Shanxian Chemical
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Hydrogen Reduction of Aluminum Sulfide
"Hydrogen reduction of aluminum sulfide"
If you want to smelt aluminum, you often start with aluminum sulfide. If you want to get aluminum, you must go through the way of reduction. Today, hydrogen is used as a reducing agent to reduce aluminum sulfide.
Hydrogen is a light and living thing. When it encounters aluminum sulfide, when the temperature is moderate, hydrogen is affinity with sulfur in aluminum sulfide. Hydrogen is active, and the sulfur is removed, so that the aluminum in aluminum sulfide is released.
When the reaction occurs, hydrogen and aluminum sulfide come into contact and gradually change. Sulfur and hydrogen combine to form a body of hydrogen sulfide, which escapes from the outside. And aluminum is precipitated from aluminum sulfide, initially in a state of mixed quality, and later refined to obtain pure aluminum.
This process also requires temperature control and time inspection to ensure a smooth reaction. If the temperature is high, it will be fast, and then there may be a risk of too much; if the temperature is low, it will be slow, and it may be time-consuming and labor-intensive. The length of time also affects whether the reaction is complete.
The reduction of aluminum sulfide by hydrogen can be one of the methods for aluminum smelting. It is expected to be in the field of industry and can be used well to help the aluminum industry.
If you want to smelt aluminum, you often start with aluminum sulfide. If you want to get aluminum, you must go through the way of reduction. Today, hydrogen is used as a reducing agent to reduce aluminum sulfide.
Hydrogen is a light and living thing. When it encounters aluminum sulfide, when the temperature is moderate, hydrogen is affinity with sulfur in aluminum sulfide. Hydrogen is active, and the sulfur is removed, so that the aluminum in aluminum sulfide is released.
When the reaction occurs, hydrogen and aluminum sulfide come into contact and gradually change. Sulfur and hydrogen combine to form a body of hydrogen sulfide, which escapes from the outside. And aluminum is precipitated from aluminum sulfide, initially in a state of mixed quality, and later refined to obtain pure aluminum.
This process also requires temperature control and time inspection to ensure a smooth reaction. If the temperature is high, it will be fast, and then there may be a risk of too much; if the temperature is low, it will be slow, and it may be time-consuming and labor-intensive. The length of time also affects whether the reaction is complete.
The reduction of aluminum sulfide by hydrogen can be one of the methods for aluminum smelting. It is expected to be in the field of industry and can be used well to help the aluminum industry.
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