Extensive use of selective catalytic reduction denitrogenation technology leads to the
generation of a large amount of hazardous waste vanadium–tungsten–titanium catalysts. To …

Recovery of metallurgical dust by sintering inevitably incorporates Zn into the sintered ore,
which can have a significant impact on the ore formation process and the quality of the …

The migration behavior of valuable components has a certain guiding significance for
exploring the oxidation consolidation mechanism of pellets. In this paper, the compressive …

A large number of spent selective catalytic reduction (SCR) denitration catalysts are
produced after the ultra-low emission transformation of coal-fired power plants in China …

Aiming at the effective utilization of the abundant high-alumina iron ores with low iron grade,
the influence of alumina concentration and type on high-temperature characteristics was …

The impact of different oxidation atmospheres on the formation of magnesium-bearing
magnetite in the Fe 3 O 4–MgO and Fe 2 O 3–MgO systems was investigated using …

Accurate computational models of sintering behavior would assist to enhance sinter quality
and are anticipated to play a role in yield prediction. Sintering is a vital process in the …

The quality of sintering ore and the efficiency of the blast furnace are both heavily dependent
on the high-temperature performance and compatibility of iron ores. A novel characterization …

The low-temperature wet oxidation behavior of semi-dry desulfurization ash from iron ore
sintering flue gas in ammonium citrate solution was investigated for efficiently utilizing the …

The significant effect of MgO in inhibiting the reduction swelling of iron ore pellets has been
widely recognized. The swelling behaviors of pellets during the stepwise reduction by CO …