Cl
À
, (100), SO
4
2À
, (70.5), Ca
2+
, (70.7),
Mg
2+
, (72.1), K
+
, (68.1)and NO
3
À
,
(100)
Ti-Pt/graphite
Tap water
Tap water
16
1 V/cm
Textile dye effluent contaminated soil, EK (Annamalai
et al. 2014a, b)
Cl
À
, (84), SO
4
2À
(68), COD (70), Cr
(46.4), Pb (65.6), Ni (69.2), Cu (70.1).
TSIA/Ti mesh
0.1 M
ammonium
acetate (7)
0.1 M
ammonium
acetate
(8–9)
5
2 V/cm
Textile dye effluent contaminated saline soil, EK
(Annamalai et al. n.d.)
SO
4
2À
(96)
TSIA/Ti mesh
0.01 M HCl
(4–5)
0.01 M HCl
(4–5)
4
3.3 V/cm
Textile dye effluent contaminated soil, EK (Annamalai
et al. 2016)
TOC (68)
TSIA/Ti mesh
0.1 M
K2SO4
(4–5)
0.1 M
K2SO4 (7)
4
3.3 V/cm
Saline greenhouse soil, EK
(Kim et al. 2011)
Cl
À
(À2.9), SO
4
2À
(35.5), NO
3
À
(28.1),
Ca
2+
, (70.7), Mg
2+
(11.1), K
+
(64.4)
Stainless steel electrodes Tap water
Tap water
14
1 V/cm
Saline soil,EK (Jo et al.
2015)
SO
4
2À
(66.2)
Ir-coated Ti/Ir-coated Ti Tap water
Tap water
21
1 V/cm
SO
4
2À
(53.6)
Fe/Ir-coated Ti
Tap water
Tap water
7
1 V/cm
SO
4
2À
(81.4)
Fe/Ir-coated Ti
Tap water
Tap water
14
1 V/cm
SO
4
2À
(94.6)
Fe/Ir-coated Ti
Tap water
Tap water
21
1 V/cm
SO
4
2À
(88.8)
Fe/Ir-coated Ti
Tap water
Tap water
21
1 V/cm
Metal contaminated soil, EK
(Ryu et al. 2011)
Cu (48.0), as (1.3), Pb (75.7)
Ti coated with mesh-type
Pt electrode (anode)/
graphite (cathode)
Tap water
0.1 M
HNO
3
30
1 V/cm
EC
electrical conductivity (dS/m)
8 Electro-bioremediation: An Advanced Remediation Technology for the. . .
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