… This study showed that calcined phosphate can be used as a new adsorbent capable to
remove several toxic metals such as Pb(II), Cu(II), and Zn(II). The adsorption of the metal ions …

… PO 4 3− has strong affinity for metal ions like Cr 3+ and Al 3+ . Oxides of Cr and Al in
aqueous medium will have surface OH groups. PO 4 3− in solution undergoes ligand exchange …

… In this study, we prepared calcined cobalt hydroxide (cobalt oxide) and used it as an
adsorbent for phosphate ion adsorption from aqueous solution. The properties of the adsorbents, …

… The calcined samples possibly proceed … phosphate ions and hydrated ZnO formed after
calcination, although the structural memory effect was observed for the samples calcined below …

… this study, phosphate adsorption onto LDHs (raw or calcined) could be attributed to a
combination of different mechanisms, eg, surface adsorption, ion exchange and ion incorporation …

… By using cobalt(II) acetylacetonate as the metal ion center and phenyl phosphonic acid (C
6 H 7 O 3 P) as a ligand in methanol, the morphology of COP precursor was adjusted by …

… However, apertures may not match well with metal ions or the positively charged metal sol
particles. … The calcination process may influence weak phosphate adsorption on the surface of …

… This study shows that calcined nickel hydroxide is an effective and widely available … of
phosphate ion from aqueous solution. Virgin nickel hydroxide (Ni) was prepared by calcination at …

… precursor metal ions and their concentrations in the brucite layers for the removal of phosphate
… Calcined LDHs can remove phosphate ions through a process called memory effect, in …

… of weak nonstoichiometric phases has been postulated to occur when divalent or trivalent
metal ions in LDHs are susceptible to oxidizing during calcination at ⩾300 C in air [14]. Since …