Green Synthesis of Zinc Oxide Nanoparticles Using Sweet Gum Tree Seeds

Description:

This technology utilizes sweet gum tree seed extracts to produce zinc oxide nanoparticles (ZnONPs) through a green synthesis process, eliminating the need for toxic chemicals and high energy inputs common in traditional methods. The synthesized ZnONPs have been experimentally validated to effectively remove the toxic fungicide atrazine from water, achieving significantly higher removal efficiency than raw seed extract alone. Characterization techniques confirm the purity and structure of the nanoparticles, making this approach a sustainable alternative for environmental remediation.

Key Advantages:

• Eco-friendly synthesis without toxic chemicals or high energy use.
• High efficiency in removing toxic fungicides from water (85.8% atrazine removal).
• Cost-effective and sustainable production method.
• Validated nanoparticle purity and structure using advanced analytical tools.
• Potential for further antimicrobial applications.

Problems Solved:

• Environmental contamination by toxic fungicides in water sources.
• Dependence on hazardous chemicals and energy-intensive nanoparticle synthesis methods.
• Limited sustainable options for effective water purification technologies.

Market Applications:

• Water treatment and purification systems targeting toxic pesticide removal.
• Environmental remediation services and companies.
• Nanomaterial production for antimicrobial coatings and applications.
• Green chemistry and sustainable manufacturing sectors.