Master Process Engineering Drawings & Industrial Diagrams

[martinstronis65]

Master Process Engineering Drawings & Industrial Diagrams
Published 1/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 9.00 GB | Duration: 6h 53m
The Ultimate Guide for Process Flow Diagrams, P&ID, Elevation Diagrams, Layout Plans & More!
What you'll learn​

Know the most common types of process engineering diagrams & drawings used in the industry
Read, Interpret, Understand, Draw, Fix, Review These Diagrams
Common Industry Standards, Norms, & Codes
Read & Create: Block Flow Diagrams,Process Flow Diagrams,Piping and Instrumentation Diagrams
Understand Other Types of Diagrams Such As: Elevation Diagrams, Hazop Diagram, Loop Control Diagram, General Arrangement Drawings, Isometric Piping Drawings, et
Purpose and Scope of Engineering Diagram
Requirements
Basic Process Engineering background (understanding chemical processes, etc.)
Description
This course introduces students to the fundamental engineering diagrams and drawings used in the process industry, including Block Flow Diagrams (BFDs), Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), and others.Students will learn to read, interpret, and analyze these diagrams, identifying key components, process flow, instrumentation, and control systems. They will also develop skills in creating basic engineering diagrams using industry-standard software tools, ensuring clarity and consistency through the application of industry symbols and standards.What You Will Learn:Get to know the most common types of Process Engineering Diagrams & Drawings used in the IndustryRead, Interpret, Understand, Draw, Fix, Review these DiagramsModel & Draw using Softwares such as MS Visio, Visual Paradigm, Draw. io, AutoCad and suchCommon Industry Standards, Norms, & CodesRead & Create: Block Flow Diagrams,Process Flow Diagrams,Piping and Instrumentation DiagramsUnderstand other types of diagrams such as: Elevation Diagrams, HAZOP Diagram, Loop Control Diagram, General Arrangement Drawings, Isometric Piping Drawings, etc.Purpose and Scope of Engineering DiagramRecommended Audience:This course is suitable for both: Students & Professionals. From Undergraduate and Graduate engineering students, environmental science majors, all the way to Professionals in engineering, environmental, and technical fields.Assessment:The course will be assessed through quizzes.Prerequisites: Basic Process Engineering background (understanding chemical processes, etc.)Recommended Course Follow-up: You'll be ready for more advanced courses such as Reading & Drawing P&Id, Flowsheeting, Civil Engineering Diagrams & Many other Industrial Drawings
Overview
Section 1: Introduction
Lecture 1 Welcome to the Course!
Lecture 2 About This Course
Section 2: 1. The Importance of Process Engineering Drawings & Diagrams
Lecture 3 Introduction to Section 1
Lecture 4 About Process Engineering Diagrams
Lecture 5 Common Process Engineering Diagrams Used in the Industry
Lecture 6 YT1 - Common Process Engineering Diagrams Used in the Industry
Lecture 7 Common Project Documentation - List
Lecture 8 Industry Codes, Standards & Regulations
Lecture 9 Common Organizations Involved in Process Engineering Drawing
Lecture 10 Industry Standards & Regulations: Examples
Lecture 11 Software Tools for Engineering Diagrams
Lecture 12 Section 1 Closure
Section 3: 2. Block Flow Diagrams & Process Flow Diagrams
Lecture 13 Introduction to Section 2
Lecture 14 Flow Diagrams
Lecture 15 What is a Block Flow Diagram (BFD)
Lecture 16 How to Read a Block Flow Diagram?
Lecture 17 Ex. #1 Reading a BFD
Lecture 18 Flexibility: Block Flow Diagram
Lecture 19 Ex. #2 Reading a BFD: Petroleum Process
Lecture 20 Components and Symbols in BFD
Lecture 21 Ex. #3 Unkown Proces BFD
Lecture 22 Ex. #4 Unkown Process BFD with AI
Lecture 23 What is NOT a Block Flow Diagram?
Lecture 24 Creating BFDs
Lecture 25 Ex. #5 BFD Steam Reforming
Lecture 26 Case Study #1: Steam Cracking Unit
Lecture 27 Common BFD Drawing Software
Lecture 28 Task #1 - Explore BFD Software
Lecture 29 Homework #1 - Draw a BFD of the Steam Cracking Unit
Lecture 30 What is a Flow Sheet, aka Process Flow Diagram?
Lecture 31 Common PFD Rules
Lecture 32 PFD: Common Symbols
Lecture 33 Common PFD Software
Lecture 34 Task #2 - Explore PFD Symbols in Software
Lecture 35 BFD vs. PFD - What's the difference?
Lecture 36 Ex. #6 Let's Identify PFD
Lecture 37 Rules and Guidlines PFD
Lecture 38 S02L26 Ex. #7 Reading PFD Amine Absorption CO2
Lecture 39 Ex. #9 Reading PFD Gasoline Polymer
Lecture 40 Drawing a Simple PFD
Lecture 41 Case Study #2. Drawing a PFD for the Claus Process
Lecture 42 Homework #2: Draw a PFD of the Haber Process
Lecture 43 PFD Summary
Lecture 44 Section 2 Closure
Section 4: 3. Piping & Instrumentation Diagrams
Lecture 45 Introduction to Section 3
Lecture 46 Introduction to P&ID
Lecture 47 What is a P&ID?
Lecture 48 Common Components of P&ID
Lecture 49 Why Is It So Common in the Industry?
Lecture 50 Main Characteristics
Lecture 51 Let's Compare PFD vs. P&ID
Lecture 52 How to Read P&ID Course
Lecture 53 Reading, Understanding & Creating P&ID
Lecture 54 Detailed P&ID Elements: Documentation
Lecture 55 Detailed P&ID Elements: Lines
Lecture 56 Detailed P&ID Symbols: Equipment
Lecture 57 Detailed P&ID Symbols: Valves
Lecture 58 Detailed P&ID Symbols: Instrumentation
Lecture 59 Detailed P&ID Symbols: Standards
Lecture 60 Task #3 - Compare Standards
Lecture 61 Ex. #11: Read a Simple P&ID
Lecture 62 Ex. #12 Read a Simple P&ID with AI
Lecture 63 Creating a P&ID
Lecture 64 Ex. #13: Draw 3 Diagrams for a Vessel
Lecture 65 Visio for P&ID
Lecture 66 Ex. #14: Draw a P&ID for a Reactor with MS Visio
Lecture 67 Case Study #3: Draw a P&ID for a Process
Lecture 68 Overview: Instrumentation & Control
Lecture 69 Instrumentation - Quick Overview
Lecture 70 Control Topics - An Overview
Lecture 71 Control Topics - Level Example
Lecture 72 Instrumentation & Control for P&ID
Lecture 73 Case Study #4: Drawing a P&ID for a Distillation Column
Lecture 74 Case Study #4: Part 2
Lecture 75 Section 3 Closure
Section 5: 4. Other Common Engineering Drawings
Lecture 76 Introduction to Section 4
Lecture 77 Layout Diagram/Plan
Lecture 78 General Arrangement Drawing
Lecture 79 Isometric Drawing Plan
Lecture 80 Elevation Diagrams
Lecture 81 Loop Diagram
Lecture 82 Section 4 Closure
Section 6: Closure
Lecture 83 Wraping up!
Scicience & Engineering Students,Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc...,Operator of Manufacturing/Process Industries
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[0dayddl]

Master Process Engineering Drawings & Industrial Diagrams
Published 1/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 9.00 GB | Duration: 6h 53m​

The Ultimate Guide for Process Flow Diagrams, P&ID, Elevation Diagrams, Layout Plans & More!

What you'll learn

Know the most common types of process engineering diagrams & drawings used in the industry

Read, Interpret, Understand, Draw, Fix, Review These Diagrams

Common Industry Standards, Norms, & Codes

Read & Create: Block Flow Diagrams,Process Flow Diagrams,Piping and Instrumentation Diagrams

Understand Other Types of Diagrams Such As: Elevation Diagrams, Hazop Diagram, Loop Control Diagram, General Arrangement Drawings, Isometric Piping Drawings, et

Purpose and Scope of Engineering Diagram

Requirements

Basic Process Engineering background (understanding chemical processes, etc.)

Description

This course introduces students to the fundamental engineering diagrams and drawings used in the process industry, including Block Flow Diagrams (BFDs), Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), and others.Students will learn to read, interpret, and analyze these diagrams, identifying key components, process flow, instrumentation, and control systems. They will also develop skills in creating basic engineering diagrams using industry-standard software tools, ensuring clarity and consistency through the application of industry symbols and standards.What You Will Learn:Get to know the most common types of Process Engineering Diagrams & Drawings used in the IndustryRead, Interpret, Understand, Draw, Fix, Review these DiagramsModel & Draw using Softwares such as MS Visio, Visual Paradigm, Draw. io, AutoCad and suchCommon Industry Standards, Norms, & CodesRead & Create: Block Flow Diagrams,Process Flow Diagrams,Piping and Instrumentation DiagramsUnderstand other types of diagrams such as: Elevation Diagrams, HAZOP Diagram, Loop Control Diagram, General Arrangement Drawings, Isometric Piping Drawings, etc.Purpose and Scope of Engineering DiagramRecommended Audience:This course is suitable for both: Students & Professionals. From Undergraduate and Graduate engineering students, environmental science majors, all the way to Professionals in engineering, environmental, and technical fields.Assessment:The course will be assessed through quizzes.Prerequisites: Basic Process Engineering background (understanding chemical processes, etc.)Recommended Course Follow-up: You'll be ready for more advanced courses such as Reading & Drawing P&Id, Flowsheeting, Civil Engineering Diagrams & Many other Industrial Drawings

Overview

Section 1: Introduction

Lecture 1 Welcome to the Course!

Lecture 2 About This Course

Section 2: 1. The Importance of Process Engineering Drawings & Diagrams

Lecture 3 Introduction to Section 1

Lecture 4 About Process Engineering Diagrams

Lecture 5 Common Process Engineering Diagrams Used in the Industry

Lecture 6 YT1 - Common Process Engineering Diagrams Used in the Industry

Lecture 7 Common Project Documentation - List

Lecture 8 Industry Codes, Standards & Regulations

Lecture 9 Common Organizations Involved in Process Engineering Drawing

Lecture 10 Industry Standards & Regulations: Examples

Lecture 11 Software Tools for Engineering Diagrams

Lecture 12 Section 1 Closure

Section 3: 2. Block Flow Diagrams & Process Flow Diagrams

Lecture 13 Introduction to Section 2

Lecture 14 Flow Diagrams

Lecture 15 What is a Block Flow Diagram (BFD)

Lecture 16 How to Read a Block Flow Diagram?

Lecture 17 Ex. #1 Reading a BFD

Lecture 18 Flexibility: Block Flow Diagram

Lecture 19 Ex. #2 Reading a BFD: Petroleum Process

Lecture 20 Components and Symbols in BFD

Lecture 21 Ex. #3 Unkown Proces BFD

Lecture 22 Ex. #4 Unkown Process BFD with AI

Lecture 23 What is NOT a Block Flow Diagram?

Lecture 24 Creating BFDs

Lecture 25 Ex. #5 BFD Steam Reforming

Lecture 26 Case Study #1: Steam Cracking Unit

Lecture 27 Common BFD Drawing Software

Lecture 28 Task #1 - Explore BFD Software

Lecture 29 Homework #1 - Draw a BFD of the Steam Cracking Unit

Lecture 30 What is a Flow Sheet, aka Process Flow Diagram?

Lecture 31 Common PFD Rules

Lecture 32 PFD: Common Symbols

Lecture 33 Common PFD Software

Lecture 34 Task #2 - Explore PFD Symbols in Software

Lecture 35 BFD vs. PFD - What's the difference?

Lecture 36 Ex. #6 Let's Identify PFD

Lecture 37 Rules and Guidlines PFD

Lecture 38 S02L26 Ex. #7 Reading PFD Amine Absorption CO2

Lecture 39 Ex. #9 Reading PFD Gasoline Polymer

Lecture 40 Drawing a Simple PFD

Lecture 41 Case Study #2. Drawing a PFD for the Claus Process

Lecture 42 Homework #2: Draw a PFD of the Haber Process

Lecture 43 PFD Summary

Lecture 44 Section 2 Closure

Section 4: 3. Piping & Instrumentation Diagrams

Lecture 45 Introduction to Section 3

Lecture 46 Introduction to P&ID

Lecture 47 What is a P&ID?

Lecture 48 Common Components of P&ID

Lecture 49 Why Is It So Common in the Industry?

Lecture 50 Main Characteristics

Lecture 51 Let's Compare PFD vs. P&ID

Lecture 52 How to Read P&ID Course

Lecture 53 Reading, Understanding & Creating P&ID

Lecture 54 Detailed P&ID Elements: Documentation

Lecture 55 Detailed P&ID Elements: Lines

Lecture 56 Detailed P&ID Symbols: Equipment

Lecture 57 Detailed P&ID Symbols: Valves

Lecture 58 Detailed P&ID Symbols: Instrumentation

Lecture 59 Detailed P&ID Symbols: Standards

Lecture 60 Task #3 - Compare Standards

Lecture 61 Ex. #11: Read a Simple P&ID

Lecture 62 Ex. #12 Read a Simple P&ID with AI

Lecture 63 Creating a P&ID

Lecture 64 Ex. #13: Draw 3 Diagrams for a Vessel

Lecture 65 Visio for P&ID

Lecture 66 Ex. #14: Draw a P&ID for a Reactor with MS Visio

Lecture 67 Case Study #3: Draw a P&ID for a Process

Lecture 68 Overview: Instrumentation & Control

Lecture 69 Instrumentation - Quick Overview

Lecture 70 Control Topics - An Overview

Lecture 71 Control Topics - Level Example

Lecture 72 Instrumentation & Control for P&ID

Lecture 73 Case Study #4: Drawing a P&ID for a Distillation Column

Lecture 74 Case Study #4: Part 2

Lecture 75 Section 3 Closure

Section 5: 4. Other Common Engineering Drawings

Lecture 76 Introduction to Section 4

Lecture 77 Layout Diagram/Plan

Lecture 78 General Arrangement Drawing

Lecture 79 Isometric Drawing Plan

Lecture 80 Elevation Diagrams

Lecture 81 Loop Diagram

Lecture 82 Section 4 Closure

Section 6: Closure

Lecture 83 Wraping up!

Scicience & Engineering Students,Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc.,Operator of Manufacturing/Process Industries

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