Visible light assisted photooxidative facile degradation of azo dyes in water using a green method
Muhammad Yousif,
Ahmad H. Ibrahim,
Sawsan S. Al-Rawi
et al.
Abstract:Exploring the role of ascorbic acid in photo-oxidative degradation of azo dyes: pioneering a greener approach to photooxidative wastewater treatment.
“…Plots showing predicted vs. actual values were created for each model to evaluate the model's acceptability. 50,51 As seen in Fig. 5, the actual and predicted values correspond closely, indicating that the model can be utilized to explore the selected design space.…”
Surface enhanced coal fly ash (SECFA) has been prepared using acid–base treatment which showed 97.52% dye removal while raw coal fly ash (RCFA) removed only 81.52% dye from wastewater at given conditions.
“…Plots showing predicted vs. actual values were created for each model to evaluate the model's acceptability. 50,51 As seen in Fig. 5, the actual and predicted values correspond closely, indicating that the model can be utilized to explore the selected design space.…”
Surface enhanced coal fly ash (SECFA) has been prepared using acid–base treatment which showed 97.52% dye removal while raw coal fly ash (RCFA) removed only 81.52% dye from wastewater at given conditions.
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