Development of New Composite Adsorbents (Orange Peel Powder/Sodium Alginate) Raw and Treated With Gamma Ionizing Radiation For Solid-Liquid Separation: Study Test of Adsorption Kinetics of Spyramicin

Authors

Remil Khedoudja
Nuclear Research Center of Algiers, 02, Bd Frantz fanon, B.P. 399, Algiers- Algeria
Arabi Malika
Nuclear Research Center of Algiers, 02, Bd Frantz fanon, B.P. 399, Algiers- Algeria
Mansouri Belkacem
Nuclear Research Center of Algiers, 02, Bd Frantz fanon, B.P. 399, Algiers- Algeria
Melikchi Redouane
Nuclear Research Center of Draria, B.P. 43 Sebala- El Achour- Draria
Toumert Idir
Nuclear Research Center of Algiers, 02, Bd Frantz fanon, B.P. 399, Algiers- Algeria
Nacer Khodja Assia
Nuclear Research Center of Algiers, 02, Bd Frantz fanon, B.P. 399, Algiers- Algeria

Synopsis

In the present study, new composite materials were developed in the form of beads based on polymer (sodium alginate) and agro-food waste (orange peel powder) raw and modified by gamma ionizing radiation. This approach aims to increase the chemical bonds capable of trapping pollutants from industrial effluents. The results showed that the synthesized composite materials adsorb spyramicin and the irradiation of orange peel powder before the design of the adsorbent materials improves the retention rate and more particularity when they are irradiated in water.

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Published
December 9, 2024