A Study on Models experimental validation and comparison and Linearization of the Distillation Process
Er. Ravi Baliyan, Akram Taher Ahmed Ali Al Zubidai, Er. Abhishek Agarwal
Experimental, Validation, Process, Study, Model etc.
In this paper we are presenting a Study on Models experimental validation and comparison and Linearization of the Distillation Process. For the feed section, operating pressure on the feed section is given at 5.6 atm. The feed temperature for the preheater is the temperature at which the required phase equilibrium is established. Mathematical modeling simulations are completed in three stages: the basic nonlinear model, the full-order linear model and the low-order linear model. Results from simulation and analysis are helpful for the initial stages of a petroleum project feasibility study and design. Low-order linear models are used as reference models for the MRAC controller. The controller of MRAC and MPC theoretically allows plant outputs to track reference setpoints to achieve the desired product quality between disturbances and model-plant mismatch as an effect of feed-stock disturbances. In this paper, mathematical model building calculations and low-order linear adaptive controllers are based only on physical rules from the process. Identification of the actual system, including experimental production factors, specific design structures, estimation of parameters and system validation, is not mentioned here. Furthermore, the MRAC controller is not suitable for on-line handling of process bottlenecks.
Article Details
Unique Paper ID: 149371

Publication Volume & Issue: Volume 6, Issue 12

Page(s): 233 - 239
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