Chemical, Oil & Gas A Beginner'S Guide To P&Id Development

Free Download 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
Requirements
Some exposure to a process plant through study, work etc.
Those who handle or are exposed to P&ID
Description
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 ContentsIntroductionPrinciples of P&ID DevelopmentP&ID TypesLegend P&IDGeneral Rules of P&ID DevelopmentSteps in P&ID DevelopmentValvesPipesControl SystemEquipment Templates
Overview
Section 1: Introduction
Lecture 1 What is covered in this section
Lecture 2 Introduction
Lecture 3 Introduction to a Real Offsite Storage Tank P&ID
Lecture 4 Depiction of P&ID use though a Real P&ID
Section 2: Principles of P&ID Development
Lecture 5 What will be covered in this section
Lecture 6 PFD of Gas Sweetening System Absorber
Lecture 7 Principles of P&ID Development - Safety
Lecture 8 Principles of P&ID Development - Operability
Lecture 9 Principles of P&ID Development- Reliability
Lecture 10 Principles of P&ID Development- Maintainablity
Lecture 11 P&ID Stakeholders
Lecture 12 Hierarchy of Rules
Lecture 13 Plant Operation Monitoring
Section 3: P&ID Types
Lecture 14 What is Covered
Lecture 15 P&ID Types
Lecture 16 Process & Utility P&ID with Real P&ID Example
Lecture 17 Utility Distribution P&ID with Real P&ID Example
Lecture 18 Interconnection P&ID with Real P&ID Example
Lecture 19 Tie-in P&ID with Real P&ID Example
Lecture 20 Demolition P&ID with Real P&ID Example
Lecture 21 Auxiliary P&ID with Real P&ID Example
Section 4: Legend P&ID
Lecture 22 Types of Legend P&ID
Lecture 23 Piping Components- Valves
Lecture 24 Piping Symbols - 1
Lecture 25 Piping Symbols - 2
Lecture 26 Instrument Legend
Lecture 27 Role of instruments
Lecture 28 Instrument identification-1
Lecture 29 Example of Instrument Identification
Lecture 30 Real life comparison to P&ID tagging
Lecture 31 Example of Instrument Identification
Lecture 32 Instrument Identification-2
Lecture 33 Instrument Identification-3
Lecture 34 Instrument Identification-4
Lecture 35 Instrument Identification-5
Lecture 36 Instrument Tagging
Lecture 37 Instrument Connections
Lecture 38 P&ID of Gas Sweetening System Absorber
Lecture 39 Computing function Identification
Lecture 40 Instrument Line Identification
Lecture 41 Indicate Primary Flow Elements in P&ID
Lecture 42 Control Valves
Lecture 43 Self actuated devices
Lecture 44 Valve Failure Condition in P&ID
Lecture 45 Control Loop indication on P&ID
Section 5: General Rules for P&ID Development
Lecture 46 General Items
Lecture 47 Piping and Instrumentation Drawing - Equipment Rules
Lecture 48 Layout of P&ID
Lecture 49 Piping and Instrumentation Drawing - Piping Rules
Lecture 50 Piping and Instrumentation Drawing - Instrumentation Rules
Lecture 51 Example of
Section 6: Steps in P&ID Development
Lecture 52 Steps in P&ID Development
Lecture 53 Example with Real P&ID's for the application of the Stpes in P&ID Development
Lecture 54 Step 2
Lecture 55 Step 3
Lecture 56 Step 4
Lecture 57 Step 5
Lecture 58 Step 6
Lecture 59 Step 7
Lecture 60 Step 8
Lecture 61 Step 12
Lecture 62 Step 10
Section 7: Valves
Lecture 63 What is a Valve and its uses
Lecture 64 Example - Valve uses demonstrated through P&ID
Lecture 65 Valving Arrangement - Where it's used
Lecture 66 Standard Isolation
Lecture 67 Positive Isolation
Lecture 68 Isolation Philosophy
Lecture 69 Battery Limit Valves
Lecture 70 Purpose of Valves
Lecture 71 Gate Valve
Lecture 72 Advantage of Gate Valve
Lecture 73 Gate Valve Application
Lecture 74 Gate Valve Classification
Lecture 75 Body Bonnet GATE valve
Lecture 76 Rising stem gate valve
Lecture 77 Globe valve
Lecture 78 Ball valve
Lecture 79 Check Valve
Lecture 80 Valve Selection - 1
Lecture 81 Valve Selection- 2
Lecture 82 Motor Operated Valves
Lecture 83 Remote operated / Shutdown Valves
Lecture 84 How are sampling systems shown on P&ID?
Lecture 85 Protective Preheating of Pipelines
Lecture 86 Utility tie in on P&ID
Section 8: Pipes
Lecture 87 Fluid Transfer equipment
Lecture 88 Pipe
Lecture 89 Pipe Symbology
Lecture 90 Pipe identifiers
Lecture 91 Pipe Tags/ Line Numbers - 1
Lecture 92 Pipe Tags/ Line Numbers - 2
Lecture 93 Pipe Tags/ Line Numbers - 3
Lecture 94 Piping Interface
Lecture 95 Piping Specification Break
Section 9: Process Control
Lecture 96 Introduction to Process Control
Lecture 97 What does a control system do?
Lecture 98 Process Variable
Lecture 99 Heat Exchanger Temperature Control
Lecture 100 Example - Process Variable
Lecture 101 Feedback Vs Feedforward Control - 1
Lecture 102 Feedback Vs Feedforward Control - 2
Lecture 103 Control Loop Components
Section 10: Equipment - Vessel, Column, Exchanger
Lecture 104 Vertical Vessel P&ID Template
Lecture 105 Exchanger P&ID Template
Lecture 106 Distillation Column Template
Lecture 107 Vertical Reboiler Template
Lecture 108 Centrifugal Pump Template
Lecture 109 Centrifugal Compressor Template
Aspiring and current quality, piping, instrument, mechanical designers and engineers,Aspiring and current operating plant operators, maintenance technicians, safety staff, engineers,Those who aspire to or currently participate in HAZOP studies, risk studies,Those who are associated with building a process plant


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