NOVELTY - A jigger-based waste zinc-manganese dry battery recovery system has a cone crusher for crushing zinc-manganese batteries to 5 mu m or less and containing magnetic iron material with zinc, copper, silver, plastics, asphalt, manganese oxide, ammonium chloride and graphite, high-gradient magnetic separator, a sedimentation tank, jigger section, a wet sieving, a neutralization and precipitation tank, and ammonia device for separating obtained precipitate containing zinc hydroxide and ammonia. The ammonium chloride is used as raw material for manufacture of fertilizer.    USE - Jigger-based waste zinc-manganese dry battery recovery system (claimed).    ADVANTAGE - The jigger-based waste zinc-manganese dry battery recovery system has high resource utilization, high recovery rate and high recovery value, and provides raw material of fertilizer with reduced impact on environmental pollution and energy consumption by a simple process.    DETAILED DESCRIPTION - A jigger-based waste zinc-manganese dry battery recovery system has a cone crusher for crushing zinc-manganese batteries to 5 mu m or less and containing magnetic iron material with zinc, copper, silver, plastics, asphalt, manganese oxide, ammonium chloride and graphite, high-gradient magnetic separator for magnetic separation, pre-recoverign elemental iron, reusing and preventing next period of elemental iron involved in reaction medium, a jigger section for crushing dissociation and containing magnetic iron material, sorting, materials tiering and discharging plastic, asphalt, graphite and manganese oxide as upper material from overflow weir into a jigger for sorting again, a sedimentation tank in which reaction solution is provided and for recycling copper and mercury, and discharging as lower elemental discharged from discharge port into a drying roaster, drying roaster for isolatign copper and mercury, removing, and recovering, jigger section for discharging plastics, asphalt and graphite, sorting manganese oxide, discharging manganese oxide as high-density material discharged from the jigger section discharge opening, collecting, and reusing, discharging low-density graphite materials, plastics and asphalt discharged from overflow weir jigger section into wet sieving, wet sieving for separatign plastic, asphalt and graphite, recycling and reusing, a neutralization and precipitation tank for neutralizing using sodium hydroxide solution, precipitating by reacting zinc chloride with zinc hydroxide and ammonium chloride, and separating, and ammonia device for separating obtained precipitate containing zinc hydroxide and ammonia. The ammonium chloride is used as raw material for manufacture of fertilizer.