Analytical Instrumentation Techniques of FT-IR, XRD, SEM, and EDX for Adsorption Methods of Ni2+ Ions onto Low Cost Adsorbent

The present study investigates the possible removal of Ni2+ ions from aqueous solution by using low-cost Hygrophila auriculata activated nano carbon (HA-ANC) as an adsorbent. had been prepared stem waste well; raw material was carbonized with con. H2SO4 and thermal action. Batch experiments were performed in order to calculate percentage for 90.737% at 60 oC. properties treated untreated are compared instrumental techniques such FT-IR, XRD, SEM EDX, which confirms adsorption onto HA-ANC. FT-IR showed that surface HA-ANC more oxygen containing functional groups enhanced Ni2+. XRD nature adsorbent, images implies morphological deviance before after EDX C content higher than Ni2+/