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Table 3 Comparison of the adsorption best conditions of this study with other literature

From: Leidenfrost green synthesis method for MoO3 and WO3 nanorods preparation: characterization and methylene blue adsorption ability

Adsorbent

Dose, g\L

Shaking Time, min

pH

[Dye], ppm

%

qm

Reference

MoO3

0.6

50

10

50

99

151.41

This work

WO3

2

40

2

50–100

99

102.73

This work

Alg/Clin/Fe3O4

2

60

10

10

93.62

12.48

[54]

Clin/Fe3O4

1

60

10

10

97.57

45.66

[54]

Activated carbon (AC)

0.05

5

6.5–7

100

95

148.80

[55]

WO3

0.002

–

5

–

–

64.20

[21]

Hordeum vulgare bran (BB)

2.5

4 h

5.07

10

–

63.20

[56]

Enset (Ensete ventricosum midrib leaf, EVML)

2.5

1 h

5.07

10

–

35.50

[56]

Gum ghatti–graft–poly(4-acryloyl morpholine) hydrogel

–

3.33 h

7

1000

–

90.60

[57]

Xylan–gelatin-crosslinked hydrogel

–

5.83 h

5.84

40

–

26.04

[58]

Schott or taro tuber hydrogel

0.12

80

8.5

20

72.35

12.50

[59]

Magnetite hierarchical hollow silica spheres (Fe3O4@HHSS)

1

120

7

10

97.6

71.45

[60]

Cellulose capped magnetite nanofluids

–

–

–

–

 

13.54

[61]

Magnetite nanorods coated with green tea polyphenols

1

16

7

3.5

95

7.25

[62]

Iron impregnated nanoclay

0.08

120

7

40

–

79.68

[51]

Nanoclay

0.12

140

11

20

–

54.85

nZVI

0.14

140

13

20

–

15.25