Shanxian Chemical
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Blue Hydrogen Production Process
"Blue Hydrogen Production Process"
Hydrogen, a clean energy source, has attracted much attention in today's world. The blue hydrogen production process is particularly critical.
The production of blue hydrogen depends primarily on the selection of raw materials. Fossil fuels, such as natural gas, can be used as hydrogen sources because of their hydrocarbon-containing properties. Natural gas is taken into the reforming vessel, which is the reaction hub. In it, natural gas touches high-temperature steam and chemically reacts to separate hydrogen and carbon monoxide, which is essential for reforming.
However, what is obtained still needs to be refined. Hydrogen is mixed with impurities, and carbon monoxide also needs to be treated. Therefore, it is followed by a transformation reaction, so that carbon monoxide and steam can be recombined into carbon dioxide and more hydrogen to increase the yield of hydrogen. And carbon dioxide should not be allowed to escape from the atmosphere, causing the disease of greenhouse. Carbon capture is carried out, it is specially captured, stored underground, or used for other purposes. This is a good act of blue hydrogen process to protect the environment.
After that, after purification, the remaining impurities are removed to obtain pure hydrogen. This hydrogen can be used in various ways, or as fuel cell power to drive vehicles and ships, which is clean and efficient; or for industrial needs, alchemy, chemical products, etc.
Blue hydrogen production process not only obtains the clean energy of hydrogen, but also controls carbon emissions. It is of great significance in the process of energy transformation and opens up a new path for future energy utilization.
Hydrogen, a clean energy source, has attracted much attention in today's world. The blue hydrogen production process is particularly critical.
The production of blue hydrogen depends primarily on the selection of raw materials. Fossil fuels, such as natural gas, can be used as hydrogen sources because of their hydrocarbon-containing properties. Natural gas is taken into the reforming vessel, which is the reaction hub. In it, natural gas touches high-temperature steam and chemically reacts to separate hydrogen and carbon monoxide, which is essential for reforming.
However, what is obtained still needs to be refined. Hydrogen is mixed with impurities, and carbon monoxide also needs to be treated. Therefore, it is followed by a transformation reaction, so that carbon monoxide and steam can be recombined into carbon dioxide and more hydrogen to increase the yield of hydrogen. And carbon dioxide should not be allowed to escape from the atmosphere, causing the disease of greenhouse. Carbon capture is carried out, it is specially captured, stored underground, or used for other purposes. This is a good act of blue hydrogen process to protect the environment.
After that, after purification, the remaining impurities are removed to obtain pure hydrogen. This hydrogen can be used in various ways, or as fuel cell power to drive vehicles and ships, which is clean and efficient; or for industrial needs, alchemy, chemical products, etc.
Blue hydrogen production process not only obtains the clean energy of hydrogen, but also controls carbon emissions. It is of great significance in the process of energy transformation and opens up a new path for future energy utilization.
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