Biobased high-performance air filters via green electrospinning are the key to reducing the
energy crisis and the environmental burden. However, the complicated postprocessing limits …

Oleogels are semi-solid lipid-based materials designed to replace solid and semi-solid fats
in foods, cosmetics, and pharmaceuticals. A new method for oleogel preparation through …

This work explores the use of Kraft lignins sourced from different poplar genotypes (Populus
alba L.“PO-10-10-20” and Populus× canadensis “Ballotino”) isolated by selective acid …

Acetylated Kraft lignins were evaluated for their ability of structuring vegetable oils into
oleogels. Microwave-assisted acetylation was used to adjust lignin's degree of substitution …

Kraft lignins from different poplar genotypes (Populus alba L.“PO-10-10-20” and Populus x
canadensis “Ballotino”) were isolated by selective acid precipitation (pH 5 and 2.5) …

Lubricants play a pivotal role in reducing wastage-to-energy caused by friction and
increasing efficiency and durability by decreasing production and manufacturing costs. In …

This study aimed to develop new biobased materials containing plasticized cellulose
acetate (CA) by Fused Filament Fabrication (FFF). We investigated the influence of CA on …

The growing demand for sustainable materials has been driving research towards the use of
biopolymers from natural resources. This study explores the valorization of lignin-rich solid …

This work describes the chemical and structural characterization of a lignin-rich residue from
the bioethanol production of olive stones and its use for nanostructures development by …

In this work, the electrospinnability of cellulose acetate butyrate (CAb) solutions, and the
ability of the resulting micro‐and nano‐architectures to structure castor oil are studied …