The current electrolytic processes for magnesium (Mg) metal have several disadvantages,
such as anhydrous magnesium chloride (MgCl 2) preparation and generation of harmful …

A green and effective electrolytic process was developed to produce high-purity Mg metal
using primary and secondary resources containing MgO as a feedstock. The electrolysis of …

To produce high-purity Mg metal directly from MgO, the scale-up of a novel electrolytic
process using a metal cathode and vacuum distillation was investigated. The electrolysis of …

To tackle the hydration problem in magnesia (MgO) aqueous suspension during slip casting
fabrication, we explored the casting performance of four distinct MgO slips. Through the …

Low-cost clean primary production of magnesium metal is important for its use in many
applications, from light-weight structural components to energy technologies. This work …

A molten salt electrolysis process using a silver (Ag) cathode, followed by vacuum distillation
was systematically investigated with the purpose of producing high-purity magnesium (Mg) …

An environmentally friendly and effective molten salt electrolysis process using a copper
(Cu) cathode was developed for producing magnesium (Mg) metal from magnesium oxide …

The effect of temperature and fluoride structure on the viscosity of a molten 32.8 MgF 2-67.2
LiF system with varying MgO concentration was investigated for the environmentally sound …

Alumina dissolution is one of the most important processes in the Hall-Héroult process. In
this work, video recording using a high-speed camera and a see-through cell and …

To resolve the drawbacks of the current Mg production process, direct use of MgO as
feedstock via an electrolytic method has been attempted. In this study, molten salt …