This Harmless Treatment and Resource UtilizationTechnology for Biomedical Waste Residues is characterized by its utilization ofheterogeneous catalytic oxidation. It boasts short processing time and highdegradation efficiency, typically requiring only 1 to 3 hours. With a removalrate of residual pharmaceuticals in the waste residue exceeding 99.9%, iteffectively degrades residual pharmaceuticals to margins of safety (MOS), therebyeffectively preventing the spread of antibiotic resistance genes. Uponcompletion of treatment, the waste residue can be prepared into organicfertilizers, soil conditioners, water-soluble amino acid fertilizers, and othereco-friendly fertilizer products based on material characteristics. Thistechnology can be applied to the resource utilization treatment of wasteresidues from various drug categories such as cephalosporins, tetracyclines,macrolides, and aminoglycosides by using integrated devices.