Lignocellulosic biomass is most abundant, ecofriendly and sustainable material on this
green planet which has received great attention due to exhaustion of petroleum reserves …

The industrialization development has delivered a number of anionic species (nitrate, nitrite,
cyanide, phosphate, perchlorate, and fluoride), as well as anionic metal complexes …

Abstract Mg-Al-Zr triple-metal composite was fabricated by a facile co-precipitation method
for fluoride removal. The as-prepared composite was characterized by various technologies …

The discarding of industrial wastewater containing fluoride is hazardous to the health of
human and animals. In this research article, a novel adsorbent (CAZ) was prepared by …

When fluoride levels in water exceed permitted limits (> 1.5 mg L− 1), water pollution
becomes a major concern to humans. As a result, the adsorption method is the most optimal …

This study presents a new type of biomass material for defluoridation from water; the
material was prepared by loading tetravalent zirconium ions onto grape pomace produced …

Dried orange juice residue marketed as cattle food was converted into an economical and
environmentally benign sorbent through chemical loading with zirconium (IV). Its adsorption …

For developing nations that are economically underdeveloped but have an abundance of
biomass, using an affordable and effective heavy metal contamination treatment method …

Oranges are popularly consumed globally because of their high nutritional values and
antioxidant properties. The leftover orange wastes, readily available as a raw material, can …

With the constant rising demand for pure water to meet the needs of the growing population
particularly in developing countries, fluoride remediation from drinking water has emerged …