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Hydrogen Production Unit
Hydrogen production plant A brief description
The process of hydrogen production is complicated and each has its own strengths. Today, the hydrogen production plant is the main one, and its outline is described.
At the beginning of hydrogen production, raw materials are the key. Or take fossil fuels, such as natural gas and coal. For natural gas, the net quality of desulfurization is put into the conversion furnace. In the furnace, with the help of high temperature and catalysts, hydrocarbons combine with water vapor to generate hydrogen and carbon monoxide, which is the method of steam conversion. Carbon monoxide is also not idle. It reacts with water vapor to increase the production of hydrogen and reduce the amount of carbon monoxide.
As for coal, it is first gasified to form synthesis gas, and then similar to the subsequent steps of natural gas hydrogen production to obtain hydrogen. There are also those who use methanol, ethanol, etc. as raw materials, and can be used as a source of hydrogen production through reforming reactions.
The core equipment of the hydrogen production device is in addition to the conversion furnace and the conversion furnace, and there is a purification device. Hydrogen is generated, and it contains impurities such as carbon dioxide and sulfide. If it is not removed, it will be harmful. For carbon dioxide, it can be captured in an alcohol-amine solution by chemical absorption method; if the sulfide is removed, or an adsorbent is used, or a hydrogenation conversion technique is used, the hydrogen must be purified.
The device is running, and the control and management are the most important. It is necessary to pay good attention to changes in temperature, pressure, and flow. If the temperature is not appropriate, the reaction will be poor, or the equipment will be damaged; the pressure will be unbalanced, and the danger will be risked; the flow will be uneven, which will also hinder production. It is necessary to set up precision instruments and monitor them in real time, and the company will adjust them according to the data to ensure the stable operation of the device.
The power of the hydrogen production device is great. Hydrogen is a clean energy source. It can be used in transportation to power fuel cell vehicles without the risk of pollution. It is used in many fields of industry, metallurgy, and chemical industry. And it can also be used in energy storage to solve the problem of electric energy storage. Making good use of this device is the key to energy transformation, and it is related to the well-being of future generations.
The process of hydrogen production is complicated and each has its own strengths. Today, the hydrogen production plant is the main one, and its outline is described.
At the beginning of hydrogen production, raw materials are the key. Or take fossil fuels, such as natural gas and coal. For natural gas, the net quality of desulfurization is put into the conversion furnace. In the furnace, with the help of high temperature and catalysts, hydrocarbons combine with water vapor to generate hydrogen and carbon monoxide, which is the method of steam conversion. Carbon monoxide is also not idle. It reacts with water vapor to increase the production of hydrogen and reduce the amount of carbon monoxide.
As for coal, it is first gasified to form synthesis gas, and then similar to the subsequent steps of natural gas hydrogen production to obtain hydrogen. There are also those who use methanol, ethanol, etc. as raw materials, and can be used as a source of hydrogen production through reforming reactions.
The core equipment of the hydrogen production device is in addition to the conversion furnace and the conversion furnace, and there is a purification device. Hydrogen is generated, and it contains impurities such as carbon dioxide and sulfide. If it is not removed, it will be harmful. For carbon dioxide, it can be captured in an alcohol-amine solution by chemical absorption method; if the sulfide is removed, or an adsorbent is used, or a hydrogenation conversion technique is used, the hydrogen must be purified.
The device is running, and the control and management are the most important. It is necessary to pay good attention to changes in temperature, pressure, and flow. If the temperature is not appropriate, the reaction will be poor, or the equipment will be damaged; the pressure will be unbalanced, and the danger will be risked; the flow will be uneven, which will also hinder production. It is necessary to set up precision instruments and monitor them in real time, and the company will adjust them according to the data to ensure the stable operation of the device.
The power of the hydrogen production device is great. Hydrogen is a clean energy source. It can be used in transportation to power fuel cell vehicles without the risk of pollution. It is used in many fields of industry, metallurgy, and chemical industry. And it can also be used in energy storage to solve the problem of electric energy storage. Making good use of this device is the key to energy transformation, and it is related to the well-being of future generations.
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