Dyes are the most carcinogenic organic compounds that are discarded by most of the textile
industries without any prior treatment, which is harmful for the environment. This study aims …

The extensive release of industrial solid wastes and organic dyes has led to severe
environmental pollution, underscoring the urgent need to recycle these solid wastes and to …

In this study, hydroxyapatite derived from bovine bone (nat-HAp) was used to remove
norfloxacin antibiotic (NOR) from an aqueous solution. The nat-HAp properties were …

Dye pollution has long been an ecological and human health issue. Activated carbon is
considered to be the most promising material for dye adsorption. In this study, bamboo was …

The textile, pharmaceutical, and coloring industries can all benefit from a better
understanding of the process by which dyes and surfactants interact to develop better …

Nano-adsorbents are emerging as potential candidates for the treatment of toxic organic
pollutants. In this context, spherical SnO2 nanoparticles (NPs) are synthesized through a …

This research focuses on the utilization of nano glauconite clay as an environmentally
friendly sorbent for the removal of cationic dyes, particularly Methylene Blue (MB), from …

This study showcases the successful synthesis of Saraca asoca nanoparticles (SANPs) and
their efficacy as adsorbents for a range of cationic dyes, namely, malachite green (MG) …

To address environmental pollution caused by dyes and heavy metals, it is crucial to
fabricate effective adsorbent material to remove contaminants from the environment. In this …

This work used the subcritical water medium to create hydrothermally activated carbon
spheres (HACs) from discarded maize cobs. As a form of adsorbent, the maize cob …