Environmental Engineering Reference
In-Depth Information
Table 3. (Continued).
Laminaria
ochroleuca
-
64
3h
4.5
-
25
[129]
Caulerpa
lentillifera
0.04
4.7
20min
5
-
21
[128]
R. arrhizus
(fresh) -
44.96
30-40 min 5.5
-
23
[11]
R. arrhizus
(dry)
-
42.72
30-40 min 5.5
-
23
[11]
R. arrhizus
(pretreated)
-
62.95
30-40 min 5.5
-
23
[11]
A. oryzae
(pretreated)
-
42.72
30-40 min 5.5
-
23
[11]
R. oligosporus
(pretreated)
-
41.59
30-40 min 5.5
-
23
[11]
R. oryzae
(pretreated)
-
34.85
30-40 min 5.5
-
23
[11]
Alginate beads
-
21.2
1h
6
-
23
[127]
Dry biomass
-
30.1
1h
6
-
23
[127]
Immobilized live
Oscillatoria
sp H1
-
32.2
1h
6
-
23
[127]
Immobilized heat-
inactivated
Oscillatoria
sp H1
-
27.5
1h
6
-
23
[127]
Hypnea valentiae
-
15.79
5h
6
-
30
[131]
Pleurotus platypus
-
34.96
1h
6
-
28
[135]
Agaricus bisporus
-
29.67
4h
6
-
28
[135]
Calocybe indica
-
24.09
4h
6
-
28
[135]
Exopolysacharide -
116.28
12h
5.5
-
20
[119]
Bone char
100
53.62
-
4.9
-
20
[136]
Peat
-
5.16
20min
6
-
-
[132]
Chitin
1.24
14.7
6-7h
5
-
25
[134]
The sorption capacity of oyster mushroom (
Pleurotus platypus
), button
mushroom
(Agaricus bisporus
) and milky mushroom (
Calocybe indica
) was
evaluated on biosorption of cadmium (II) from aqueous solutions [135]. They
observed that adsorption efficiency depended on the pH of the starting solution
and the optimum pH was 6.0 for all mushrooms. The removed amount of the
metallic ions increases with the increase of the biosorbent dosage and the
contact time. The maximum adsorption capacities of
Pleurotus platypus
,
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