The current study provides a novel insight into the role of synergism of the changes in Mg
2+/Al 3+ in the best catalytic activity of indol-3-yl derivatives. A series of Co-Mg-Al layered …

High acidic vegetable oil feedstocks and wastes are not suitable for conventional biodiesel
production. These wastes could be used to produce cheap hydrocarbon-rich biofuels …

In the present work, catalysts based on copper and nickel and obtained from hydrotalcite like-
compounds were evaluated in the NO reduction by CO in order to analyze the activity and …

Bio-oil derived from the pyrolysis of lignocellulosic biomass residues cannot be used directly
as biofuel due to the high content of oxygenated compounds. As an alternative, bio-oil must …

Comparison of layered double hydroxides (LDHs) synthesised using different methods,
conditions and post-treatment is difficult to achieve because these greatly modify their …

Residual lipids with high fatty acid content represent an important source of raw material for
renewable biofuels. They are not suitable for the production of biodiesel via alkaline …

This article reports for the first time the synthesis of an LDH using only manganese as the
divalent and trivalent metallic ion. Analysis of the pH, redox potential, and chemical …

Hydrotalcite-like materials were synthesized by pH-controlled precipitation method with Ni
2+ and Al 3+ cations and terephthalate as the compensation anion. Ni/Al ratios were 1.0 and …

The aim of this Concept article is to highlight different aspects of using biomass residues or
extracted molecules in the synthesis of zeolites (mainly), aluminas and layered doubled …

Abstract Mixed oxide MnO/Mn 3 O 4 was successfully incorporated into NiAl hydrotalcite
derived systems following an ionic exchange protocol via initial introduction of [MnY] 2−(Y …