In　this　research,　a　conjugated　Pc-MIL-88B　(Fe)　nanoplatform　was　constructed　via　a　condensation　process　between　modified　zinc　phthalocyanine　and　MIL-88B　(Fe)　for　the　removal　of　organic　pollutants.　The　as-prepared　material　was　fully　characterized　by　TEM,　XPS,　ICP,　FTIR,　UV-Vis,　N-2　adsorption-desorption　isotherm,　etc.　The　results　indicate　that　Pc-MIL-88B　(Fe)　preserved　the　topological　structure　of　MIL-88B　(Fe),　and　the　micropores　of　framework　could　effectively　prevent　the　aggregation　of　Pc　in　water.　Meanwhile,　the　conjugated　Pc-MIL-88B　(Fe)　basically　maintains　the　singlet　oxygen　quantum　yield　of　Pc,　and　behaves　a　much　higher　photocurrent　intensity　compared　to　NH2-MIL-88B　(Fe).　Additionally,　the　photosensitive　activity　and　reusability　of　Pc-MIL-88B　(Fe)　were　evaluated　by　the　degradation　of　methylene　blue　in　aqueous　solution　under　visible　light　irradiation,　and　the　degradation　mechanism　was　also　investigated　in　detail.