Journal of New Technology and Materials
Volume 7, Numéro 2, Pages 106-112
2017-12-30

Removal Of Lead Ions Using A Cellulose Acetate/ Zeolite Composite Membrane And Their Analyzes By Inverse Voltammetry

Authors : Chinar Tahani-achouak . Benbouzid Mohammed . Benfarhi Said .

Abstract

Zeolitic faujasite Y type was prepared from the crystallization of the gel resulting from the combination of the solutions of silica and alumina. Its structure was characterized by XRD, SEM, BET, ATR-FTIR, and elementary analysis. The composite membranes were prepared from a biodegradable polymer “cellulose acetate” serving as a matrix and different percentages of the synthesized faujasite Y. The filtrates obtained were analyzed by inverse voltammetry. The results showed that the retention of lead ions increased with increasing faujasite Y concentrations, and indicated an adsorption capacity of more than 50 % for the lead ions.

Keywords

zeolite; membrane; voltammetry; retention; adsorption; capacity.

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Kendouli S .  Sobti N .  Achour S . 
pages 15-17.


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pages 89-92.


Electrospun Nanofibers From Cu2o Nanoparticles And Cellulose Acetate

Kendouli S. .  Sobti N. .  Achour S. . 
pages 89-92.


Development Of A Urea Biosensor Based On A Polymeric Membrane Including Zeolite

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