The beneficiation of low-grade iron ores to meet the growing demand for iron and steel is an
important research topic. However, certain ores do not qualify to be treated in physical …

In this study, an innovative suspension magnetization roasting (SMR) technology was
developed and utilized for the recovery of iron from a typical refractory iron ore. The effects of …

The high-efficiency extraction of iron from early iron tailings via the innovative suspension
roasting-magnetic separation (SRMS) technology would be an important method to …

In this work, a green self-magnetization roasting technology for producing magnetite was
proposed without adding additional. The regulatory mechanisms of the main factors (siderite …

An increase in the annual energy utilization beyond 20% for the iron & steel industries
promotes sustainable development through augmented clean technologies. Moreover, the …

Oolitic-iron ore material is one of the most important iron resources in China. However, due
to its low grade of Fe, poor liberation of iron minerals and high impurities, no satisfactory …

Siderite, as an abundant iron ore, has not been effectively utilized, with a low utilization rate.
In this study, the in-situ kinetics and mechanism of siderite during suspension magnetization …

The efficient development and utilization of high-phosphorus oolitic hematite is of great
strategic significance for the sustainable supply of iron-ore resources in China. In this paper …

Investigation on Saprolitic Laterite Ore Reduction Process using Palm Kernel Shell Charcoal:
Kinetics and Phase Transformation title Title Author Issue Keywords Current Issue : Vol 15, No …

Efficient use of low-grade siderite minerals can not only potentially mitigate the shortage of
iron ores but also enable drastic reduction in CO 2 emissions from steel industry in China. In …