In this work, methyl orange dye (MO) was selected as model pollutant to investigate adsorption
kinetics of pollutant onto mutiwalled CNTs (MWCNTs) under different experimental conditions, such as
the effect of temperature, CNT mass, MO concentration, and stirring speed on the adsorption process.
Understanding the kinetic of the adsorption is critical for the development of more efficient adsorbents
suitable for real environmental applications, the adsorption kinetics of MO on MWCNTs were studied.
The kinetic data was analyzed so that we can estimate the adsorption mechanism and different models
were applied to fit the experimental data. This information may be useful for further study and practical
applications of the adsorbent in dyeing wastewater treatment
In this work, methyl orange dye (MO) was selected as model pollutant to investigate adsorption kinetics of pollutant onto mutiwalled CNTs (MWCNTs) under different experimental conditions, such as the effect of temperature, CNT mass, MO concentration, and stirring speed on the adsorption process. Understanding the kinetic of the adsorption is critical for the development of more efficient adsorbents suitable for real environmental applications, the adsorption kinetics of MO on MWCNTs were studied. The kinetic data was analyzed so that we can estimate the adsorption mechanism and different models were applied to fit the experimental data. This information may be useful for further study and practical applications of the adsorbent in dyeing wastewater treatment
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