Heavy metals are a notable pollutant in aquatic ecosystems that results in many deadly
diseases of the human body after enrichment through the food chain. As an environmentally …

Biopolymer functionalization is perceived as an innovative approach to revolutionizing bio-
catalyzed chemical transformations. Lignin, the chief natural source of polyphenols, has an …

This work describes the preparation of new eco-friendly adsorbents with a simple method.
Gel beads of coffee grounds cellulose (CGC) and sodium alginate (SA) were prepared for …

The deployment of lignin, one of the most naturally occurring biopolymers and sources of
aromatics with plenty of reactive functional sites, in discovering and developing catalysts …

The current study investigates for the first time the physico-chemical performances of lignins
from cactus waste seeds (CWS) and spent coffee (SC) in comparison to previously isolated …

Every year, the food industry generates a large amount of waste, which prompts researchers
to come up with a solution to efficiently manage the issue to support zero-waste concepts …

The current work aims to assess the nano-reinforcing effect of carboxylated cellulose
nanocrystals (C-CNCs) from alfa fibers in the development of corn starch-mimosa tannin bio …

Synthetic toxic dyes from liquid wastes can be harmful for living organisms and the
environment, even at low concentrations. This research investigated the utilization of the …

Nowadays, cellulose as a potential bioresource has attracted the interest of many industries
such as textile, chemical, pharmaceutical, and composite industries. The most common …

Lignin's polyfunctionality is evolving into alternative bio-based catalysts from under-used
agro-industrial waste. To promote safe and eco-conscious disposal of these residues …