Nano hydroxyapatite (Ca10 (PO4) 6 (OH) 2, HAp) has aroused widespread attention as a
green and environmentally friendly adsorbent due to its outstanding ability in removing …

Rapidly increasing development of nuclear power stimulates the exploration of low-cost and
highly efficient materials to selectively remove uranium (VI) from contaminated wastewater …

Fluorosis is a major scourge in many countries caused by prolonged consumption of
drinking water with high fluoride content found in groundwater resources. Hydroxyapatite …

The current article describes an eco-friendly, cost efficient, rapid, and easy biogenic method
of synthesis of silver nanoparticles (AgNPs) using aqueous extract of Mahua (Madhuca …

Highly efficient removal of U (VI) from uranium-containing wastewaters is urgently needed
with the global nuclear energy exploitation. Herein, we design a large-scale fabrication of …

Corbula trigona shell powder (CTSP) was modified by a hydrothermal method using
phosphoric acid to remove fluoride ions from groundwater. This method was performed by …

This study investigated the influence of different carbon to nitrogen (C/N) ratios on the bio-
removal efficiency of aquatic pollutants like calcium (Ca 2+), fluoride (F−), and nitrate (NO 3 …

A cellulosic nanoadsorbent was developed from the fruit coat of a forest tree named, Kendu
(Diospyros melanoxylon) to remove tartrazine dye, popularly known as the yellow dye, from …

The use of waste or natural resources is an interesting approach to preparing adsorbent
materials. Most adsorption materials are powder-based, making them impractical for a …

Fluoride (F), an essential trace element, plays a significant role in the skeletal systems of
teeth and bone. However, drinking water with a high level of fluoride (more than 1.5 ppm) …