Repurposing waste plastic into a sustainable adsorbent for removing synthetic dye: experimental, optimization and theoretical modeling

January 1, 2026RSC AdvancesOpen Access

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Key Points

The aim is to evaluate the use of waste plastic as a sustainable adsorbent for synthetic dye removal.
Experimental setup for preparing activated carbon from waste plastic.
Optimization techniques to enhance the dye adsorption capability of activated carbon.
Theoretical modeling to support experimental findings.
Activated carbon derived from waste plastic shows significant efficacy in removing synthetic dye.
Optimization processes improve the adsorption rate, demonstrating potential for industrial applications.
Theoretical modeling aligns with experimental data, validating the methodology.

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Experimental optimization reveals that activated carbon effectively removes synthetic dye from waste plastic, suggesting sustainable applications.

Schematic representation of preparation of activated carbon and its application for BG adsorption.

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Eldomiaty et al. (2026) studied this question.

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