It is imperative to reduce the pollution and energy consumption in the blast furnace
ironmaking process. High pellets operation is a develo** direction in the future. The …

The effects of titanium slag on the roasting and metallurgical properties of fluorine-bearing
iron concentrate pellets were experimentally investigated in this study. Results show that the …

With rapid development of the pellet production under the background of green
development, high-quality iron concentrates were gradually exhausted; thus, using high …

The recycling rate of rejected electrolytic manganese metal (EMM) scrap can be increased
by inhibiting the manganese metal (MM) vaporization during the remelting process with …

The iron and steel metallurgy industry faces the question of how to replace carbon in iron
ore reduction to reduce CO 2 emission in basic industries and achieve the expectation of" …

The present work investigates the manufacture of high basicity (CaO/SiO 2= 1.45)
magnesium containing fluxed pellets with hydrated lime used as binder and fluxing agent …

The proportion of pellets in the blast furnace charge structure is gradually increasing, among
which magnesium-bearing fluxed pellets have been widely applied due to their excellent …

High-chromium vanadium–titanium magnetite (HVTM) is an exceptional iron source that has
not been mined on a large scale. Since using flux pellets facilitates the reduction in …

The application of fluxed pellets in iron making industry has attracted considerable attention
because of the better metallurgical properties than acid pellets and environmental …

The treatment of iron-bearing dusts and sludges by the rotary hearth furnace process has
the advantage of sufficient utilization of valuable metals and a high impurity removal rate, but …