Furthermore, the white paper outlines the cascading operational cost benefits of this single-pass efficiency. A lower volume of recycled fines flowing backward through the conveyor network reduces friction wear and dust generation along the entire material handling line. This minimizes belt fatigue, protects bearing blocks, and lowers the frequency of preventive replacement cycles across the plant. The report supports these findings with mathematical thermodynamic models showing how maintaining a tight, steady, single-pass mass balance prevents temperature drops inside the core pellet core, optimizing drying times by up to 18 minutes per production run. This balance eliminates moisture-trapping zones inside the pellet core, resulting in a consistent structural density that prevents degradation during bulk vertical storage.