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Process Engineering For Operation Engineers

Training Mode :  Online Courses  
Duration :  30 Hours   Fee :  600 USD  

Objectives

  • This is an interactive course, involving problem-based learning techniques to convey key concepts.
  • Understanding of process engineer roles and capabilities
  •  It reveals the mind-set of process engineering, examining the core concepts and key features of the discipline.
  • The course will help you to take on a professional role that involves aspects of process engineering and enable you to communicate and collaborate more effectively with process engineers.

 

Who Will Benefit

  • Operation engineers who want to work in process engineering department or technical services department.
  • Operation engineers involves in project related activities.
  • Plant engineers checking plant performance under different operating conditions.

Course Detail

Process Engineering & Codes

  • Introduction
  • Overview of codes & standards
  • Different phases of project
  • Elements of engineering
  • Roles of process engineer
  • Responsibilities of process engineer
  • Capabilities of process design engineer

Pipe Sizing & Hydraulics

  • Terms & definitions
  • Sizing of pipes & line
  • Sizing criteria
  • Sizing methodology
  • Calculations
  • Permissible pipe sizes in industry
  • Pipe sizing software application

Pump & Hydraulics

  • Introduction
  • Classification of pumps
  • Selection of pumps
  • Pump material of selection
  • Steps involved in the pump system design
  • Steps involved in the pump hydraulic calculations
  • Pump characteristic curves
  • Calculations

Fluid Phase Behavior

  • Composition of well fluid
  • Determination of well fluid composition
  • Well fluid phase behavior
  • Terms & Definitions
  • Equations of state
  • Software application

Process Simulation & Modeling

  • Introduction & purpose
  • Steady state simulation introduction
  • Dynamic simulation introduction
  • Software inputs for simulation
  • Aspen Hysys – software and its usage steady state
  • Typical operation in simulation schemes

 Development Of Process Design & Engineering Drawings

  • Introduction
  • Block flow diagram
  • Process flow diagram
  • Piping & instrumentation diagram
  • Symbols & legends
  • Case study

 Designing & Sizing Of Separator / Knock Out Drum

  • Introduction
  • Types of separators
  • Typical separator
  • Internals operating zones in separator
  • Classification of separator
  • Residence time for separation separator
  • Separator sizing methodology
  • Calculation
  • Sizing in a software

 Designing & Sizing Of Pressure Relief Valve

  • Introduction
  • Function of relief valve
  • Types of relief valves
  • Terms and definition
  • Overpressure scenarios
  • Thermal or hydraulic expansion
  • Gas blow by & tube rupture
  • Utility failure
  • Control valve failure
  • Relief valve sizing
  • Sizing methodology
  • Calculation procedure
  • Codes & standards
  • Sizing in a software

Designing & Sizing Of Heat Exchanger

  • Concept building
  • Design criteria & standards
  • Sizing methodology
  • Calculation procedure
  • Software based modeling (Aspen EDR)

Compressors

  • Concept building
  • Classifications
  • Selection criteria & standards
  • Design criteria

Cooling Towers

  • Concept building
  • Classifications
  • Selection criteria & standards
  • Design criteria

Valves

  • Concept building
  • Classifications
  • Selection criteria & standards

HAZOP  

  • HAZOP  fundamentals
  • Case studies

 

 

Available Courses

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