UNSW Researchers Develop Sustainable Graphene from Peanut Shells
Researchers at UNSW Sydney have created high-quality graphene from discarded peanut shells, offering a sustainable alternative for electronics and energy storage. This process utilizes lower energy and no chemicals, transforming agricultural waste into valuable materials. Graphene is known for its strength and conductivity, making it essential for various technologies. The research highlights how 55 million tonnes of peanut crop waste can be repurposed to meet the growing demand for advanced materials.
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UNSW Sydney researchers have developed a method to produce high-quality graphene from waste peanut shells, which could lead to more sustainable and affordable electronics and energy storage solutions. The process requires less energy and no chemicals compared to traditional methods.
Graphene, known for its strength and conductivity, is vital for applications in batteries, solar panels, and flexible electronics. With 55 million tonnes of peanut waste generated globally each year, this method presents an opportunity to convert agricultural by-products into valuable materials, addressing both cost and environmental concerns in graphene production.
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