Zinc Smelter Waste to Iron and Zinc Nanoparticles

• Understand the composition and properties of zinc smelter waste.
• Master the techniques for converting industrial waste into nanoparticles.
• Explore the applications of iron and zinc nanoparticles in various industrial contexts.
• Develop skills in handling and analyzing nanomaterials safely.
• Promote sustainability through the application of nanotechnology in waste management.

• Waste produced during zinc smelting and its effect on environment
• Various process for extraction of Zinc/Iron Nanoparticles from zinc smelting
• How these nanoparticles can bring a revolution
• Ongoing Research
• Project Report Submission/ Article Writing

• Chemistry: Fundamental understanding of chemical properties and reactions.
• Environmental Science: Background in waste management and sustainability practices.
• Engineering: Basic knowledge of materials engineering and chemical processing.

• Proficiency in nanoparticle synthesis from waste.
• Understanding of environmental impacts and sustainability.
• Ability to implement industrial waste solutions.
• Skills in advanced materials handling and analysis.
• Enhanced laboratory and technical skills.
• Preparedness for industry-specific challenges and solutions.

• Environmental Consultant specializing in waste reclamation and recycling technologies.
• Research Scientist in nanoparticle synthesis and application.
• Process Engineer in industries utilizing nano-materials.
• Quality Control Analyst in pharmaceuticals and cosmetics industries using nanoparticles.
• Technical Sales Representative for companies producing nanoparticle-based products.
• Academic positions and further research opportunities in nanotechnology.

Graduates can find opportunities in sectors such as pharmaceuticals, cosmetics, environmental agencies, and materials manufacturing companies that focus on innovative recycling technologies and advanced material solutions.