Ecofriendly sustainable synthetized nano-composite for removal of heavy metals from aquatic environment

Abstract The toxicity of heavy metals in the aquatic environment is a serious challenge to global community. Even at low concentrations, have cumulatively destructive effect on living organisms environment. Biomass wastes been investigated for removal published literature; however, performance and capacity biomass represents drawback towards effective application. Therefore, this study, waste such as corn leaves that cost precursor eco-friendly sustainable nanostructured composite. In research, several experiments conducted focusing upgrading bioresource removing from addition low-cost material, nanomaterials zinc oxide an attractive combination iron nickel ions. Characterization synthesized composite material was using XRD–FESEM-mapping EDX–HRTEM SAED–Zeta size Zeta potential. Moreover, studying efficiency nano-composite ions adsorption shows outstanding increase performance. results suggest adding nanomaterial matter obtaining nanosize, enables metals.