Study Contribution of the Phenol Adsorption Dynamics of the System Fiber Luffa Cylindrical

The chemical industry is a major source of pollution, because it contains a number of processes related to water use. The effluent may contain relatively large amounts of organic and inorganic substances such that the aquatic environment is constantly threatened.To find new methods of treating industrial waste water, we tried to implement the de-pollution properties of fibers of Luffa cylindrica, taking as a model of pollution of synthetic phenol solutions.In the first step, we studied the kinetics of adsorption for the system phenol/Luffa cylindrica fiber that is made in advance with different fiber (raw, processed) to find the one that has the greatest affinity for the adsorbent, and as a method of analyzing the UV spectrophotometry.In the second stage, the focus on the different flow patterns in porous media and the constraints fluid/porous media.This work shows that historically, the design of processing units depends only on hydrodynamic considerations. Currently, she needs to assess the physical and chemical aspects inherent in the process of adsorption dynamics.