إزالة الفينول بالكوك النفطي السوري المنشط بكلوريد الخارصين

Abstract EN

In this research, the adsorption process were studied for Phenol from aqueous solutions on the surface of Syrian petroleum coke activated by zinc chloride with concentration of 50% at 500oC carbonization temperature.

Activated carbon was described by the images of electronic scanner (SEM), X-Ray diffraction spectrum and FTIR spectrum.

The results show that the percentage of phenol elimination increases with time till the time of equilibrium (140 min.) and it decreases with increases of the initial concentrations and temperature.

The maximum percentage of phenol elimination was found to be between 72-96%.

This study finds that Syrian petroleum coke is a promising substance to produce activated coals with high adsorption capacities and diversity in the nature of the chemical surface.