COSTENTER x
Giusy Lofrano <giusylofrano@gmail.com>
Alıcı: Antonella, Luigi, Diana, Luciana, ceyda, burak.demirel, Turgut, pureson, roberto.andr eo., Raffaele, Idil, Roberta, Patrizia, Maurizio, Daniela, Alessandro, bana, Damia, Davide, Sonia.Ojo, Giovanni, Jeanette
Dear Authors,
We are pleased to give you the green light for our Springer Book!
We expect to have 14 chapters. There is no limit to the number of pages. After submission, typesetters will take care the manuscript and ensure it fits Springer’s ‘style’.
We will be waiting for your contributions by the end of April 2016 and remain at your disposal for any question.
Thanks once more to you and you co-authors for accepting our invitation to contribute in this editorial project.
Your skills and expertise make me sure that it will be a successful publication!
Kindest regards and good work!
Giusy Lofrano Giovanni Libralato Jeanette Brown
Damia Barcelo Culleres <dbcqam@cid.csic.es>
Alıcı: Giusy, Antonella, Luigi, Diana, Luciana, ceyda, burak.demirel, Turgut, pureson, rober to, Raffaele, Idil, Roberta, Patrizia, Maurizio, Daniela, Alessandro, bana, Davide, Sonia, Gi ovanni, Jeanette
To: Antonella De Luca <anto_gnr@hotmail.it>, Luigi Rizzo <l.rizzo@unisa.it>, Diana Sannino
<dsannino@unisa.it>, Luciana Dini <luciana.dini@unisalento.it>, ceyda uguyner <uygunerc@boun.edu.tr>, burak.demirel <burak.demirel@boun.edu.tr>, Turgut Onay <onayturg@boun.edu.tr>, pureson
<pureson@163.com>, roberto andreozzi <roberto.andreozzi@unina.it>, Raffaele Marotta <rmarotta@unina.it>, Idil Arslan Alaton <arslanid@itu.edu.tr>, Roberta Adinolfi <robertaadinolfi@yahoo.it>, Patrizia IANNECE
<piannece@unisa.it>, Maurizio Carotenuto <mcarotenuto@unisa.it>, Daniela BALDANTONI
<dbaldantoni@unisa.it>, Alessandro BELLINO <abellino@unisa.it>, Sureyya Meric <smeric@nku.edu.tr>, Damia Barceló <dbcqam@cid.csic.es>, Davide Vignati <david-anselmo.vignati@univ-lorraine.fr>
Cc: Sonia Ojo <Sonia.Ojo@springer.com>, Giovanni Libralato <giovanni.libralato@unive.it>, Jeanette Brown
<jeanette.brown@manhattan.edu>
2 APPLICATIONS AND IMPLICATIONS OF NANOTECHNOLOGIES FOR
ENVIRONMENTAL REMEDIATION
Nanotechnology holds great potential in advancing water and wastewater treatment general performance boosting water supply through the safe use of unconventional water sources such as treated wastewater. Similarly, nanoremediation could drastically improve subsurface in situ remediation efficiency increasing the contaminant degradation and detoxification and minimizing off site or ex situ activities.
The aims of developing nano-based techniques and later on technologies to remediate polluted waters, groundwater and soil/sediment are in growing harmony with the Principles of Green Chemistry, and more broadly, Green Engineering and Technology. In the framework of the book, worldwide investigators present and discuss the continuing efforts to better understand the recent development in applying nanoscience, nano-engineering and nanotechnology for environmental remediation. Candidate nanomaterials, properties and mechanisms that enable the applications, advantages and limitations as compared to existing processes, and barriers and research needs for commercialization are presented in the chapters 2-3. The chapter 4-5 will compile the aspect related to the detection of nanomaterials. The application of nanomaterials in photocatalysis processes and as adsorbents is discussed in the chapters 6-9, whereas the effect of nanoparticles in the activated sludge process is discussed in chapter 10. The chapters 11-12 will present the effects of nanoparticles on crops. The risk associated to the presence of nanoparticles into the environment will be evaluated in chapters 12-13. Finally, chapter 14 will present the environmental effects of nZVI for land remediation.
All chapters include fundamentals of the processes investigated that will offer students, technicians, academics the opportunity to evaluate and select the technologies that lead to be aware of the risks and benefit related to the application of nanotechnologies for environmental remediation.
Editors
Giusy Lofrano Giovanni Libralato Jeanette Brown
3 LIST OF AUTHORS SPRINGER BOOK
1. Nanotechnologies for environmental remediation: state of art and perspectives Editors
2. Nanomaterials for water remediation: synthesis, application and environmental fate.
Antonella De Luca, Sandra Contreras Iglesias
3. Exploiting ''new dimensions" for water purification: Nanomaterials applications and perspectives
Diana Sannino, Luigi Rizzo
4. Safety issues and risk assessment for aquatic organisms: detection of nanomaterials Luciana Dini
5. The presence and detection of engineered nanomaterials in landfill leachate Ceyda Senem Uyguner Demirel, Burak Demirel, Turgut Onay
6. Nanomaterials for adsorption and heterogeneous reaction in water decontamination Chun Zao
7. Solar Photocatalytic Processes to remove heavy metals from wastewaters Laura Clarizia, Danilo Spasiano, Raffaele Marotta, Roberto Andreozzi
8. Activation of common oxidants with zero-valent Fe and Al nanoparticles for the treatment of micropollutants found in water and wastewater
Idil Arslan Alaton
9. Photocatalytic degradation of CAP under UV-C, solar and visible light using TiO2.
Mineralization and intermediate products
Roberta Adinolfi, Giusy Lofrano, Patrizia Lamberti, Maurizio Carotenuto 10. Effects of silver nanoparticles in the activated sludge process
Jeanette Brown
11. Effects of nano-TiO2 and vancomycin on seed germination of several crops
Giusy Lofrano, Daniela Baldantoni, Giovanni Libralato, Alessandro Bellino, Ilaria Lodato, Maurizio Carotenuto
4 12. Risk assessment of TiO2 and ZnO nanoparticles to Rocket Plant
Sevinç Adiloglu, Deniz İzlen Çifci, Sureyya Meric
13. Risks of co-occurring Mixtures of Fullerenes and Emerging Contaminants in the Aquatic Environment. Metabolomic responses of Mussels Exposed to Fullerene Soot
Damia Barcelò, M. Farrè
14. Environmental effects of nZVI for land remediation Giovanni Libralato, Andrea Costa Devoti, Davide Vignati