p. 550−559
2821-1375
Vol.23/No.4
p. 560−569
2821-1375
Vol.23/No.4
p. 570−577
2821-1375
Vol.23/No.4
p. 578−589
2821-1375
Vol.23/No.4
p. 590−599
2821-1375
Vol.23/No.4
p. 600−607
2821-1375
Vol.23/No.4
0.99). Maximum adsorption capacity based on Langmuir model for the modified and conventional husk rice ashes were 66.6 mg/g and 4.7 mg/g, respectively. Conclusion Results indicated that efficiency of modified husk rice ash was more than that of the conventional type in phenol removal, causing less adsorbent consuming in the industrial treatment plants. Therefore, because of its availability and easy modification, it can be used in water and wastewater technology for phenol removal.]]>
p. 608−617
2821-1375
Vol.23/No.4
p. 618−625
2821-1375
Vol.23/No.4
p. 626−633
2821-1375
Vol.23/No.4
p. 634−643
2821-1375
Vol.23/No.4
p. 644−651
2821-1375
Vol.23/No.4
p. 652−661
2821-1375
Vol.23/No.4
p. 662−671
2821-1375
Vol.23/No.4
p. 672−679
2821-1375
Vol.23/No.4
p. 680−687
2821-1375
Vol.23/No.4
p. 688−697
2821-1375
Vol.23/No.4
p. 698−705
2821-1375
Vol.23/No.4
p. 706−713
2821-1375
Vol.23/No.4
p. 714−723
2821-1375
Vol.23/No.4
p. 724−731
2821-1375
Vol.23/No.4
p. 732−739
2821-1375
Vol.23/No.4