"Green Chemistry in Nanotechnology for Sustainable Synthesis, Characterization, and Applications of Nanoparticles" is a comprehensive guide to the intersection of green chemistry and nanotechnology, focusing on the eco-friendly synthesis, characterization, and wide-ranging applications of nanoparticles. As the demand for sustainable solutions increases, this book demonstrates how green chemistry principles can be used to lessen the environmental impact of nanoparticle production. The book discusses a number of novel, low-energy, and non-toxic ways for producing nanoparticles, including biological, solvent-free, and renewable resource-based approaches. It delves further into the advanced characterization techniques used to assess nanoparticle size, shape, surface qualities, and composition, ensuring that each material meets the performance requirements for specific applications. In addition to synthesis and characterization, the book discusses nanoparticles varied uses in areas such as medicine, environmental cleanup, energy storage, and catalysis. The book emphasizes practical, real-world examples to show how these nanoparticles, produced using sustainable processes, might assist address global issues such as pollution, energy efficiency, and healthcare. This book, written for researchers, students, and professionals in nanotechnology, chemistry, and environmental science, bridges the gap between green chemistry and nanotechnology by providing valuable insights into how sustainable practices can revolutionize the nanoparticle industry while also contributing to a cleaner, greener future.

This book is primarily intended at professionals, researchers, and students working in nanotechnology, green chemistry, environmental science, and materials science. Specific job titles and roles include the following:

1. Nanotechnology Researchers and Engineers: Individuals who develop and apply nanomaterials, with a focus on sustainability and environmental practices.
2. Green Chemists and Chemical Engineers - Professionals developing sustainable chemical processes and using green chemistry ideas to nanoparticle synthesis.
3. Environmental Scientists and Engineers are experts in pollution control, environmental remediation, and sustainable technologies who can use green nanotechnology for resource management.
4. Materials scientists specialize in developing novel materials, particularly nanomaterials, for industrial, medicinal, and environmental uses.
5. Pharmaceutical Researchers and Biotechnologists - Experts in drug delivery systems, medical diagnostics, and healthcare applications of nanoparticles, including those involved in pharmaceutical R&D.
6. Academics and Graduate Students: Scholars and students in subjects such as chemistry, chemical engineering, materials science, environmental science, and nanotechnology, with a focus on sustainable practices and innovation.
7. Renewable Energy Professionals: Those working in energy storage, batteries, and catalysis, where nanoparticles improve efficiency and sustainability.
8. Sustainability Consultants: Experts advising industries on green practices and sustainable material production can benefit from understanding the use of green chemistry in nanotechnology.

These professionals will find the book essential in guiding their work at the convergence of sustainable chemistry and nanotechnology, as it provides practical ideas and approaches that are immediately applicable to real-world situations.

Submission Guidelines

Submission Guidelines for CRC Press Book Chapter:

1. Formatting: Follow CRC Press format guidelines. Ensure your manuscript is well-organized and professionally formatted.

2. Review Process: Your chapter proposal will undergo a double-blind review process to ensure relevance, quality, and originality.

3. Final Submission: Upon acceptance, submit the full chapter following the provided guidelines.

APA Style References:

• In-Text Citations: Use the author-date method for in-text citations (e.g., (Smith, 2020)).

• Reference List: Start on a new page titled "References" in bold and centered. List references alphabetically by the last name of the first author2. Apply a hanging indent to each reference.

• Basic Format: Author, A. A. (Year). Title of work. Publisher2.

List of Topics

• Theme 1: Sustainable Nanomaterials and Green Synthesis
  • Eco-friendly synthesis of nanoparticles
  • Green chemistry principles in nanotechnology
  • Renewable resources for nanomaterial synthesis
  • Sustainable catalysis and reaction engineering
• Theme 2: Characterization and Applications
  • Advanced characterization techniques for green nanomaterials
  • Biomedical applications of green nanoparticles
  • Environmental applications of green chemistry in nanotechnology
  • Industrial applications and case studies
• Theme 3: Environmental Impact and Safety
  • Toxicity assessment of nanomaterials
  • Regulatory frameworks for sustainable nanotechnology
  • Waste reduction and circular economy in nanotechnology
  • Life cycle assessment of nanomaterials
• Theme 4: Ethical and Regulatory Aspects in Green Nanotechnology
  • Ethical challenges in nanotechnology and sustainability
  • Green chemistry regulations and compliance
  • Safety and toxicity concerns of nanoparticles
  • Public perception and acceptance of green nanotechnology
• Theme 5: Industrial and Commercial Applications of Green Nanotechnology
  • Scale-up strategies for sustainable nanomaterial production
  • Industry case studies on eco-friendly nanotechnology
  • Circular economy and waste management in nanomanufacturing
  • Business models for green nanotech startups

Editors

• Dr. Hadagali Ashoka
• Dr. B. E. Rangaswamy
• Dr. Usha Desai
• Dr. Rakesh Sengupta
• Dr. B. S. Maddodi

Publication

GCN2025 proceedings will be published in by CRC Press (Scopus Indexed)

Contact

All questions about submissions should be emailed to dr.ushadesai@seaedu.ac.in, rakesh.sengupta.hyd@outlook.com