Industry News
Absorption process of removing water from natural gas
Natural gas dehydration plants, also known as removing water from natural gas or gas drying units or drying plants, are essential facilities in the natural gas industry. They are responsible for removing water vapor from natural gas to prevent corrosion, hydrate formation, and other issues that can arise during transportation and processing. There are several dehydration processes employed in these plants, each with its own advantages and limitations. Understanding the differences between these processes is crucial for selecting the most suitable method for a specific application.
Understanding the Different Processes of Natural Gas Dehydration (1)
Natural gas dehydration plants, also known as gas drying units or drying plants, are essential facilities in the natural gas industry. They are responsible for removing water vapor from natural gas to prevent corrosion, hydrate formation, and other issues that can arise during transportation and processing. There are several dehydration processes employed in these plants, each with its own advantages and limitations. Understanding the differences between these processes is crucial for selecting the most suitable method for a specific application.
Introduction of power consumption and description of BOG liquefying plant
The low-temperature BOG first enters the cold box to be reheated to room temperature and then enters the BOG compressor for pressurization. The pressurized BOG enters the liquefaction cold box, is cooled, liquefied, and supercooled in the plate-fin heat exchanger, and returns to the LNG storage tank as an LNG product after throttling for the LNG plant.
Process technology proposal and description of 10MMSCFD BOG liquefying plant（1）
The low-temperature BOG first enters the cold box to be reheated to room temperature and then enters the BOG compressor for pressurization. The pressurized BOG enters the liquefaction cold box, is cooled, liquefied, and supercooled in the plate-fin heat exchanger, and returns to the LNG storage tank as an LNG product after throttling for the LNG plant.
Utility consumption of 5mmscfd natural gas decarbonization plant
The gas decarbonization plant is planned to be powered by mains electricity. The electricity of the natural gas purification device is mainly used for MDEA circulation pumps, instrumentation and control systems, etc. Fuel gas is mainly used for thermal oil furnaces.
