Optimization and CFD simulation in the ventilation of AP60 reduction cell buildings

Abstract

Ventilation in process buildings is key to proper smelter function. Correctly engineered systems to evacuate surplus thermal energy from process areas and allow optimized rates of air change are essential, will assure the good functioning for the lifecycle of the process and allow the demonstration of conformity with occupational hygiene standards. Computational fluid dynamic simulations can demonstrate to end users and assist engineers, coupled with traditional calculations and physical modeling, in the optimization of mill ventilation reducing total installed costs while assuring that the proper solution is in place for the complete lifecycle of the process equipment.