[share-ebook]Chemical Engineering 764 Process Control Design

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Chemical Engineering 764

Process Control Design

January 2004

Course plan and Organization

Document	Link to Class Materials
Course Outline	4 Outline
Course Lesson Topic Plan and Learning Goals	4 Plan
Short Introductory Comments	4 Introduction

Class Materials for Students

These are PowerPoint Slides or Word document with solutions to selected class exercises

Lessons	Link to Class Materials
Introduction & Review Single-loop Review Variable structure: Split-range/signal select Defining control problem	4 Single-Loop Workshop 4 Single-Loop Solutions 4 Variable Structure 4 Defining the Problem
Process Basics Degrees of Freedom Controllability Observability	4 Controllability
Interaction Definitions Qual. Effects Operating window Classical Decoupling	4 Interaction
Relative Gain Array Definition Evaluation Interpretation	4 Relative Gain array
Multiloop tuning Qualitative effects of interaction Short-cut analysis Optimization approach	4 Multiloop tuning
Disturbance Directionality Rel. Dist. Gain Calculation Interpretation	4 RDG
Process Conditioning Vect/Matrix norms Sing. Value Decomp Condition No. Variable selection Dist. Cond. Number	4
Robustness Nyquist stability Small gain theorem Application, decoupling	4
Integrity Various meanings of integrity Integrity metrics, Niederlinski Index Extensions to MPC & feedforward	4
Control for profit Economic analysis of processes Regulatory design, self-optimizing MPC applications Direct search optimization Model-based optimization	4
Optimization-Based control design Motivation Importance of complete definition Formulations for transient response Solution challenges Good/poor examples	4
Control Design Flowchart Control design guidelines Students discuss their synthesis of course Materials
Effect of Process - 1 Process capacity Series Processes Self-regulation Non-self-regulatory Zeros (good/bad) Recycle systems	4
Effect of Process - 2 Staged systems, dynamics & control Dominant variables/inferential variables Process pinch	4
Student-taught classes - 1	Each student prepares handout and presents a new topic
Student-taught classes - 2	"
Examination Period	No classes or examination

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Chemical Engineering 764 Process Control Design