2015Procedia Environmental SciencesOpen access

Natural Zeolites as Potential Materials for Decontamination of Radioactive Cesium

Erni Johan, Toshio Yamada, Moses Munthali, Ponyadira Kabwadza-Corner, Hiromichi Aono, Naoto Matsue

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Abstract

Adsorption experiments of Cs+ were carried out by using two natural zeolites, namely mordenite and clinoptilolite. The same experiments were also conducted by using synthetic zeolite A, synthetic zeolite X, and artificial zeolite Na-P1 as references. The purpose of this study was to investigate the potential of natural zeolites on the adsorption of radioactiveCs+. The results indicated that although cation exchange capacity of the natural zeolites was much lower compared to the synthetic and artificial zeolites, the adsorption capacity of Cs+ was much greater than the synthetic and artificial zeolites. The order of the adsorption capacity of Cs+ was mordenite>clinoptilolite> Na-P1 >> zeolite A > zeolite X. It indicates that natural zeolites are promising materials in the removal of radioactive Cs+.

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What this paper is about

Adsorption experiments of Cs+ were carried out by using two natural zeolites, namely mordenite and clinoptilolite. The same experiments were also conducted by using synthetic zeolite A, synthetic zeolite X, and artificial zeolite Na-P1 as references. The purpose of this study was to investigate the potential of natural zeolites on the adsorption of radioactiveCs+. The results indicated that although cation exchange capacity of the natural zeolites was much lower compared to the synthetic and artificial zeolites, the adsorption capacity of Cs+ was much greater than the synthetic and artificial zeolites. The order of the adsorption capacity of Cs+ was mordenite>clinoptilolite> Na-P1 >> zeolite A > zeolite X. It indicates that natural zeolites are promising materials in the removal of radioactive Cs+.

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Available abstract

Adsorption experiments of Cs+ were carried out by using two natural zeolites, namely mordenite and clinoptilolite. The same experiments were also conducted by using synthetic zeolite A, synthetic zeolite X, and artificial zeolite Na-P1 as references. The purpose of this study was to investigate the potential of natural zeolites on the adsorption of radioactiveCs+. The results indicated that although cation exchange capacity of the natural zeolites was much lower compared to the synthetic and artificial zeolites, the adsorption capacity of Cs+ was much greater than the synthetic and artificial zeolites. The order of the adsorption capacity of Cs+ was mordenite>clinoptilolite> Na-P1 >> zeolite A > zeolite X. It indicates that natural zeolites are promising materials in the removal of radioactive Cs+.

Key concepts: Clinoptilolite, Zeolite, Mordenite, Adsorption, Human decontamination, Caesium, Molecular sieve, Chemistry

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