Polypropylene　(PP)　non-woven　fabric　was　grafted　by　acrylic　acid　to　enable　ligation　of　ferric　ions　to　the　fiber　surface　so　as　to　produce　a　Fe　modified　PP　non-woven　fabric,　and　then　the　resulting　fabric　was　used　as　heterogeneous　Fenton　catalyst　for　the　oxidative　degradation　of　an　azo　dye,　Reactive　Red　195.　The　effect　of　ferric　ion　content　loading　on　catalyst　and　visible　irradiation　on　the　catalytic　activity　of　the　fabric　was　investigated,　and　the　photocatalytic　degradation　of　Reactive　Red　195　was　also　examined　by　UV-Vis　spectrometry　and　COD　measurement.　The　results　indicated　that　the　modified　PP　non-woven　fabric　had　a　significant　catalytic　property　on　oxidative　degradation　of　the　dye,　and　enhancing　ferric　ion　content　and　visible　irradiation　led　to　high　decoloration　level.　UV-Vis　spectrometry　and　COD　analysis　confirmed　that　the　aromatic　parts　and　conjugated　structures　of　the　dye　were　decomposed　and　gradually　mineralized　during　its　degradation.　Additionally,　the　oxidative　degradation　of　Reactive　Red　195　in　the　presence　of　Fe　modified　PP　non-woven　fabric　followed　the　pseudo-first　order　kinetics.