank is a storage tank that is specifically intended to hold liquefied natural gas. A frequent feature of LNG storage tanks is their ability to store LNG at temperatures as low as -162 °C (-260 °F).
LNG storage tanks are widely used in LNG receiving stations
LNG storage tanks are important facilities for storing liquefied natural gas.
LNG tanks have various structures, including vertical LNG tanks, horizontal LNG tanks, vertical mother-child tanks and atmospheric pressure tanks.
LNG storage tanks are specialized equipment used to store liquefied natural gas (LNG) with a high degree of sealing and thermal insulation.
LNG storage tanks are containers specially designed for storing liquefied natural gas (LNG).
LNG refers to liquefied natural gas, a cryogenic liquid stored at minus 162 degrees Celsius. During the storage of LNG, long-term storage will cause LNG to be easily stratified.
Working Principle of LNG (Liquefied Natural Gas) Tank Vaporizer
LNG tanks, or liquefied natural gas tanks, are containers used to store liquefied natural gas.
Cryogenic liquefied natural gas storage tanks (LNG storage tanks) are usually equipped with advanced leak detection systems
Insulation system of cryogenic liquefied natural gas storage tank (LNG storage tank)
LNG filling station
LNG (Liquefied Natural Gas) storage tanks are specialized equipment used to store liquefied natural gas.
The basic equipment of LNG filling stations includes storage tanks, vaporizers, pressurizing equipment, filling machines, metering systems, control systems, safety systems, cooling systems, emission treatment systems and auxiliary facilities.
Temperature and pressure monitoring: Maintain real-time monitoring of the temperature and pressure inside the tank to ensure that LNG is always within the designed safety range.
Since LNG storage tanks need to maintain extremely low temperatures, efficient insulation materials are considered during design to reduce heat transfer and evaporation losses.
