Shanxian Chemical
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Methane To Hydrogen
"Hydrogen Production from Methane"
There is a technique today, and I want to use methane to produce hydrogen. Methane is also a genus of gas, and hydrogen is also gas, and it has a wide range of uses.
If you want to produce hydrogen from methane, you should know the reason. Methane molecules, containing carbon and hydrogen, can be separated by suitable methods. One method is to make methane interact with water vapor. In a specific device, control its temperature and pressure. When the temperature rises to a certain value and the pressure is adjusted to its degree, methane reacts with water.
The reaction formula is roughly: methane is added to water, catalyzed, etc., to obtain hydrogen and carbon monoxide. Then, the carbon monoxide is transformed and reacted with water to obtain hydrogen.
Furthermore, there is also a method of partial oxidation. The reaction of methane with an appropriate amount of oxygen can also obtain hydrogen through clever regulation. In this process, the delicate device and the grasp of conditions are all key. It is necessary to make the reaction smooth, with a high hydrogen yield, low energy consumption and low by-products. In this way, it is a good way to produce methane and hydrogen.
There is a technique today, and I want to use methane to produce hydrogen. Methane is also a genus of gas, and hydrogen is also gas, and it has a wide range of uses.
If you want to produce hydrogen from methane, you should know the reason. Methane molecules, containing carbon and hydrogen, can be separated by suitable methods. One method is to make methane interact with water vapor. In a specific device, control its temperature and pressure. When the temperature rises to a certain value and the pressure is adjusted to its degree, methane reacts with water.
The reaction formula is roughly: methane is added to water, catalyzed, etc., to obtain hydrogen and carbon monoxide. Then, the carbon monoxide is transformed and reacted with water to obtain hydrogen.
Furthermore, there is also a method of partial oxidation. The reaction of methane with an appropriate amount of oxygen can also obtain hydrogen through clever regulation. In this process, the delicate device and the grasp of conditions are all key. It is necessary to make the reaction smooth, with a high hydrogen yield, low energy consumption and low by-products. In this way, it is a good way to produce methane and hydrogen.
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