Trainings

We offer Process Design Engineering Training courses to upgrade skills that help overcome gaps for improving competency, performance, career advancement and employability of chemical engineers.

Process Engineers play a key role in design, safety and optimum operation of chemical plants. Chemical process industry covers a variety of industrial products. Oil, gas, refining and petrochemical industries are the largest contributors to the world economies.

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. This program is designed to cater to the needs of fresher as well as experienced professionals.

 

 

SYLLABUS

Unit 1- Introduction Process Design Engineer

  • Introduction
  • Elements in Project Execution
  • Different Phases of a Project
  • Roles and Responsibilities of Process Engineer
  • Capabilities of Process Engineer & Process Engineering Deliverables

Unit 2-PFD, H&MB, MSD, P&ID, LAYOUT & EQUIPMENT DRAWING

  • Objectives and Definitions
  • Descriptions
  • Procedures & Application

Unit-3 LINE SIZING AND HYDRAULICS

  • Definition & Design Basis
  • Sizing of Gas, Liquid and Two Phase lines
  • Pressure Drop Calculations

Unit 4- EQUIPMENT DESIGN AND SIZING

  • Definition
  • Vessel sizing Fundamentals
  • Types and Principles of Separation
  • Separator Design Fundamentals
  • Heat Exchanger Design & fundamentals
  • Pump—Definition & Classification
  • Selection of Pumps
  • Pump hydraulics – Terms and Definitions, Cavitation’s & NPSH
  • Pump Cavitation’s and NPSH Calculations
  • Compressors Fundamentals.

Unit 5- Safety Valve Sizing & Instrumentation Control Philosophy

  • Purpose
  • Terms and Definitions
  • Types of relief valves
  • Safety Relief analysis.
  • Overpressure Scenarios
  • Sizing Methodology
  • Introduction to Instrumentations fundamentals
  • Sizing of control valve and Introductions to various control loops.

Unit 6- Introduction to various types of utilities and off sites facility

  • Introduction & Purpose
  • Introduction to Water systems
  • Introduction to Steam Balance
  • Fuel gas Balance
  • Introduction to offsite facilities like CBD, Flare systems.

Unit 7- Introduction to Process Simulations

  • Introduction & Purpose
  • Steady state Simulations
  • Software used for simulation
  • General Simulation Inputs & Uses for Process Design


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