About
The Kitchen Waste to Carbon Nanomaterials program is an innovative initiative aimed at transforming organic kitchen waste into valuable carbon nanomaterials. By utilizing sustainable and cost-effective methods, this program seeks to address both environmental concerns associated with waste disposal and the growing demand for nanomaterials in various industries. Through a combination of biochemical processes and nanotechnology techniques, the program aims to extract and purify carbon-rich compounds from kitchen waste, subsequently converting them into high-quality carbon nanomaterials with potential applications in energy storage, environmental remediation, and advanced materials science.
This program not only offers a sustainable solution to kitchen waste management but also presents an opportunity to produce carbon nanomaterials in an environmentally friendly manner. By repurposing organic waste streams into valuable resources, this initiative contributes to the circular economy while promoting innovation and sustainability in nanomaterial production.
Aim
This program aims to transform kitchen waste into valuable carbon nanomaterials through innovative and sustainable techniques. It focuses on the principles of circular economy, reducing waste, and creating advanced materials that are pivotal for various industries. By participating, students will gain hands-on experience and insights into green technology and materials science.
Program Objectives
- Understand the conversion of organic waste to carbon-based nanomaterials.
- Master the techniques of nanomaterial synthesis from non-traditional sources.
- Promote sustainable and eco-friendly material production practices.
- Apply learned skills in real-world environmental and material challenges.
- Encourage innovation in the field of nanotechnology through practical application.
Program Structure
- Common carbon nanomaterials
- Carbon Nanostructures production methods from kitchen waste
- Carbon nanoparticles
- Carbon dots, Biochar
- Metal-carbon dot conjugates
- Design of lead-free batteries
- All carbon batteries, Sensors, Soil conditioners
- Project Report Submission/ Article Writing
Participant’s Eligibility
Chemistry: Fundamental knowledge of chemical processes and organic chemistry.
Environmental Science: Understanding of waste management and sustainability practices.
Material Science: Basic understanding of material properties and engineering.
Program Outcomes
- Proficient in nanomaterial synthesis from waste.
- Skilled in sustainable material production.
- Equipped for R&D in green technologies.
- Knowledgeable in environmental impact mitigation.
- Ready for entrepreneurial ventures in nanotechnology.