What you'll learn:
- Various aspects that go into the P&ID creation
- How to interpret a P&ID?
- How to prepare a P&ID?
- How to read a P&ID?
- What are the different principles to be applied in a P&ID? How to identify them?
- Examples of identifying the safety, operability and reliability components in a P&ID
- Who are the different stakeholders for the Project P&ID’s?
- What is hierarchy of rules while preparing a P&ID?
- What are different types of P&ID? Explained with real example
- Difference between PFD and P&ID brought out through real example
- What is a a legend P&ID? and the different types.
- Know about piping, instrumentation and other symbology
- Rules of P&ID Development- Piping, layout, instrumentation
- 12 Steps of P&ID Development explained and demonstrated with an application example
- Valves: Purpose, Uses, Types, Type selection for different service, isolation philosophy
- Liquid sampling system types and template
- Pipes: Symbology, line numbers, specification break, piping interface
- Process control: purpose, process variables, heat exchanger temperature control, feedback vs feedforward control, control loop components
- P&ID Template: Vertical Vessel
- P&ID Template: Horizontal Vessel
- P&ID Template: Heat Exchanger
- P&ID Template: Vertical Vessel
- P&ID Template: Vertical Reboiler
- P&ID Template: Centrifugal Compressor
- P&ID Template: Centrifugal Pump
- P&ID Template: Centrifugal Pump Minimum Flow alternatives
- Relief valve template
- Process Control System - Purpose, Example, Safety Considerations
- Analysis of control requirements
- How material balance is controlled through process control
- Process control: General Rules
- Process control template for fuel gas knockout drum
- Process control template for centrifugal compressor
- Process control template for centrifugal pump
- Identify Distillation column controls
- Different types of distillation column feed controls discussed and presented
- Different types of reflux and product controls for distillation column discussed
- Different types of pressure control for distillation column presented
This course aims to provide the students the skill to prepare, interpret and read P&ID's. The course starts with a comprehensive introduction to the Piping and Instrumentation Drawing (P&ID) is delivered. As a second step the principles that drive the P&ID development is described with real P&ID examples. The course is replete with examples of real industrial setting P&ID's.
After going through the principles of P&ID, the steps for P&ID development is introduced These steps are easy and simple ones that can be interchangeably applied. Next the legend P&ID is described in detail. With this you can easily read the P&ID. However, to develop a reviewer’s awareness some detailed inputs on valve, Pipes, control systems and equipment templates is provided.
At the end of this course, you will not be an expert but you will know enough to start the journey of reading, understanding, interpreting P&ID’s and begin developing simple P&ID’s.
Always remember a well developed P&ID is NOT a single person’s effort, but is the culmination of efforts of several engineering specialists, vendors, operators. After many different revisions and reviews the P&ID’s are good for Construction.
So, Good Luck and Hope you enjoy the journey!
Course Contents
Introduction
Principles of P&ID Development
P&ID Types
Legend P&ID
General Rules of P&ID Development
Steps in P&ID Development
Valves
Pipes
Control System
Equipment Templates
Process Control & templates
Instrument Templates (August 2023)
Process Control System (July 2023)
P&ID Implementation Milestones (August 2023)
Distillation. Control (September 2023)
Bonus
