Solid waste-based cementitious materials are low-cost and have the advantages of low
energy consumption and low carbon emissions compared to conventional cement. Tailings …

The grinding process urgently needs to address the technical challenges of high energy
consumption and low efficiency. In this paper, in order to improve the efficiency of magnesite …

The performance of traditional Li-ion batteries deteriorates when operating at sub-zero
temperatures mainly due to the slow diffusion of Li-ions in commercial negative electrode …

In this paper, the effect of the benzohydroxamic acid (BHA) synergistic mechanical activation
on ilmenite flotation was systematically investigated. Flotation results revealed that the …

Along with the increasing importance of water worldwide, it is thought that developments in
fine grinding processes performed by dry grinding and using grinding aids are too essential …

The kinetic parameters of a grinding process can be used to study the variations in particle
size reductions and grinding efficiencies. Appropriate grinding aids usually change the …

It is well documented that the use of grinding aids (GAs) can reduce milling energy
consumption. However, the impact of GAs on downstream processes must be addressed in …

Utilizing the high-calcium and high-alkali contents of recycled concrete fine (RCF) for CO 2
sequestration has emerged as a promising approach; nevertheless, the application of the …

The research aimed at comparing the performances of two common centrifugal type
classifiers, air classifier and hydrocyclone, operated dry and wet respectively. The reason for …

The demand for ultra-fine mineral powders from various industries requires the applications
of wet grinding and surface modification. In this study, wet mechanochemical surface …