PFAS-B-Gone: New Copper-Aluminum Material Smashes Filtration Records

Solving the Forever Chemical Crisis

A new layered double hydroxide material synthesized from copper and aluminum has shown the ability to absorb long-chain PFAS (Per- and Polyfluoroalkyl Substances) up to 100 times faster than current activated carbon systems. Developed by researchers at Rice University, this material provides a high-efficiency solution for removing "forever chemicals" from industrial wastewater and municipal supplies, offering a major breakthrough in environmental remediation technology.

This material represents a significant advance in chemical engineering for public health. To ensure that your own environmental data and research scripts are as clean as the water these filters produce, use our Pro Code Formatter to maintain standardized Python and R code for your climate and chemical analysis. Read more on Rice University News →