Several bimetallic oxide catalysts have been used in the synthesis of GC from glycerol and
DMC. We prepared and evaluated Mg/Al, Mg/Zr, Mg/La, and Mg/Sr mixed oxide catalysts …

Mg–Ba mixed oxide catalysts are synthesized using the co-precipitation method by varying
the molar compositions of MgO and BaO. The catalysts' surface/structural properties are …

Various magnesium–lanthanum mixed oxide catalysts having different Mg/La molar ratio
were prepared and their catalytic activities for the transesterification of dimethyl carbonate …

A series of Mg/Zr/Sr based mixed oxide catalysts with varying molar ratios were prepared by
a co-precipitation method. The X-ray diffraction and temperature programmed desorption of …

The aim of this work is to synthesise glycerol carbonate from carbon dioxide (CO2) and
glycerol. Two key challenges that were investigated in this work including:(1) …

Glycerol can be utilised as a renewable feedstock in several chemical reactions, including
carbonation, carbonylation, transesterification, and oxidation. Among the several …

Glycerol is a by-product in biodiesel production by converting triglycerides. It is possible to
convert glycerol to glycerol carbonate through its carbonylation with CO2. In this work, novel …

Glycerol is a low-cost coproduct from the biodiesel production process. Currently, production
of value-added products from glycerol is still of great interest. This research studied the …

Glycerol carbonate (GlyC) is desirable compound among numerous value-added products
produced from surplus waste glycerol coming from biodiesel industry. Because of its …

A series of efficient and robust Cu based mixed oxides were synthesized by a simple co-
precipitation method and utilized for the production of glycerol carbonate (GC) via …