This overview covers the recent achievements in the application of mesoporous molecular
sieves as catalysts and catalyst supports. Main structural and textural features are outlined in …

The synthesis of organized mesoporous aluminas has opened a very interesting area for
application of this type of materials, particularly as catalysts or catalyst supports. This review …

The one-pot synthesis of alumina-supported metal oxides via self-assembly of a metal
precursor and aluminum isopropoxide in the presence of triblock copolymer (as a structure …

Organized mesoporous alumina represents a very interesting molecular sieve exhibiting a
narrow pore size distribution with higher surface areas compared to conventional aluminas …

γ-Al2O3 is one of the most extensively utilized metal oxides in heterogeneous catalysis.
Conventional forms of this oxide typically exhibit a surface area and pore volume less than …

In this paper, we will thoroughly review a novel and versatile self-formation phenomenon
that can be exploited to target porous hierarchies of materials without need of any external …

Ordered mesoporous alumina (OMA) and the related composites with large surface areas,
organized mesoporous channels, narrow pore size distributions, and high thermal stability …

In this study, boehmite sols were used as aluminum precursors for preparing mesoporous
alumina (MA) having crystalline framework walls in the presence of non-ionic surfactants as …

Mesostructured materials can be obtained by combining ionic surfactants [1] or block
copolymers [2] with the synthesis of metallic oxides through soft chemistry. Amongst the …

Methyl ester produced by esterification of palm fatty acid distillate (PFAD) is considered as a
non-toxic alternative and biodegradable source of energy. In this work, a polymeric mixed …