Abstracts It is acknowledged as a promising strategy to reduce excessive CO 2 emissions by
catalytic conversion to value-added chemicals, in which layered double hydroxide (LDH) …

The present contribution is a review paper that summarizes the structure, properties and
catalytic applications of hydrotalcite based materials when they are modified by the …

Improvement of processes starting from renewable feedstocks to produce chemicals and
biofuels up to now derived from fossil carbon feedstocks is paramount to creating …

A series of Zr-containing Mg-Al hydrotalcite-like (HTl) precursors were prepared using co-
precipitation method with Zr 4+:(Al 3++ Zr 4+) from 0 to 0.7. It was demonstrated by X-ray …

Abstract Mg–Fe Layered Double Hydroxide (LDH) with M 2+: M 3+ 3: 1 stoichiometric ratio
was synthesized and employed as catalyst precursor for CO x-free hydrogen production …

The recent emergence of a robust renewable ethanol industry has provided a sustainable
platform molecule toward the production of value-added chemicals and fuels; what is lacking …

Nowadays, biodiesel has become a very promising alternative to fossil diesel fuel, regarding
environmental concerns and fuel resource depletion. Biodiesel is usually produced through …

The critical step for any subsequent instrumental analysis of cementitious binders is to stop
their hydration reactions, ie, to remove free water. One of the most available techniques is a …

A series of hydrotalcite-like derived MgAlO x (MA) and CuMgAlO x (CMA) catalysts with
various M 2+/Al 3+ molar ratios were prepared and evaluated by the aldol condensation …

The present study optimizes Cu-supported catalysts on hydrotalcite for the synthesis of n-
butanol whose interest is in its use as biofuel, due to its superior performance in comparison …