INTRODUCTION TO CHEMICAL ENGINEERING :Material & Energy Balance1 - 2 MARCH 2013 | Awana Kijal Golf, Beach & SPA Resort Kijal, TerengganuFEE : RM950 ( Includes notes and 2 light refreshments only )

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Yes! I would like to register the folowing participants

Name 1Job TitleName 2Job Title

Company AddressTel & Fax

COMPANY INFORMATION

INTRODUCTION TOCHEMICAL ENGINEERING:Material & Energy Balance

COURSE TUTOR

hanim | 07-5536483 | nurhanim@ibd.utm.my | www.ibd.utm.my

COURSE CONTENTS

COURSE OBJECTIVESInstitute ofBioproduct Development

PROF DR NORAISHAH SAIDINA AMIN

She is currently the Senior Lecturer at the Faculty of Chemical and Natural Resources Engineering, UTM Skudai, Johor and is also holding the position of Head for the Chemical Reaction Engineering Group.Having had an extremely vast experience in her area of studies, Prof Dr Noraishah has conducted more than 12 courses for the industry in 12 years. Obtaining her first degree in BSc. in Chem Engineering from California State University, USA she continued her post graduate studies in UMIST UK (MSc in Chemical Engineering) and later on at the Illinois Institute of Technology, Chicago for her PhD in Chemical Engineering. Her area of specialization includes catalyst and modeling of chemical reaction systems. Prof Dr Noraishah is also a Member of Institution of Chemical Engineers, Malaysia.

WHO SHOULD ATTEND

REPLY FORM

Plant Managers . Process Engineers/Technologists/Scientists . Plant Supervisors working in the following industries:chemical, oil & gas, petrochemicals, palm oil, oleochemicals, food, pharmaceuticals, water and wastewater treatment, R + D, engineering services and other related industries. . Participants will be given tutorial questions related to the above topics and tutors will be present to guide the participants . Experienced professionals who want to review or broaden their understanding in Material and Energy Balances . Other professionals who want better understanding of the subject matter

Introduction to Chemical Engineering Calculations 1.1 Units and Dimensions 1.2 The Mole Unit 1.3 Basis 1.4 Temperature 1.5 Pressure 1.6 The Chemical Equation and Stoichiometry

Material Balances 2.1 The Material Balance Calculations 2.2 Balances on Multiple-Unit Processes 2.3 Recycle and ByPass 2.4 Balances and Reactive Systems 2.5 Combustion Reactions

Gases, Vapors, Liquids and Solids 3.1 Ideal Gas Law Calculations 3.2 Real Gas Relationship 3.3 Vapor Pressure and Liquids 3.4 Saturation 3.5 Vapor-Liquid Equilibria for Multicomponent System 3.6 Partial Saturation and Humidity 3.7 Material Balances Involving Condensation and Vaporization

Introduction to Computer Aided Process SimulationEnergy Balances

5.1 Closed Systems 5.2 Open System at Steady Sate 5.3 Tables of Thermodynamic Dat 5.4 Energy Balances Procedures 5.5 Mechanical Energy Balancesa

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Balances on Non reactive Processes 6.1 State Properties and Hypothetical Process Path 6.2 Changes in Pressure at Constant Temperature 6.3 Changes in Temperature 6.4 Phase Change Operations

Balances on Reactive Processes 7.1 Heats of Reaction 7.2 HessÊs Law 7.3 Heats of Formation 7.4 Heats of Combustion 7.5 Energy Balances on Reactive Processes

Unsteady-State Material and Energy Balances 8.1 General Balance 8.2 Energy Balance on Single Nonreactive Process

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To understand processes and process variablesTo apply the general material balance and do material balance calculations for non-reactive and reactive systemTo learn what material balances are, how to formulate, apply and solve themTo learn what energy balances are, how to formulate, apply and solve themTo deal with the complexity of big problems

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