Thermo-Calc can be used to predict thermophysical and phase-based properties of slags and slag-metal equilibria for steel and non-ferrous metals processing. The Process Metallurgy Module additionally allows the calculation of heat balance and uses an Effective Equilibrium Reaction Zone model to consider kinetic aspects of the process.

Thermo-Calc can be used to predict thermophysical and phase-based properties of slags and slag-metal equilibria for steel and non-ferrous metals processing. The Process Metallurgy …

The method of preparing C-PCMs with low, middle, and high-temperature from steel slag was put forward for the first time. The porous structure and thermal stability of steel slag were characterized. PEG, NaNO 3, Na 2 SO 4, and steel slag were excellent chemical compatible.

Download scientific diagram | Preparation of two categories of steel slag aggregate: coarse slag 20-40 mm and fine slag 2.5-5 mm. from publication: CHARACTERIZATION OF CARBONATED...

The method of preparing C-PCMs with low, middle, and high-temperature from steel slag was put forward for the first time. The porous structure and thermal stability of steel slag …

preparation technique for creating the fi nest blast furnace slag. Ultra-fi ne blast furnace slag could reduce one of the main weaknesses of cements containing blast furnace slag, that being too little early strength for many applications (Diagram 1). As is …

... most common route to produce primary steel is through the smelting of iron ore in the blast furnace to produce pig iron (and blast furnace slag as a by-product), followed by steelmaking in a...

... most common route to produce primary steel is through the smelting of iron ore in the blast furnace to produce pig iron (and blast furnace slag as a by-product), followed by steelmaking in a...

preparation technique for creating the fi nest blast furnace slag. Ultra-fi ne blast furnace slag could reduce one of the main weaknesses of cements containing blast furnace slag, that being …

Slags have a central role in pyro-metallurgical processes. They bind impurity compounds and absorb reaction products like oxides and sulfides. Functional slags are made by adding lime, …

process of steelmaking slag."1) In complete utilization, these valu-able elements are recovered and steelmaking slag is reduced and re-formed at the same time to convert the slag into that …

Slag is fully named ground-granulated blast-furnace slag (GGBFs), a by-product produced by metallurgical smelting plants. In addition to iron ore and fuel (coke), appropriate limestone and dolomite should also be mixed to lower the smelting temperature in …

Slag is fully named ground-granulated blast-furnace slag (GGBFs), a by-product produced by metallurgical smelting plants. In addition to iron ore and fuel (coke), appropriate limestone and dolomite should also be …

In this chapter, the types of iron and steel industries are first illustrated. The physico-chemical properties of four different types of iron and steel slags, including blast furnace slag, basic...

Download scientific diagram | Preparation of two categories of steel slag aggregate: coarse slag 20-40 mm and fine slag 2.5-5 mm. from publication: CHARACTERIZATION OF CARBONATED...

Slags have a central role in pyro-metallurgical processes. They bind impurity compounds and absorb reaction products like oxides and sulfides. Functional slags are made by adding lime, magnesia, fluorspar, bauxite, calcium aluminate or other compounds into the reactor vessel where they form the slag together with the targeted reaction products.

There are different types of slag produced in the steel-making process. These include furnace or tap slag, raker slag, synthetic or ladle slags. Figure 1 depicts a flowchart of the general...

process of steelmaking slag."1) In complete utilization, these valu-able elements are recovered and steelmaking slag is reduced and re-formed at the same time to convert the slag into that equivalent to blast furnace slag that does not pose problems of hydroscopic ex …