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Electric Arc Furnace Steelmaking Green Production

сталеплавильное производство в электродуговой печи

Electric Arc Furnace Steelmaking: Green Production and Unique Features

Today in the 21st century, we are facing a serious problem, that is environmental pollution and resource depletion. In order to solve this problem, many countries began to seek ways of green production to reduce the impact on the environment. In this context, electric arc furnace steelmaking has become an important way to realize green production due to its unique characteristics.

Электродуговая печь steelmaking is a production method that uses electrical energy to generate an electric arc to convert scrap steel into steel. Its biggest feature is that it can consume a large amount of electricity, thereby reducing the dependence on non-renewable resources such as coal. In addition, electric arc furnace steelmaking can also effectively reduce carbon dioxide emissions and reduce air pollution.

Another notable feature of electric arc furnace steelmaking is its high degree of flexibility and adaptability. It can flexibly adjust the scale of production and product types according to production needs. This kind of flexibility and adaptability enables EAF steelmaking to maintain stable production capacity in an ever-changing market environment.

However, despite the advantages of EAF steelmaking, we cannot ignore its problems. For example, the equipment investment of electric arc furnace steelmaking is large, and the operating cost is high. In addition, the smoke and harmful gases generated during the electric arc furnace smelting process also need to be effectively treated to prevent pollution to the environment.

The green production of electric arc furnaces is mainly to reduce energy consumption, reduce pollutant emissions and improve resource recycling efficiency. In order to realize the green production of electric arc furnaces, key technologies such as waste heat recovery, coke replacement, and scrap preheating have been developed successively.

Among them, waste heat recovery means that a large amount of high-temperature dust-containing flue gas will be generated during the smelting process of the electric arc furnace, and the heat taken away by it is about 11% of the total energy input by the electric arc furnace, up to 20%. Effective use of the energy in the flue gas can save a lot of energy, thereby indirectly reducing CO2 emissions.

Coke substitution means that the consumption of non-renewable fossil energy such as coke should be reduced as much as possible.

Scrap steel preheating means that scrap steel is put into the furnace after preheating, which can shorten the smelting cycle of the electric arc furnace and reduce energy consumption. It is an important energy-saving technology for electric arc furnace smelting.

The application of these technologies makes the electric arc furnace more environmentally friendly and energy-saving in the production process, and also improves the production efficiency and product quality.

In general, EAF steelmaking has great potential and value as a green production method. We need to further research and develop electric arc furnace steelmaking technology to solve its existing problems and improve its economic and social benefits. At the same time, we also need to promote more enterprises to adopt electric arc furnace steelmaking through policy guidance and market incentives to achieve truly green production.

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