The depletion of high-grade and coarse-grain ores has led to an increasing demand for the
development of efficient separation technologies for low-grade and fine-grain ores …

Hydrodynamic cavitation (HC) is widely considered a promising process intensification
technology. The novel advanced rotational hydrodynamic cavitation reactors (ARHCRs) …

Microbubble dispersions are now commonly deployed in industrial applications ranging
from bioprocesses to chemical reaction engineering, at full scale. There are five major …

Bitumen residues in oil sand tailings ponds create greenhouse gas emissions and threaten
the ecosystem. However, it is technically challenging to recover bitumen residues from …

The surface roughness of mineral particles treated by different methods varies greatly, which
will significantly affect flotation operations. In this investigation, magnesite particles with …

Introduction: Underground hydrogen (H2) storage is a prominent technique to enable a
large-scale H2-based economy as part of the global energy mix for net-zero carbon …

With the rapid development of portable microelectronic devices, materials with tunable
electromagnetic shielding (EMI) performance and comfort of use have become urgently …

Improving the performance of turbopumps has been one of the main concerns of
researchers in mechanical engineering. In this study, we have tried to investigate the effect …

Challenges in the processing of minerals have been on the rise due to increasing low-grade
ores which require to be finely ground to liberate valuable minerals. Low-grade ores like the …

Removing bitumen from oil sand tailings reduces greenhouse gas emission during waste
disposal. However, it is technically challenging to efficiently recover bitumen residual in …