About Workshop
This workshop spans three days, each dedicated to different facets of carbon nanomaterials. Participants will explore the synthesis methods of CNDs and CNTs, practical applications ranging from biomedicine to industrial uses, and gain insights into the current market and future trends. The workshop combines theoretical sessions with practical, interactive discussions to enhance understanding and engagement.
Aim
To provide an in-depth understanding of advanced carbon nanomaterials, focusing on carbon nanodots (CNDs) and carbon nanotubes (CNTs), their synthesis, applications, and emerging market trends. The workshop aims to equip participants with the knowledge to innovate and lead in the field of nanotechnology, addressing industrial needs and future market developments.
What Participants Will Learn
- To understand the chemical and physical properties of CNDs and CNTs.
- To explore various synthesis methods including both chemical and non-chemical approaches.
- To examine the applications of these nanostructures in fields like drug delivery, photocatalysis, and energy.
- To discuss the market dynamics and industry trends affecting the adoption of carbon nanostructures.
- To identify the challenges and regulatory considerations in the production and use of nanostructures.
- To learn about the potential of green and biomass-derived nanostructures.
- To analyze case studies showcasing successful applications of these materials.
- To foster a network among professionals and academics in the field.
- To brainstorm future innovations and applications in the industry.
- To encourage sustainable practices and ethical considerations in the use of nanotechnologies.
Structure
Schedule for the day 1
- Section 1: Carbon nanodots (CNDs) – Hydrophilic and extensively surface functionalized
- Section 2: Nitrogen doped Carbon nanodots – Synthesis from Urea – A tale of serendipity
- Section 3: Nitrogen and Sulphur co – doped carbon nanodots – Synthesis form Ampicillin
- Section 4: Nonchemical synthesis of C dot – So Nano composites for biodiesel production
- Section 5: Boron or Sulphur doped CNDs for photocatalytic dye degradation
- Section 6: Chemical, electrochemical and mechanical methods of synthesis of CNDs
- Section 7: Applications of CNDs – Sensing, bio imaging, photodynamic therapy, photocatalaysis, drug delivery, micro fluid markering; chiral photonics
- Section 8: Biomass derived carbon nano dots
- Section 9: Green carbon nano dots – Electrochemical sensing
- Section 10: Green carbon nano dots – Anticancer activity and cytotoxicity
- Brief Overview of Carbon Nanotubes (CNTs)
- Significance of CNTs in Various Industries
- Structure and Properties 1. Strength 2. Electrical Conductivity 3. Thermal Conductivity 4. Purification
- Types of Carbon Nanotubes
- Manufacturing Processes
- Global CNT Market Size and Revenue
- Industry Segmentation and Applications 1. Polymers 2. Electronics 3. Purification 4. Automobiles 5. Tyres 6. Medical 7. Batteries
- Major Players in the Market 1. Cnano Technology 2. Arkema 3. LG Chem
- New Companies in the Market
Important Dates
Registration Ends
IST 01:00 PM
Workshop Dates
2025-01-16
IST 02:00 PM
IST 02:00 PM
What You Will Gain
Outcomes
- Mastery of advanced techniques for the synthesis and characterization of nanostructures.
- Ability to apply nanostructures in practical applications through hands-on experience.
- Enhanced problem-solving skills in managing real-world challenges related to nanostructures.
- Knowledge of the latest software and tools used in nanostructure research.
- Understanding of the impact of nanostructures on environmental sustainability.
- Skills in conducting rigorous safety and efficacy evaluations.
- Competence in integrating nanostructured materials in existing products.
- Ability to navigate the regulatory and compliance landscape.
- Skills in effective communication of complex scientific information.
- Preparedness to innovate and lead projects in the nanostructure domain.
Who Should Attend
- Research scientists and chemists specializing in nanotechnology and materials science.
- Engineering professionals in fields such as chemical, biomedical, and environmental engineering.
- PhD scholars and graduate students focused on nanoscience and materials engineering.
- Industry professionals from sectors such as pharmaceuticals, electronics, and automotive.
- Business strategists and decision-makers in technology-driven companies.
- Policy makers and regulatory professionals interested in the safety and compliance of nanotechnologies.
- Investment analysts and financial advisors specializing in tech and innovation sectors.
- Innovation managers and product developers in high-tech industries.
- Educators and academic staff teaching related subjects.
- Environmental consultants focusing on sustainable and green technologies.