White graphene high-efficiency oil absorption can be reused

Abstract Scientists have recently uncovered a groundbreaking material known as boron nitride, often referred to as "white graphene," which has shown remarkable potential in purifying contaminated water. This innovative material, featured in a study published in *Nature Communications*, could revolutionize water treatment technologies. The unique atomic structure of boron nitride forms a network of interconnected, fence-like patterns that effectively trap and remove organic pollutants such as oil, chemicals, and other harmful substances from water. Unlike many existing nanomaterials, this new compound is not only highly efficient but also easy to clean and reuse, making it a sustainable and cost-effective solution for water purification. Research conducted by the Institute for Advanced Materials at Deakin University in Australia, in collaboration with Pierre and Marie Curie University in France, highlights the superior performance of boron nitride compared to traditional materials and other nanomaterials. Its large surface area and strong adsorption capacity make it an ideal candidate for future environmental applications. As concerns over water pollution continue to grow, the development of such advanced materials offers hope for cleaner and safer water resources worldwide.