Compared with both conventional biosorbents and engineered nanocomposites, MOS demonstrates a balanced and practically significant performance: although its q max is lower than that of MOFs, it surpasses all other low-cost and biogenic materials examined, while being synthesized from an abundant waste resource through simple thermal–acid activation.
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Valorization of waste oyster shells <i>via</i> thermal and acid activation for Congo red dye adsorption from aqueous media.
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