LNG, LO2, LN2, LAr, and LCO2 Industrial Gasification Station
Low temperature gasification station is widely used in many fields such as chemical industry, shipbuilding, glass, food, light industry, steel, electronics, transportation and aerospace.
The industrial centralized gas supply system is a modern centralized gas supply system, which has been widely recognized by the society. It is a modern gas supply design that concentrates the gas source through pipeline design and converges it to the gas consumption point. This centralized gas supply method greatly improves the efficiency, reduces the consumption of human resources and is safe and aesthetically pleasing, and produces more stable gas output. It is suitable for transporting various gases such as oxygen, argon, carbon dioxide, hydrogen, acetylene, propane, and liquefied petroleum gas. Compared with the traditional gas cylinder supply method, this centralized gas supply has considerable advantages.
The process of industrial enterprise gasification station and LNG is basically similar. LNG is stored in tanks and transported to the enterprise LNG gasification station by low-temperature automobile tanker. The pressure difference is used to send LNG to the low-temperature LNG storage tank of the satellite station. Under working conditions, the tank booster boosts the LNG in the tank to 0.5~0.6MPa. The pressurized low-temperature LNG enters the air-heated vaporizer, exchanges heat with air, and transforms into gaseous natural gas and raises the temperature. Finally, it enters the enterprise's natural gas pipeline after pressure regulation, metering, and odorization.
Centralized gas supply system (LNG, LO2, LN2, LAr)
Overview of centralized gas supply system:
Low-temperature liquids such as LNG, LO2, LN2, and LAr are transported to the gasification station by tank trucks. The tank truck storage tank is pressurized by a booster, and under the action of pressure difference, it enters the low-temperature storage tank in the station through the pipeline of the unloading platform. The low-temperature storage tank pressurizes the tank to a certain value through the booster, and the liquid inside the tank enters the gasification system through the liquid outlet pipe to vaporize and warm up the low-temperature liquid to the set value. Then, through the outlet pressure regulator, the pressure is reduced to the required value. Finally, the LNG enters the gas pipeline valve system through the measuring and odorizing system.
Filling system (LO2, LN2, LAr, LCO2)
Description of filling system:
Low-temperature liquids such as LO2, LN2, LAr, and LCO2 are transported to the gasification station by tank trucks. The tank truck storage tank is pressurized by a booster, and under the action of pressure difference, it enters the low-temperature storage tank in the station through the pipeline of the unloading platform. After being pressurized by a low-temperature liquid pump, low-temperature liquids such as LO2, LN2, LAr, and LCO2 are converted into gases by a high-pressure vaporizer and filled into gas cylinders through filling stations.
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