1
Aminofunctionalized
attapulgite clay
nanoparticle
adsorbent
215.73
~ 80%
Langmuir
Pseudo-second-order
Spontaneous and
exothermic
3.0–10.0
Zhou et al.
(2015)
1
Malachite@clay
nanocomposite
277.77
99.82%
Langmuir
Pseudo-second-order
Spontaneous,
exothermic, and
endothermic,
respectively
2.5–10.5
Srivastava and
Sillanpää (2017)
6
238.09
88.55%
Methyl violet
Moroccan natural
clay
625
–
Langmuir
Pseudo-second-order
Spontaneous and
endothermic
3–10
Elass et al.
(2011)
8
Activated clay
13.624–16.779
94%
Langmuir,
Temkin
Pseudo-second-order
Spontaneous and
endothermic
3–7
Ma et al. (2013)
2
Organoclay
56.82
99.6%
Langmuir
Pseudo-second-order
Spontaneous and
endothermic
6.0
ArellanoCárdenas et al.
(2013)
Reactive Blue
13
Organobentonite
714.28
93%
Langmuir
–
–
–
Yao et al. (2012)
Neutral red
Hectorite
393.70
90%
Langmuir
Pseudo-second-order
Spontaneous and
exothermic
3–13
Yue et al. (2011)
Phenol
Na-montmorillonite 104.49
–
Langmuir
Pseudo-second-order
Spontaneous and
exothermic
10
Liu et al. (2014b)
Catechol
112.23
Acid Green 25 Organobentonite
3.7230 mmol g
À1
–
Langmuir
Pseudo-second-order
Spontaneous and
exothermic
6.0
Koswojo et al.
(2010)
7
Manganese oxidecoated sepiolite
319
–
Langmuir
Pseudo-second-order
–
6.5
Eren et al. (2010)
9
Bentonite
173.5
94.2%
Langmuir
Pseudo-second-order
Spontaneous and
endothermic
9.0
Huang et al.
(2017)
Acid Red 1
157.4
1
Montmorillonite
71.12
–
Langmuir
Pseudo-second-order
Spontaneous and
endothermic
8.0
Cottet et al.
(2014)
(continued)
17 Methods for the Treatment of Wastewaters Containing Dyes and Pigments
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