How to Read P&ID, PFD & BFD used in Process Plant like Pro
What you'll learn
- You can read and understand P&ID / PEFS - Piping and Instrumentation Diagram / Process Engineering Flow Scheme
- You can read and understand PFD / PFS - Process Flow Diagram / Process Flow Scheme
- You can read and understand BFD - Block Flow Diagram
- Basic understating of Process Facilities such as refinery, power plant, oil and gas platform or similar
In this course, you are going to learn How to Read P&ID (Piping and Instrumentation Diagram), Block Flow Diagram (BFD), and Process Flow Diagram (PFD). If you want to learn to read Process Flow schemes (PFS) and Process Engineering Flow schemes (PEFS), this course is for you, also.
Read, Interpret and understand P&ID like Professional Engineer.
Understand the drawing’s components
What are P&ID, PFD, and BFD, and Why is it used? What information do these drawings provide?
Learn P&ID and PFD Symbols
Read Tank farm and Process Plant P&ID and PFD
Read P&ID for Column, Heat Exchanger, Pump, Tank, etc.
Learn to Read P&ID, PFD, and BFD by Using Industry Standard Drawings with real-life examples.
There is hardly any course available that teaches how to read P&ID in-depth, and without the help of a good mentor, it is challenging to learn and understand these drawings.
If you are working in Oil and Gas or any similar Process industries, you know the importance of reading P&ID and PFD. In this course, you will learn to read from real-life drawings so that there will be no disconnect between what you will learn and what you will see while on the job.
What are you going to learn in 39 lectures?
This course has more than 3 Hours of high-quality video content. The course is designed in such a way that even if you don’t have any previous experience, you will still be able to master each topic covered.
The course starts with essential parts of the drawing specially designed for those starting afresh.
Reading P&ID and PFD is nothing but understanding the symbols on the drawing. Before moving to the actual drawing, you will learn the P&ID symbols that are used in these drawings.
P&ID and PFD, selected as examples, cover all major components of process facilities, such as refineries, power plants, petrochemical complexes, and offshore oil platforms.
You can test your knowledge using a quiz designed based on the fresh P&ID that is not used in an example.
When you finish the course, you can confidently read and understand any P&ID, PFD, and BFD that you will encounter at work.
I know we are all short of time, so I have covered only the most valuable information in this course and tried my best to keep this course short.
So, you have more time to enjoy the things you like most.
See you inside the course.
Who this course is for:
- If you want to learn How to Read P&ID, Process Flow Diagram and Block Flow Diagram, this course is for you.
- If you want to learn How to Read PEFS - Process Engineering Flow Scheme and PFS - Process Flow Scheme, this course is for you.
Varun Patel is a Mechanical Engineer and an Oil & Gas Professional. In addition, he is a Certified Project Management Professional - PMP® from PMI® USA. He has over sixteen years of experience working in Fortune 500 Oil & Gas Companies.
From the beginning of his career, he has worked in multi-billion dollar Oil & Gas projects in Asia and the Middle East. He works in Refinery, Petrochemical, and Offshore projects. His experience covers the entire project life cycle from Project Initiation to Project Closed out. He has extensive exposure to FEED, Engineering, Procurement, Construction, and Commissioning projects. He also worked in refinery Operation and Maintenance. He has handled many different job roles during his career, such as Project Engineer, Piping Engineer, Construction Engineer, Inspection Engineer, and Maintenance Engineer.
He has in-depth knowledge of Piping and equipment manufacturing, welding, inspection methods, and techniques used in the Oil and Gas industry. He also has experience in Non-destructive and destructive testing use during the construction of oil and gas processing and production complex.