The BN-BM process shows high durability as it can destroy PFAS in the presence of extremely high ~200 g/L TOC. The BN is a common commercial product. After the BM reaction, along with the mineralization of organofluorine to F -, the reacted BN will be converted to ammonium and borate. Even if released in the environment, BN is considered bio-compatible with noncytotoxicity. These unparalleled advantages empower the BN-BM process with the versatility to be integrated with various water treatment trains. Given its high tolerance to organic matrices, it may be able to destroy PFAS or other chemical contaminants in very concentrated waste (concentrated AFFF, desalination brine, dewatered bio-solid). Given that the process is driven by solid-solid phase collision, the BN-BM process is also promising for the destruction of PFAS on water treatment-derived sorbents (activated carbon, ion-exchange resins, etc.). Thses applications will be reported in our forthcoming studies.