FeMgMn-LDH, a type of potential environmental remediation material, has been synthesized
via a co-precipitation method, and its adsorption characteristics for nitrate were investigated …

Calcined ternary hydrotalcite like compounds had been synthesized by co-precipitation and
calcined at 450° C for 6 h. It had been applied into the nitrate removal from aqueous …

A new hydrotalcite-like material layered double hydroxide (FeMnMg-LDH) with potentials
used as adsorbent was synthesized based on a co-precipitation method. The Fe/Mn/Mg …

A laboratory study was conducted to investigate the ability of Mg–Al–Cl hydrotalcite-like
compound for the removal of nitrate from synthetic nitrate solution. In the present study Mg …

In this study, we prepared Fe–Mg-type hydrotalcites (Fe-HT3. 0 and Fe-HT5. 0) with different
molar ratios and evaluated their adsorption capability for nitrite and nitrate ions from …

Abstract As (III) and Cd (II) pose a significant threat to the ecological environment and
human health due to their high toxicity and carcinogenicity, the simultaneous removal of …

Mg-Fe layered double hydroxide intercalated with chloride (Mg-Fe-Cl LDH) was synthetized,
characterized, and evaluated as adsorbent to remove nitrate from aqueous solution. The pH …

Recently, layered double hydroxides (LDH) have been proven to be promising adsorbents
in the field of wastewater treatment mainly due to their unique characteristics. In this study, a …

Four diverse chlorides layered double hydroxides with diverse ratios, ie Mg-Al (3: 1), Mg-Al
(4: 1), Zn-Al (4: 1), and Zn-Al (3: 1) LDHs, were prepared to evaluate their efficiency and …

The development and application of new materials for phosphate removal are very important
due to its increasing emissions from the activities of daily living and socially production …