Summer School: Steady-state Process Simulation for Typical Processing Equipment

Teacher

Assoc. Prof Dr Haslinda Zabiri

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INTRODUCTION

This course is designed to provide an overview of computer simulation in process engineering, including the key steps in a simulation approach. It provides examples on how to solve problems of specific types, including main unit operations such as pumps, compressors, distillation column and reactors

OBJECTIVES

Upon completion of this course, participants will be able to:
  • To follow guide on familiarizing themselves with process simulation packages and simulation environment.
  • To simulate various unit operations such pressure changing equipment, heat transfer equipment, separation equipment and reaction system.
  • To make complete flowsheet in simulation environment using various hand on exercises.

COURSE CONTENT

DAY 1
  • Pressure Changing Equipment (Module 1)
  • Heat Exchanger (Module 2)
DAY 2
  • Separation Units (Module 3)
DAY 3
  • Reactors & Refrigeration Cycle  (Module 4)
  • Refrigeration Cycle (Module 5)
  • Inter-stage cooling (Module 6)

TRAINERS

Assoc. Prof Dr Haslinda obtained PhD in Chemical Engineering (Advanced Process Control) from Universiti Teknologi PETRONAS in 2013. She has 3 Years experience with Seagate(M) Penang Sdn. Bhd. She also is a Associate Member of  IChemE (The Institution of Chemical Engineers) Her expertise is on Control Valve Stiction Detection, Quantification and Compensation methods, Hybrid Model Predictive Control, Modeling, Simulation and Control of CO2 Capture Systems, Process Safety & Multivariate statistical methods for monitoring and diagnostics of industrial process systems   Dr Syed Ali Ammar Taqvi obtained Doctor of Philosophy in Chemical Engineering from Universiti Teknologi PETRONAS, Malaysia, in January 2020. He is an Associate Member of IChemE, Member of IEEEE & Member of AICHE. His area of expertise is on Process Modeling and Simulation, Fault Detection and Diagnosis using Artificial Intelligence and Machine Learning Algorithms, Modeling, Simulation and Control of CO2 Capture Systems, Multivariate statistical methods for monitoring and diagnostics of industrial process systems & Predictive Analytics in renewable systems. Click here to download brochure

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INTRODUCTION This course is designed to provide an overview of computer simulation in process engineering, including the key steps in a simulation approach. It provides examples on how to solve problems of specific types, including main unit operations such as […]

Price : 750 (Discount available for students, early bird & group registration) MYR

Max Availability : 25

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