Removal and Separatio n of Calcon Dye from Wastew ater by Magnetic S olid P hase Extr action with Iron Ox ide Nano particles Modified with CTAB

Nanotechnology is beginning to allow s cientists, e ngineers, and physicians to work at the cellul ar and molecular levels to produce major advances in the life sciences and healt hcare. Real applications of nanostru ctured mat erials in life sciences are uncommon at the p resent time. However, t he excellent properties of these materials whe n compare d with their bulk count erparts provide a very promising future for their use in this ¿eld [۱].Current challenges include further research to determine m ethods that increase the stability of nano - particles used in remediatio n, and the n eed to develop manufac turing tech niques for mass producti on of these materials [۲]. Nanosize d magnetic particles possess high performance in the separation proces s due to th e high speci¿c surface area and the absence of internal di ffusion resistance [۳].

کلیدواژه ها:

Magn etic Iron Oxide Nanoparticles ، Ad sorption Isotherm ، Calcon ، Separation ، AKPC