Environmental Engineering Reference
In-Depth Information
Table 2 Color removal by anaerobic granular sludge under mesophilic conditions
Type
Names of dyes
Decoloration efciency
(%)
Decoloration
rates
Concentrations
Reference
About 50 mg l
−
1
of dye
Anthraquinone
Reactive blue 19
Abadulla et al. (
2000
)
70
-
4.3 mg l
−
1
h
−
1
About 50 mg l
−
1
(0.08 mM) of
dye
Anthraquinone
Reactive blue 4
Albuquerque et al. (
2005
)
73
13.0 mg l
−
1
h
−
1
About 50 mg l
−
1
(0.08 mM) of
dye
Anthraquinone
Reactive blue 19
Albuquerque et al. (
2005
)
90
Anthraquinone
Disperse red 159
Beydilli et al. (
1998
)
0
0
About 300 mg l
−
1
of dye
Anthraquinone
Reactive Blue 4
Blumel and Stolz (
2003
)
-
>84
About 300 mg l
−
1
of dye
Anthraquinone
Reactive blue 19
Blumel and Stolz (
2003
)
-
>84
0.24 mg day
−
1
Azo dye
Direct blue 53
About 0.3 mM of dye
Bragger et al. (
1997
)
99
0.61 mg day
−
1
Azo dye
Direct blue71
About 0.3 mM of dye
Bragger et al. (
1997
)
100
16.60 mg day
−
1
Azo dye
Direct red 79
About 0.3 mM of dye
Bragger et al. (
1997
)
97
7.80 mg day
−
1
Azo dye
Direct red 81
About 0.3 mM of dye
Bragger et al. (
1997
)
99
4.42 mg day
−
1
About 50 mg l
−
1
Azo dye
Reactive red 235
Bromley-Challenor et al.
(
2000
)
100
23.5 mg day
−
1
About 50 mg l
−
1
Azo dye
Reactive blue 235
Bromley-Challenor et al.
(
2000
)
100
23.4 mg day
−
1
About 50 mg l
−
1
Azo dye
Reactive yellow
168
Bromley-Challenor et al.
(
2000
)
100
11.6 mg l
−
1
h
−
1
About 300 mg l
−
1
of dye
Azo dye
Reactive red 198
Brown (
1981
)
95
About 50 mg l
−
1
of dye
Azo dye
Mordant blue 13
Abadulla et al. (
2000
)
83
-
About 50 mg l
−
1
of dye
Azo dye
Mordant black 9
Abadulla et al. (
2000
)
-
77
About 50 mg l
−
1
of dye
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