P.G.D. - Process Design Engineering

The Post Graduate Diploma in Process Design Engineering aims at providing professional industrial training & exposure to design principle for various Process industries – for Chemical Engineers.

The training program provides adequate knowledge to candidates starting from explaining the roles & responsibilities of Process Design Engineer & to development of final process design engineering documents like Piping & Instrumentation Diagrams (P&ID). This program is designed to cater to the needs of fresher as well as experienced professionals.

This Training will enable Chemical Engineers to enter industries as Process Design Engineer. Process Design Engineers play a vital role in various industries, such as the Oil & Gas, Refineries, Petrochemical, Chemical, Mineral Processing, Food, Pharmaceutical, Biotechnological industries etc,. Process Engineering involves developing new processes, project engineering and troubleshooting.

Indus Global Academy of Technical Education is offering Process Design Engineering Course in Regular Batch, Week end Batch, Online Training & through Distance Education. We welcome candidates to our Academy to enhance their present candidature by participating in the program.

COURSEDURATION
POST GRADUATE DIPLOMA IN PROCESS DESIGN ENGINEERING100 HOURS

A Candidate will be eligible for admission and registration for the Post Graduate Diploma in Process Design Engineering, provided he/she has a Bachelors Degree or Masters Degree in Chemical / Bio Chemical or Diploma in Chemical Engineering.

MODULE 1 : PROCESS ENGINEERINGMODULE 2 : PROCESS TYPICAL OIL & GAS FACILITIES
  • Introduction
  • Elements in Project Execution
  • Different Phases of a Project
  • Roles and Responsibilities of Process Engineer
  • Elements of Engineering
  • Capabilities of Process Engineer
  • Process Engineering Deliverables
  • Wells and their classifications
  • Well Completion
  • Offshore Structure & Production systems
  • Production techniques
  • Well Head / Christmas tree
  • Well Head Platform
  • Process Platform
  • Typical utility & auxiliary systems
MODULE 3 : FLUID PHASE BEHAVIOUR MODULE 4 : PROCESS SIMULATIONS
  • Composition of Well Fluid
  • Well Fluid determination
  • Reservoir Components
  • Well Fluid Phase Behavior & Terminologies
  • Nature of Wells
  • Equations of State
  • Introduction & Purpose
  • Steady state Simulations
  • Software used for simulation
  • General Simulation Inputs
  • Uses of Simulation for Process Design
  • Typical Operation in Simulation Schemes
  • Procedures for Preparation and Uses
MODULE 5 : PFD, H&MB AND P&ID MODULE 6 : LINE SIZING AND HYDRAULICS
  • Objectives and Definitions
  • Descriptions
  • Procedures for Preparation
  • Application
  • Definition
  • Factors and Considerations
  • Design Basis
  • Sizing of Gas, Liquid and Two Phase lines
  • Pressure Drop Calculations
MODULE 7 : EQUIPMENT DESIGN AND SIZING & PUMP HYDRAULICS MODULE 8 : PRESSURE RELIEF VALVE SIZING
  • Definition
  • Types and Principles of Separation
  • Separator Configurations
  • Separator Design Inputs
  • Separation Theory
  • Design Considerations
  • Nozzle Sizing
  • Slenderness Ratio
  • Typical Performance Requirements
  • Typical Separator Internals
  • Pump—Definition & Classification
  • Selection of Pumps
  • Pump hydraulics – Terms and Definitions
  • Pump Cavitations and NPSH Calculations
  • Purpose
  • Terms and Definitions
  • Types of relief valves
  • Levels of Overpressure Protection
  • Overpressure Scenarios
  • Sizing Methodology

Selection will be upon personal interview. Personal interview will be taken at Center by our Course coordinator.

For Further Information please contact

Manager – Operations
Indus Global Academy of Technical Education
Mobile no: +91-9686199069
Mobile no: +91-9686097292
or send an enquiry to contact@industechnocrats.com