Engineered Nanocomposites from Woody Biomass for Advanced Water Purification

Description:

This technology utilizes engineered nanocomposites created from woody lignocellulosic biomass, specifically pyrolyzed yellow pine biochar modified with silver nanoparticles, to remove synthetic dyes and heavy metals from wastewater. Combining filtration efficiency, antibacterial activity, and adsorption capacity, the system targets pollutants such as Methyl Violet dye, lead, and cadmium, offering a cost-effective, eco-friendly, and scalable solution for reducing freshwater demand in industrial water treatment.

Key Advantages:

• Integrates multiple pollutant removal functions including adsorption and antibacterial properties.
• Utilizes sustainable and renewable woody biomass as raw material.
• Eco-friendly with no reliance on harsh chemicals.
• Cost-effective production through biomass pyrolysis.
• Effective against a broad range of pollutants: synthetic dyes, heavy metals, and bacteria.
• Low energy consumption and scalable for industrial applications.

Problems Solved:

• Efficient removal of synthetic dyes and heavy metals from industrial wastewater.
• Reduction of bacterial contamination including E. coli.
• Minimizes dependence on freshwater resources for industrial processes.
• Eliminates need for harsh chemical treatments in water purification.
• Provides a sustainable solution for managing wastewater pollution.

Market Applications:

• Industrial wastewater treatment facilities.
• Textile and dye manufacturing industries.
• Metal plating and processing plants.
• Municipal water purification systems.
• Eco-friendly antibacterial filtration products.
• Environmental remediation and pollution control services.