Glycerol is a colorless, odorless, and non-toxic compound and has application in food, paint,
and pharmaceutical industries. At an industrial scale, glycerol (GL) commonly forms as a by …

Abstract A series of SO 3 H-functionalized phenolic resin-based catalysts (PSPF-x) with
different molar ratio of p-phenolsulfonic acid (PhOH-4-sa) and phenol (PhOH) were …

Upgrading of crude glycerol to high value-added chemical products is an attractive process
in biomass conversion and biorefinery industry. In this work, production of triacetin (TAG) …

Glycerol remains a bottleneck for the biodiesel industry as well as an opportunity from the
biorefinery perspective, having a notable reactivity as a platform chemical. In particular …

Abstract NiO-supported TiO 2 (nNiO/TiO 2) as highly active and selective catalysts for
triacetyl glyceride (TAG) biofuel additive production via acetylation of glycerol is reported …

The present article demonstrates esterification of two model bioplatform molecules, succinic
acid with n-butanol and glycerol with acetic acid using a green and sustainable catalyst …

Current industrial methods of biodiesel production lead to an excess of crude glycerin which
requires costly purification before commercialization. Production of oxygenated fuel …

In this work, grafting of an AC/MIL-101 (Cr) hybrid sample using acidic deep eutectic solvent
(DES) was performed to enhance the acidity and catalytic activity for the acetylation reaction …

To achieve the aims of green chemistry, persimmon tannin-propane-melamine-Zirconium
(PT-Pr-Me-Zr) was synthesized as a bio-based bifunctional heterogeneous catalyst polymer …

Glycerol in large quantities as a by-product of biodiesel production is a promising feedstock
to be converted into more valuable products such as acetin. In this work, acetin converted …