Authors: T. Plikas, L. Gunnewiek, T. Gerritsen, M. Brothers, A. Karges
JOM, October 2005, pp 37-43
Abstract
An advanced, predictive technique has been developed using principal component analysis (PCA) together with computational fluid dynamics (CFD) modeling to provide real-time monitoring and assessment of the performance and integrity of a water-cooled tapblock in a smelting furnace. A CFD model of a tapblock was built to simulate its thermal response to metal tapping for a range of furnace operating conditions and to assess the impact of process variations that are detrimental to furnace integrity. This information was then used to develop a PCA model that identifies modes of acceptable and unacceptable tapping operation based on the real- time analysis of the temperature measurements coming from the tapblock. The PCA model, when implemented into the control system, enables operators to monitor and diagnose the performance and integrity of the tapblock.
