What happens when there is a waste of energy in the production of ferrosilicon particles? Let's take a look at it:

The production of ferrosilicon granules is to add the prepared ferroalloy charge to the ore heat furnace with artificial or material tubes, and the charge material is materialized in the furnace to generate a ferrosilicon ferroal alloy melt, and the alloy melt is released from the furnace regularly and poured into a block into the warehouse. Smelting silicon iron particles is a current through the electrode in the furnace to generate a high temperature arc, with carbon as a reducing agent to reduce silica, carbon reduction of silicon dioxide theoretical starting temperature of 1644 ° C, the actual production temperature is greater than the theoretical start temperature, according to the principle of equilibrium movement, as high as possible is conducive to accelerating the chemical reaction speed and the degree of completeness of the reaction. It can be seen that the proportion of energy waste in the production of ferrosilicon particles is actually electrical energy consumption, so effectively reducing electric energy consumption is an effective means to solve the high energy waste of silicon iron particles production.

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