Advanced Oxidation Processes (AOP)—Effective Innovative …
199
accelerator, the risk of liberation of potential X-rays and necessary precautions to be
taken.
5 Conclusion
During the last few years, several advanced oxidation processes are studied, and few
have been established to industrial scale. The combination of hybrid processes like
electro-photo-catalysis, electro-photo-Fenton, UV/O 3 /H 2 O 2 and so on are showing
better degradation efficiency but converting the laboratory scale process to pilot scale
and to industrial scale is a challenge. The efficiency of the hybrid processes has to
be improved with minimum capital cost and reduced operating and energy cost.
The generation of sludge and their disposal remains unresolved in textile and other
industries, and these processes would offer a solution to the industry.
Appendix: Application of Sustainable and Low-Cost
Sludge-Based Adsorbents for Textile Dye Degradation
This appendix enumerates a short description of the articles
(Journals/Books/chapters/ standards) referred for relevant data in preparing
this book chapter including tables.
S.No.
Journal title
Volume/Issue
article title
Year of
publication
Page no.
Content referred in
the current book
chapter
1
Water Science
and Technology
30
1994
255–263
Table 1: Various
treatment process
for cotton textile
process effluents
with their merits
and demerits
2
Dyes Pigments
47
2000
207–218
3
Ozone Science
Engineering
17
1995
149–161
4
Soil and
Sediment
Contamination
10(6)
2001
577–591
5
Water Research
31
1997
868–876
6
Desalination
116
1998
65–80
7
Desalination
70
1988
157–167
8
Separation
Science and
Technology
34
1999
2501–2519
(continued)
199
accelerator, the risk of liberation of potential X-rays and necessary precautions to be
taken.
5 Conclusion
During the last few years, several advanced oxidation processes are studied, and few
have been established to industrial scale. The combination of hybrid processes like
electro-photo-catalysis, electro-photo-Fenton, UV/O 3 /H 2 O 2 and so on are showing
better degradation efficiency but converting the laboratory scale process to pilot scale
and to industrial scale is a challenge. The efficiency of the hybrid processes has to
be improved with minimum capital cost and reduced operating and energy cost.
The generation of sludge and their disposal remains unresolved in textile and other
industries, and these processes would offer a solution to the industry.
Appendix: Application of Sustainable and Low-Cost
Sludge-Based Adsorbents for Textile Dye Degradation
This appendix enumerates a short description of the articles
(Journals/Books/chapters/ standards) referred for relevant data in preparing
this book chapter including tables.
S.No.
Journal title
Volume/Issue
article title
Year of
publication
Page no.
Content referred in
the current book
chapter
1
Water Science
and Technology
30
1994
255–263
Table 1: Various
treatment process
for cotton textile
process effluents
with their merits
and demerits
2
Dyes Pigments
47
2000
207–218
3
Ozone Science
Engineering
17
1995
149–161
4
Soil and
Sediment
Contamination
10(6)
2001
577–591
5
Water Research
31
1997
868–876
6
Desalination
116
1998
65–80
7
Desalination
70
1988
157–167
8
Separation
Science and
Technology
34
1999
2501–2519
(continued)