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Impact of operating conditions for the continuous-flow removal of dye effluents in a fixed-bed reactor using light expanded clay aggregate as a green adsorbent with ultrasound-assisted desorption

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Industry: Physical chemistry
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Instrument: Wallis

Industry: Physical chemistry

DOI: https://doi.org/10.1002/apj.2508

Keywords: adsorption, adsorption isotherm, dye removal, light expanded clay aggregate, Reactive Red 33, thermodynamics, ultrasound-assisted desorption

The adsorption of Reactive Red 33 dye from aqueous solution onto light expanded clay aggregate (LECA) in a batch mode, fixed-bed reactor has been investigated. The adsorption studies were determined as a function of dye initial concentration, pH, flow rate, temperature, and adsorbent size using response surface methodology. (278 characters)
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