The　performance　of　the　pressurized　water　reactor　(PWR)　for　the　transmutation　treatment　of　long　lived　fission　products　(LLFPs)　was　evaluated.　The　LLFPs　selected　in　the　transmutation　analysis　include99Tc　and129I　discharged　from　spent　nuclear　fuel,　based　on　the　inventory　and　the　radiotoxicity　evaluation.　The　isotope127I　was　also　considered　to　avoid　the　separation.　By　loading　the　transmutation　targets　(metallic　forms　of　technetium　and　magnesium　iodide)　with　the　inert　matrix　material　ZrH2in　the　control　rod　tube,　the　fuel　cycles　in　different　shuffle　design　patterns　were　simulated　and　studied.　Based　on　these　results,　equilibrium　fuel　cycle　might　be　achieved　and　sound　transmutation　performance　can　be　obtained　in　the　PWR.　However,　the　fuel　shuffle　schemes　were　limited　by　present　transmutation　assembly　design　pattern.