NOVELTY - A package (A) of accommodating paper diapers is finely crushed, to obtain crushed material (B). An aqueous-alkali solution is supplied to the crushed material, and then chlorine is separated in urine. The crushed material (B) containing aqueous-alkali solution is subjected to spin-dehydration and then to dry-sterilization. After sterilization, the crushed material is cooled, mixed with plastic crushed lump, and the mixture of crushed material and plastic is molded into a solid fuel. Thus, the regeneration method of processed material of infectious waste is enabled.    USE - Method used for regenerating processed material of infectious waste material such as bandage, injection device and infusion tool used for producing solid fuel as resource for power station.    ADVANTAGE - The processed material is effectively and economically regenerated into effective product of solid fuel as useful resources.    DETAILED DESCRIPTION - A package (A) of accommodating paper diapers which is infectious waste material discharged from medical relationship facilities such as hospital and health center is finely crushed, to obtain crushed material (B). An aqueous-alkali solution is supplied to the obtained crushed material (B), and then chlorine is separated in urine. The water content absorbed-crushed material (B) containing aqueous-alkali solution is subjected to spin-dehydration and then to dry-sterilization process. After dry sterilization, the crushed material (B) is cooled, mixed with plastic crushed lump, and the mixture of crushed material and plastic is molded into a solid fuel. Thus, the regeneration method of processed material of infectious waste is enabled. An INDEPENDENT CLAIM is included for processed material regenerating apparatus of infectious waste.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic block diagram of processed material regenerating apparatus.    Crushing chamber (1)    Reaction separation chamber (2)    Washing spin-dehydration chamber (3)    Dry-sterilization chamber (4)    Cooling chamber (5)