Explore Basics, Read Piping & Instrumentation Diagrams P&ID

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Boostrand Training

1:49:54

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1. Introduction

1. Details shown on a P&ID VS a PFD.mp4

04:56

2. Project Workflow and the Role of a P&ID within a Project.mp4

04:57

3. Anatomy of a P&ID Drawing.mp4

03:18

2. Details Shown on a P&ID

1. Equipment Arrangement Series VS Parallel VS Spare.mp4

01:45

2. Equipment Design Data & Specifications.mp4

03:49

3. Examples for Equipment Data Tables on a P&ID.mp4

02:24

4. Scope and Battery Limits.mp4

02:12

3. Piping Details on a P&ID

1. Analyzing Pipe Details on a Line Number.mp4

03:38

2. Showing Fittings on a P&ID Reducers, enlargers, Class Breaks & Insulation Kits.mp4

07:14

3. Manual Valves.mp4

02:34

4. Check Valves.mp4

00:57

5. Data Not Shown on a P&ID.mp4

01:27

4. Instrument, Control and Shutdown Details

1. Components of Control and Shutdown Loops.mp4

01:31

2. Main Instrument Abbreviations on a P&ID.mp4

01:48

3. Details of Measuring Devices.mp4

02:22

4. Flow Measurment.mp4

03:43

5. Level Measurement.mp4

04:24

6. Temperature and Pressure Measurement.mp4

00:33

7. Control System.mp4

02:46

8. Shutdown System.mp4

02:36

9. Types of Final Elements.mp4

01:50

10. Control Valves.mp4

01:12

11. Shutdown Valves.mp4

01:41

12. On Off Valves Control in Batch Systems.mp4

01:37

13. Valve Actuators and Accessories.mp4

04:46

14. Motor Details.mp4

01:19

5. Relief Devices

1. Showing Pressure Safety Valves (PSV).mp4

05:21

2. Tank Protection Using Pressure Vacuum Safety Valves (PVSV).mp4

01:37

6. P&ID Stages within a Project

1. Main P&ID Issuance Purposes.mp4

02:33

2. Conceptual and Basic Engineering.mp4

04:09

3. Issuing P&IDs for Design.mp4

03:40

4. HAZOP Session and Its Effect on a P&ID.mp4

02:51

5. Construction and As-Built P&IDs.mp4

02:16

6. Effect of Changes in a P&ID on a Project Workflow.mp4

01:31

7. Types of P&IDs

1. Legend P&IDs.mp4

03:58

2. Typical Details P&IDs.mp4

01:29

3. Distribution P&IDs.mp4

02:20

4. Tie-in P&IDs.mp4

01:53

5. Main Process Considerations when selecting Tie-in Location.mp4

03:19

6. Packaged P&IDs.mp4

01:38

Description

Explore P&ID details typically shown, piping, equipment and instrument symbols, types, workflow, and issuance purposes

What You'll Learn?

Workflow of P&ID issuance and its role in a project
Details shown on a P&ID for piping, fittings, instruments, scope definition, ...etc.
Anatomy of the P&ID
P&ID types such as legend, typical details, distribution and tie-in P&IDs
Issuance purposes of P&IDs and the details shown depending on the purpose

Who is this for?

Chemical Engineering Student Looking for Learning Practical Engineering Concepts

Process Engineers looking for enhancing their P&ID Preparation Skills

Plant Operation Engineers willing to understand the behind-the-scene concepts of plant design and share solutions to enhance the safety and operability of your plant.

Non-Process Engineers for example, a piping or instrumentation or mechanical engineer who wants to understand the criticality of process engineering requirements and how your role affects the plant performance

What You Need to Know?

Basic Chemical Engineering Knowledge

More details

Description
So maybe you are dealing with P&IDs, you find yourself overwhelmed with lots of details, symbols and notes and you need to understand what all this means, but still don't know how to start?
If you're new to process engineering or want to boost your knowledge about how things work in industrial plants, then this course is perfect for you.
What Will You Learn?
P&IDs are the lifeblood of process engineering, and understanding them is essential for anyone involved in plant design, operation, or maintenance.
In this course, we'll help you understand P&IDs by covering these important topics:

Distinguishing P&IDs from PFDs: We begin by unraveling the differences between P&IDs and Process Flow Diagrams (PFDs). We shall see how the P&ID is based on the PFD and how the P&ID is expected to show much more details.
Understanding P&ID Symbols: P&IDs are packed with information, from main pipe data and equipment specifics to valves, fittings, instrumentation, and control and shutdown systems. In this course, we shall talk about how each of these elements is reflected on the P&IDs.
Types of P&IDs: Including legend, distribution, tie-in P&IDs, and package P&IDs. We delve deep into these types, offering real-world examples of when and how these are applied.
Project Workflow: P&IDs are integral to the project lifecycle. This means that the P&ID is affected by the data provided from upstream documents such as PFD. In addition, P&IDs shall also affect the whole engineering activities afterwards such as piping or instrumentation activities. In addition, the level of detail of data in a P&ID shall highly differ depending on the project stage. We shall talk about all this in the course.
Our course is all about practical knowledge. You'll learn how different details are expected to be shown on a P&ID and their implications. By the end, you'll feel confident reading P&IDs and spotting problems early on.
Don't miss out on this chance to explore the basics of P&IDs and boost your skills in process engineering.
Are you ready to embark on a journey into the world of P&IDs?
Enroll today, and let's start!

Who this course is for:
Chemical Engineering Student Looking for Learning Practical Engineering Concepts
Process Engineers looking for enhancing their P&ID Preparation Skills
Plant Operation Engineers willing to understand the behind-the-scene concepts of plant design and share solutions to enhance the safety and operability of your plant.
Non-Process Engineers for example, a piping or instrumentation or mechanical engineer who wants to understand the criticality of process engineering requirements and how your role affects the plant performance

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Chemical Engineering

Boostrand Training

Instructor's Courses

Boostrand Training is dedicated to introducing courses aiming to help chemical engineers start their career in Process Engineering. With a chemical engineering background and more than 8 years of experience as a process engineer in oil and gas projects, including in Refining, Petrochemicals, Gas Processing, and Oil Facilities, Boostrand Training hopes it can help new graduates understand how these projects work and how units are designed throughout my courses.Through coding knowledge, Boostrand Training also aims to introduce the concept of automation of tasks of a process engineer through tools that depend on programming.

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