Basically its alumina followed by various other oxides,,,however you find in theory that Al2O3 is one of the prime component of slag obtained used for many other purposes in other industries........hope dis helpd;-)
The ore is mixed with other substances to form a mixture called a slag. This slag is then melted to separate the useful metal from other elements present in the ore through a process called smelting. The impurities in the ore combine with the slag, allowing the pure metal to be extracted.
In a blast furnace, iron ore (Fe2O3), coke (carbon), and limestone (CaCO3) are commonly used. Iron ore is the source of iron, coke acts as a fuel and reduces the iron ore to iron, and limestone helps remove impurities by forming a slag.
Limestone helps remove impurities (silica, alumina) from the iron ore, forming slag. Coke serves as a reducing agent, reacting with the iron ore to produce carbon monoxide for the reduction process. Iron ore provides the iron for the production of steel in the blast furnace.
Limestone is added to the blast furnace during the extraction of iron to act as a flux. It helps to remove impurities, such as silica, from the iron ore by combining with them to form slag. The slag can then be easily separated from the molten iron.
A waste product from iron ore processing is tailings, which are fine-grained materials left over after the extraction of iron from the ore. Tailings are typically stored in tailings ponds or disposed of in other ways to prevent environmental contamination.
slag
not yu get a life
During the decomposition of iron ore, heat is applied to break down the ore into iron and carbon dioxide. This process is usually done in a blast furnace, where the iron ore is mixed with coke (a form of carbon) and limestone. The limestone helps to remove impurities and creates slag, while the coke provides the carbon needed to reduce the iron ore to molten iron.
The ore is mixed with other substances to form a mixture called a slag. This slag is then melted to separate the useful metal from other elements present in the ore through a process called smelting. The impurities in the ore combine with the slag, allowing the pure metal to be extracted.
Iron ore comes as a mixture of Ferric and Ferrous Oxide (forms of iron oxide). At the smelter it is mixed with coke and limestone. The coke is the reducing compound. The limestone or some other substance is the flux. Coke is made from heating coal to a high temperature. The coke becomes almost pure carbon. The mixture is placed into a large brick lined open top furnace. It is set on fire. The oxygen from iron is transferred to the coke. It turns into Carbon dioxide. The iron oxide turns into iron. The limestone mixed with the impurities in the iron ore becomes slag. From time to time a door in the side is opened up to let out liquid iron and slag. The liquid iron is sent to the next process where it may be turned into steel. The slag becomes like glass.
Slag is the waste which is skimmed off the top of the molten iron that comes out of the blast furnace. It is a mixture of calcium and magnesium compounds, plus other impurities such as iron oxide, but is mainly calcium silicate. The formula for calcium silicate is CaSiO3.
No; iron ore is mixed with copper and smelted; the ore needs to be refined to extract pure iron. You cannot make a tool out of ore, but rather with pure iron.
The two liquids tapped off from a blast furnace are molten iron and slag. Molten iron is the main product, while slag is a byproduct that is formed from impurities in the ore.
In a blast furnace, iron ore (Fe2O3), coke (carbon), and limestone (CaCO3) are commonly used. Iron ore is the source of iron, coke acts as a fuel and reduces the iron ore to iron, and limestone helps remove impurities by forming a slag.
Limestone helps remove impurities (silica, alumina) from the iron ore, forming slag. Coke serves as a reducing agent, reacting with the iron ore to produce carbon monoxide for the reduction process. Iron ore provides the iron for the production of steel in the blast furnace.
Coke, a form of purified carbon derived from coal, is mixed with iron ore during the process of smelting to act as a reducing agent. This helps to remove oxygen from the iron ore, allowing the iron to be extracted from the ore.
A waste product from iron ore processing is tailings, which are fine-grained materials left over after the extraction of iron from the ore. Tailings are typically stored in tailings ponds or disposed of in other ways to prevent environmental contamination.