h Kazemian - R&D Lab. Of SPAG Co., Technology incubator, Sci & Technol. Park of Tehran University, Tehran, Iran,
f farhadi - R&D Lab. Of SPAG Co., Technology incubator, Sci & Technol. Park of Tehran University, Tehran, Iran,
z naghdali - R&D Lab. Of SPAG Co., Technology incubator, Sci & Technol. Park of Tehran University, Tehran, Iran,
t Ghaffari Kashani - R&D Lab. Of SPAG Co., Technology incubator, Sci & Technol. Park of Tehran University, Tehran, Iran,

In this research, fly ash from Iran Ferrosilice Company was converted to zeolite P. The process introduces an alkaline fusion stage before the main zeolite synthesis and all of the used chemicals were domestically produced industrial grade materials. Zeolite synthesis mixture, which is prepared usingthis molar ratio : 2.2 SiO2 : Al2O3 : 5.28 Na2O : 106 H2O and after synthesis experiments, the zeolite obtained was analyzed by means of XRD, XRF , FT-IR and ion exchange capacity of synthesized zeolite P were also measured by kjeldal method. By this zeolitization process the cation exchange capacity (CEC) was raised up to 3.23 meq/g. Higher curing temperatures allowed the more stable state zeolite P to be reached

fly ash, zeolite P, synthesis, ion exchange capacity