Non-destructive flaw detection of cryogenic storage tanks

Low-temperature tanks, leveraging advanced cryogenic technologies

LNG tanks are mainly designed in two forms: horizontal and vertical. Each form has its own advantages and disadvantages and applicable scenarios.

Metal production, medical technologies, electronics, water treatment, energy generation, and the food industry all make use of liquefied gases.

LNG storage tanks are generally composed of an inner tank and an outer tank.

Insulation system of cryogenic liquefied natural gas storage tank (LNG storage tank)

LNG storage tank insulation design: LNG storage tanks usually have very good insulation performance to keep the low temperature of liquefied natural gas.

In order to reduce and avoid the occurrence of LNG tank failure accidents, regular monitoring and nondestructive testing are required.

LCO2 Cryogenic Pump has low temperature adaptability: LCO2 Cryogenic Pump is designed to handle liquid carbon dioxide in cryogenic environment.

A crucial determinant of LNG storage tank anti-corrosion performance is the strong atmospheric corrosiveness of the coastal region.

LNG tanks have various structures, including vertical LNG tanks, horizontal LNG tanks, vertical mother-child tanks and atmospheric pressure tanks.

Numerical Simulation and Key Performance Indicators (KPIs), Design and construction standards.

Low-temperature storage tank technology has witnessed a remarkable evolution,

Advantages of LNG tank containers