Stripping of Cu Ion from Aquatic Media by Means of MgY2O4@g-C3N4 Nanomaterials

In this study, quaternary MgY2O5@g-C3N4 nanomaterials were produced using a simplistic ultrasonic power technique in the presence of an organic solvent, and their capability to abolish Cu (II) from aqueous solution was evaluated. As validated by powder X-ray diffraction, synthesized possessed excellent crystallinity, purity, tiny crystalline size. According BET TEM, with high porosity nanosheets perfect active sites made removal water treatment feasible. At pH 3.0, displayed good adsorption capability. The adhered Langmuir model, estimated theoretical maximum aptitude 290 mg/g. kinetics investigation, pattern best fitted pseudo-second-order model. Depending on FTIR results nanocomposite prior after uptake, surface complexation ion exchange ions hydroxyl groups dominated (II). have great potential as adsorbents for due easy manufacturing process capacity. Additionally, reuse MgY2O4@g-C3N4 tested through succession four cycles HNO3. result showed stability material mineral pollution removal.