Hydroxyapatite (HAP) is an easily synthesizable, low-cost mineral that has been recognized
as a potential material for fluoride removal. Some of the synthesis methods of HAP are quite …

A large amount of fluorine− containing wastewater was produced with the rapid
development of the industry. Excessive fluoride content in water will not only endanger …

The hydroxyapatite-loaded swine manure derived-biocarbon was successfully prepared by
pyrolysis method for the adsorption of uranium (VI). The results of the adsorption …

With variable atomic ratios, Ce–Al bimetallic oxides were fabricated using the sol-gel
combustion method and utilized for efficient fluoride removal. The synthesized bimetallic …

Hydroxyapatite@ kaolin aerogel (HKLA) was first prepared via a combination of
coprecipitation and freeze-drying-calcination method to capture uranium from water …

In this work, camel bone biowaste and fish scales were used as a source for the production
of hydroxyappatite. Hydroxyapatite (HAP) was extracted from fish scales (FS) and camel …

Background Acid dyes in any water source strongly impact its color, blocking sunlight and
harming aquatic life. Herein, the technical applicability of a novel composite based on …

In order to explore a suitable uranium adsorbent with the advantages of low-cost,
recyclability and high efficiency, porous coal fly ash aerogels with different size of coal fly …

In this study, aluminium substituted hydroxyapatite (Al-HAp) was synthesized in-situ on
granular commercial wood charcoal at room temperature for fluoride removal from …

In this study, we demonstrate the use of functionalized inter-penetrated biomaterial mesh
composites (FMCs) as rapid hazardous heavy metal and emerging pollutant retention …