Electrically Calcined Anthracite

Electrically Calcined Anthracite

 

Electrofused smokeless coal, commonly known as electric calcined anthracite, is a type of coal that is burned without producing smoke. It is created by heating high-grade anthracite coal in an electric furnace under controlled conditions.

 

The process of electric calcination involves subjecting the coal to temperatures above 2000 degrees Celsius in an electric arc furnace. This process removes all impurities and moisture from the coal, creating a highly pure and dense carbon material. The resulting coal is harder, more compact, and more resistant to breakage than regular coal.

 

Electric calcinated anthracite is widely used in the iron and steel industry as a reducing agent, substance that is used to reduce the iron in iron oxide to metallic iron. It is also used as a fuel in various industries, such as smelting plants, carbon electrode production, and electric power generation.

 

This form of coal has several advantages over traditional coal. Firstly, it burns cleaner and emits lower levels of harmful gases such as sulfur dioxide and nitrogen oxide. Secondly, it has a higher carbon content and produces less ash, making it a more efficient fuel source. Finally, it is more resistant to breakage during transportation and storage.

 

However, despite its benefits, electric calcined anthracite is more expensive than regular coal due to the high production costs involved in the calcination process. Despite this, many industries still prefer to use it due to its superior quality and environmental benefits.

 

In conclusion, electric calcined anthracite is a high-grade coal that is highly valued in the industrial sector due to its purity, efficiency, and environmental advantages. Its unique properties make it an attractive alternative to traditional coal in a variety of industries, and it is expected to continue to play an important role in manufacturing and energy production in the future.

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