Title :
Statistical modeling for lime kiln control
Author_Institution :
Universal Dynamics Ltd., Richmond, BC, Canada
fDate :
30 Apr-1 May 1998
Abstract :
Automatic control is often absent or improperly applied in complex processes with large amounts of disturbance and long response times. The reasons for this stem from the difficulty in identifying the individual process dynamics when many are simultaneously effecting the output and from the frustration that occurs in waiting for results from slow processes. Statistical modeling methods on large samples of pre-collected data can make this task more feasible. In this paper we will examine an application of these methods
Keywords :
furnaces; process control; statistical analysis; complex processes; disturbance; lime kiln control; long response times; process dynamics; statistical modeling; Computational modeling; Delay; Feedback control; Kilns; Large-scale systems; Load modeling; Noise figure; Noise level; Temperature; Testing;
Conference_Titel :
Dynamic Modeling Control Applications for Industry Workshop, 1998. IEEE Industry Applications 1998
Conference_Location :
Vancouver, BC
DOI :
10.1109/DMCA.1998.703481