Accelerator　driven　subcritical　systems　are　considered　as　one　of　the　high-efficiency　transmutation　devices　for　the　handling　of　high-level　radioactive　wastes.　An　industrial-scale　accelerator　driven　minor　actinide　(MA)　burner　system　was　proposed.　The　lead-bismuth　eutectic　alloy　was　chosen　as　the　coolant　and　the　spallation　target　material,　and　the　metallic　dispersion　fuel　was　adopted　to　adapt　for　high　burnup.　The　whole　core　uses　three　fuel　zone　loading　scheme　with　the　thermal　power　of　800　MWt　and　the　cycle　length　of　600　EFPD　(effective　full　power　day).　It　is　indicated　that　the　transmutation　rate　of　MA　can　be　achieved　as　high　as　328.8　kg/a.　©　2015,　Atomic　Energy　Press.　All　right　reserved.