Acetalization represents an appealing approach for the valorization of biobased platform
molecules into valuable chemicals and fuels. Typically, it serves as both a synthesis tool for …

Heterogeneous transformation of levulinic acid (LA) to γ‐valerolactone (GVL) is regarded as
a critical process of the lignocellulose‐based biorefinery system. Substantial progress on the …

The enclosed paper introduces a novel, scalable and environmentally benign process for
making strongly acidic solid meso/macroporous carbon catalysts from Na-lignosulfonate …

Biodiesel synthesis produces about 10% glycerol as a byproduct, prompting environmental
concerns. The utilization of crude glycerol into valuable products requires an Eco-friendly …

Mesoporous tin oxide was prepared by template assisted and template-free methods. As-
prepared materials were calcined at various temperatures to generate different nature …

Novel Brønsted acid functionalized phthalocyanine on perylene diimide framework knotted
with ionic liquid (BAFPcPDIL) was synthesized and confirmed by instrumentation …

The large potential of utilizing green platform chemicals such as levulinic acid, glycerol, and
ethylene glycol as building blocks for the design of high-performance biobased plasticizers …

The growing production of biodiesel as a promising alternative and renewable fuel led as
the main problem the dramatic increase of its by-product: glycerol. Different strategies for …

A mesoporous phenolsulfonic acid–formaldehyde polymeric acid catalyst was synthesized
simply by condensation polymerization of p-phenolsulfonic acid and an aqueous solution of …

Four recently launched cyclic glycerol acetals or ketals are evaluated as bio-based solvents.
Three of them are industrially available and result from the condensation of glycerol with …