Quantification of the binding preference of selected dyes at solid-liquid interface in organized media

Syed Waqar Hussain Shah, Farman Ali, Iram Bibi


The binding behavior of anionic dyes, acid yellow 17 and acid blue 25 at activated carbon-liquid interface has been investigated in organized media based on aqueous sodium lauryl sulfate using differential electronic spectroscopy. The quantification of interactions taking place in the system was done using a simple physical model, emphasizing the displacement of bound dyes from carbon surface. The quantities of displaced dyes were comparable; however, acid blue 25 was relatively easily desorbed compared to acid yellow 17. These differences can be attributed to difference is dye size and hydrophobicity. The model was valid for premicellar region of the surfactant. The results throw light on some characteristics of solid-liquid interface.  


advance materials; dye adsorption; electronic spectral patterns; anionic surfactant

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DOI: https://doi.org/10.2298/JSC190413078S

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