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Chemical Engineering and Plant Design Training

Dates Venues Register
09/08/2026 - 13/08/2026 TEXAS

Introduction

Chemical Engineering and Plant Design Training

 

 

Course Objectives:

By the end of this chemical engineering and plant design course, participants will:

  • Gain an understanding of the technical concepts involved in chemical plant and engineering and the intricacies of plant layout.
  • Develop insights into process and piping design with a focus on application in plant chemical engineering.
  • Enhance knowledge of core chemical engineering theories and concepts within a working chemical engineering plant.

 

Targeted:

  • Chemical Engineers.
  • Plant Engineers.
  • Petrochemical Engineers.
  • Consulting Engineers.
  • Engineering Managers.
  • Maintenance Engineers/Technicians.
  • Project Engineers.
  • Process Control Engineers.

Course Content:

Unit 1: Chemical Processes:

  • Objectives.
  • Principles.
  • Unit operations and Unit processes with examples.

Unit 2: Pipe Fittings:

  • Purpose.
  • Fitting end preparations.
  • Elbows.
  • Reducers.
  • Weld Tees.
  • Threadolet and lateral.
  • Screwed and socket weld fittings.
  • Pipe nipples.

Unit 3: Process Flow Diagrams:

  • Types
  • Icons and examples.
  • Steam information table.
  • Utilities - heating and cooling.
  • Equipment Specs.

Unit 4: Chemical Kinetics and Reactor Design:

  • Terminology.
  • Order of reaction.
  • Fractional conversion.
  • Types of reactors.
  • Design equations for the Reactor.
  • Batch reactor.
  • Mixed flow CSTR reactor.
  • Plug flow reactor PFR.

Unit 5: Process Control and Instrumentation:

  • P&ID Basics and information.
  • Terminologies.
  • Instruments abbreviations.
  • P&ID Legend sources.
  • Equipment classes.
  • Locally mounted instruments.
  • Symbols used.
  • Remote control.
  • Control valve manifolds.
  • Need for process control.

Unit 6: Plant Layout and Piping Design:

  • Basic concepts.
  • Processing facilities.
  • Equipment and piping.

Unit 7: Design of Process Plant:

  • Learn about the factors to consider.
  • Design tasks.
  • Required Qualifications and Skills.
  • Thumb rules.
  • Common Abbreviations.

Unit 8: Procedures and The Workflow Methods:

  • Physical quantities and units used in the design.
  • Associated Organizations.

Unit 9: Fluid:

  • Basic concepts.
  • Fluid properties.
  • Practical problems.

Unit 10: Fluid Flows:

  • Fluid pressure.
  • Continuity equation.
  • Volume and velocity.
  • Laminar and turbulent flows.
  • Reynolds number.
  • Friction factor and Pressure drop.
  • Bernoulli's equation.

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