Cryogenic Tank

LCO2 Cryogenic Tanks are containers specifically designed to store liquid carbon dioxide (LCO2) and are designed to be safely stored at low temperatures and high pressures.

LNG tank vaporizer plays a key role in various applications, ensuring the flexibility and reliability of energy supply by converting liquid natural gas into gaseous natural gas.

Working Principle of LNG (Liquefied Natural Gas) Tank Vaporizer

LCO2 storage tank, that is, the insulation measures of liquid carbon dioxide storage tank

LCO2 tanks, i.e. liquid carbon dioxide tanks, are designed to be high pressure

LCO2 storage tank, that is, liquid carbon dioxide storage tank

Main Applications of Liquid Nitrogen Storage Tanks

Cooling and insulation of liquid nitrogen storage tank

Liquid nitrogen storage tank is a container specially designed for storing and transporting liquid nitrogen.

CO2 tanks are used in greenhouse cultivation to provide additional CO2 to promote plant photosynthesis and growth.

Liquid nitrogen storage tanks use vacuum insulation technology to effectively isolate heat transfer by creating a high vacuum layer between the inner and outer tanks.

LCO2 Cryogenic Pump (Liquid CO2 Low-Temperature Pump) is a device specially designed for transferring or delivering liquid carbon dioxide at extremely low temperatures.

LNG Low-Temperature Pump is a device specially used to transfer or transport liquefied natural gas at extremely low temperatures.

LNG tanks, or liquefied natural gas tanks, are containers used to store liquefied natural gas.

air-heated vaporizer is a type of vaporizer used to convert liquid gases into their gaseous form through the application of heat from the surrounding air.

“LCO2 storage tank” refers to a type of storage tank specifically designed for liquefied carbon dioxide (LCO2).

Cryogenic LNG storage tanks (LNG storage tanks) are facilities used to store and transport liquefied natural gas.

Cryogenic carbon dioxide storage tanks are used to store liquid carbon dioxide (CO₂) and adopt a double-layer structure.

At room temperature (20°C or 68°F), the saturated vapor pressure of liquid CO2 is about 57.8 atmospheres (5.8 MPa). To keep CO2 in a liquid state, the tank must be able to withstand at least this pressure.

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

LCO2 Cryopump (Liquid Carbon Dioxide Cryopump) is a cryopump specifically designed for liquid carbon dioxide (CO₂).

Cryogenic air-temperature vaporizer is a device used for gas storage and conversion

An air-cooled vaporizer is a device used to convert liquid gas (such as LPG, LNG or LCO2) into gaseous state.

LCO2 tanks are used to store liquid carbon dioxide.

In China, the production and use of carbon dioxide (CO₂) storage tanks must comply with GB 150 – “Pressure Vessel” standard

Leak detection of carbon dioxide (CO₂) storage tanks is critical because CO₂ leaks may not only lead to gas waste, but also pose a threat to the environment and personnel safety. Especially in closed or semi-closed environments, CO₂ leaks may cause suffocation or pose other safety hazards.

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

LNG (Liquefied Natural Gas) storage tanks are specialized equipment used to store liquefied natural gas.

Cryogenic liquid oxygen storage tanks are devices used to store liquid oxygen, which typically remains liquid at extremely low temperatures (approximately -183°C or -297°F).

Cryogenic liquid oxygen tanks usually adopt a double-layer structure, with the outer layer being an insulating layer to keep the liquid oxygen at low temperatures.