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Fundamentals of Green Chemistry

12 Recensioni
(12 valutazioni)
9 Recensioni
Lingua:  English
This book discusses the basic concepts of green chemistry with special emphasis on organic synthesis. It is designed for the undergraduate chemistry curriculum.
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This book discusses the basic concepts of green chemistry with special emphasis on organic synthesis. It is designed for the undergraduate chemistry curriculum. It is my hope that this book will be useful to instructors, students and chemists in general in learning about green organic chemistry and its interdisciplinary applications.

About the author

Dr Bashir is presently working as Assistant Professor at Govt. Degree College Sopore Kashmir. Previously he was lecturer at University of Kashmir, North campus Baramulla Kashmir. He has also worked as Assistant Professor at Maulana Azad College Aurangabad Maharastra India, Senior Project Fellow IIIM Jammu, Senior Research Fellow IIIM Jammu, Junior Research Fellow IIIM Jammu, Junior Research Fellow (IICT Hyderabad), Lecturer (Maulana Azad College, Aurangabad Maharastra India) and Visiting Lecturer (Post Graduate Department of Chemistry, Vasantroa Nayak College, of Science Aurangabad Maharastra India. He has 12 years of experience in teaching and research. Dr Bashir has published more than 50 research papers in highly reputed journal. He has also published some books on different topics of chemistry. He is editor and peer reviewer of many chemistry journals. He has participated in the scientific committee of several conferences and associations and has delivered many invited talks in India and abroad. His research interests involve Green Chemistry, Heterogeneous Catalysis, Organic Chemistry and Environmental Chemistry.

  • About the author
  • Preface
  1. Green Chemistry Theory
    1. Introduction
    2. Definition of green chemistry
    3. The role of chemistry
    4. Tools for green chemistry
    5. Selection of starting material
    6. Choice of catalysts
    7. Alternative solvents
    8. Appropriate reagents
    9. Microwave chemistry
    10. Microwave effect
    11. Comparison between microwave heating and conventional heating
    12. Limitations of microwave chemistry
    13. Ultrasound chemistry
    14. Sonochemical Reactions
    15. Factors affecting cavitation
    16. Sources of ultrasound in sonochemistry
    17. The 12 principles of green chemistry
  2. Designing a chemical synthesis
    1. Designing a Green Synthesis
    2. Prevention of waste/by-products
    3. Maximum incorporation of the reactants (Starting materials and reagents) into the final product
    4. Atom efficiency
    5. Prevention or minimization of hazardous/toxic products
    6. Designing safer chemicals
    7. Selection of appropriate auxiliary substance
    8. Green solvents
    9. Alternative solvents for separation processes
    10. Proliferation of solvent-less processes
    11. Solvent-free techniques
    12. Reactions on mineral solid supports
    13. Immobilized solvents
    14. Ionic liquids (short description)
    15. Energy requirements for synthesis
  3. Green Chemistry Practice
    1. Microwave-assisted reactions in organic solvents
    2. Esterification
    3. Fries rearrangement
    4. Orthoester Claisen rearrangement
    5. Diels Alder reaction
    6. Decarboxylation
    7. Alkylation
    8. Oxidation
    9. Reduction
    10. Coupling reactions
    11. Cannizzaro reaction
    12. Strecker synthesis
    13. Reformatsky reaction
    14. Microwave-assisted reactions in water
    15. Elimination reaction
    16. Hydrolysis
    17. Oxidation of toluene
    18. Oxidation of alcohols
  4. Trends in Green Chemistry
    1. Microwave assisted solid state reactions
    2. Deacetylation
    3. Protection
    4. Deprotection
    5. Saponification of esters
    6. Ultrasound assisted reactions
    7. Esterification by under ultrasound irradiation
    8. Substitution reactions
    9. Ultrasound promoted substitution reactions
    10. Oxidizing reagent and catalysts
    11. Green oxidants
    12. Biomimetic, multifunctional reagents
    13. Combinatorial chemistry
    14. Solvent free reactions
    15. Non-covalent derivatization
    16. Green chemistry in sustainable development

Thank you so much Sir! The book contains elaborate concepts. I was expecting some visual diagrams.
excellent book especially for UG and PG students
Very nice book and full of knowledge. Bst book for me in chemistry.
It is a student friendly book and covers very important concepts of green chemistry in a very systematic manner. I strongly recommend it to the people who want to make a clear understanding of green chemistry.
This is my go to book for Green Chemistry. It has been lucidly written in a clear language and genuinely ignites interest in the subject.
The book is exceptionally good initiative by the author especially keeping in view the lack of conceptual knowledge among the freshers of the subject. Also I hope the book can widen the horizon of our students regarding the environmental ethics in relation to chemistry.
I would personally like to recommend this book to all chemistry and engineering students as it discusses basic concepts of Green chemistry in a systematic manner and lucid language.
It is nice piece of writing with lucid language. I hope that this book will be helpful to every chemistry student.
This book is easy to understand & very useful. I recommend it to all.
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Bashir Ahmad Dar