Mastering Fundamentals Of 3D Fire And Gas Mapping
Complete guide to mastering 3D fire and gas mapping fundamentals and design criteria.
What you'll learn
How to conduct a 3D Fire and Gas Mapping Study
Fundamentals of Fire and Gas Mapping
Fire Area Methodology Calculation
Fire and Gas Design Criteria
Performance Targets and Requirements
History and Background of Fire and Gas Mapping
Applications of Fire and Gas Mapping
Requirements
No Experience Required, However Basic Understanding of Related Engineering Principles Can Be of Advantage
Description
This is a complete guide to learn and master the foundations and first principles of fire and gas mapping study. This course will assist you in understanding the core concepts of detector placement, voting logic, performance targets, applications, mapping thumb rules and design criteria, and therefore shall aid in designing of more effective F&G systems.
In this course, you will also learn on how to perform a 3D mapping study using fire area methodology, the principles of 3D fire and gas detection and identification of leak scenarios that exist in fire zones.
The benefits of adopting a 3D assessment over conventional 2D mapping study is extensively covered and the design aspects while evaluating such 3D modelled scenarios to determine coverage targets are included.After successful completion of this course this course, you will be fully aware of how to conduct a reliable and effective 3D mapping study with design intent meeting performance criteria. Comparison between 2D vs 3D mapping is also covered. The Part 2 of this course shall cover the design aspects, guidelines and how to operate the leading 3D Mapping software, DETECT3D.Additional materials, resources and quizzes are included to cement your knowledge at every step. Please feel free to get in touch at anytime. Cheers.
Overview
Section 1: Introduction and Background
Lecture 1 What is Fire and Gas Mapping Study ?
Lecture 2 Background
Section 2: Fundamentals of Fire and Gas Mapping
Lecture 3 Why Perform Fire and Gas Mapping Study
Lecture 4 When to Perform Fire and gas Mapping Study
Lecture 5 Objective and Intend of Fire and Gas Mapping Study
Lecture 6 Leading Fire and Gas Mapping Softwares
Section 3: Design Aspects of 3D Fire and Gas Mapping
Lecture 7 Requirements of 3D Mapping Study
Lecture 8 Thumb Rules of Mapping Study
Lecture 9 Understanding Over Engineering Vs Under Engineering
Lecture 10 Categorizing Fire and Gas Zones
Lecture 11 Voting Logic :Understanding key concept
Lecture 12 Flame Mapping Study
Lecture 13 Fire Area Calculation Methodology
Lecture 14 Gas Mapping Study
Lecture 15 Design Criteria: How to conduct a critical 3D Fire and Gas mapping ?
Lecture 16 Applications of F&G Detectors
Section 4: Test Yourself
Process Safety Engineers,Loss Prevention Engineers,HSE Design Engineers,Instrumentation Engineers,Project Leads and Managers
Published 8/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 279 MB | Duration: 0h 36m
Download
http://s6.alxa.net/one/2022/08/Mast...as.Mapping.rar
Complete guide to mastering 3D fire and gas mapping fundamentals and design criteria.
What you'll learn
How to conduct a 3D Fire and Gas Mapping Study
Fundamentals of Fire and Gas Mapping
Fire Area Methodology Calculation
Fire and Gas Design Criteria
Performance Targets and Requirements
History and Background of Fire and Gas Mapping
Applications of Fire and Gas Mapping
Requirements
No Experience Required, However Basic Understanding of Related Engineering Principles Can Be of Advantage
Description
This is a complete guide to learn and master the foundations and first principles of fire and gas mapping study. This course will assist you in understanding the core concepts of detector placement, voting logic, performance targets, applications, mapping thumb rules and design criteria, and therefore shall aid in designing of more effective F&G systems.
In this course, you will also learn on how to perform a 3D mapping study using fire area methodology, the principles of 3D fire and gas detection and identification of leak scenarios that exist in fire zones.
The benefits of adopting a 3D assessment over conventional 2D mapping study is extensively covered and the design aspects while evaluating such 3D modelled scenarios to determine coverage targets are included.After successful completion of this course this course, you will be fully aware of how to conduct a reliable and effective 3D mapping study with design intent meeting performance criteria. Comparison between 2D vs 3D mapping is also covered. The Part 2 of this course shall cover the design aspects, guidelines and how to operate the leading 3D Mapping software, DETECT3D.Additional materials, resources and quizzes are included to cement your knowledge at every step. Please feel free to get in touch at anytime. Cheers.
Overview
Section 1: Introduction and Background
Lecture 1 What is Fire and Gas Mapping Study ?
Lecture 2 Background
Section 2: Fundamentals of Fire and Gas Mapping
Lecture 3 Why Perform Fire and Gas Mapping Study
Lecture 4 When to Perform Fire and gas Mapping Study
Lecture 5 Objective and Intend of Fire and Gas Mapping Study
Lecture 6 Leading Fire and Gas Mapping Softwares
Section 3: Design Aspects of 3D Fire and Gas Mapping
Lecture 7 Requirements of 3D Mapping Study
Lecture 8 Thumb Rules of Mapping Study
Lecture 9 Understanding Over Engineering Vs Under Engineering
Lecture 10 Categorizing Fire and Gas Zones
Lecture 11 Voting Logic :Understanding key concept
Lecture 12 Flame Mapping Study
Lecture 13 Fire Area Calculation Methodology
Lecture 14 Gas Mapping Study
Lecture 15 Design Criteria: How to conduct a critical 3D Fire and Gas mapping ?
Lecture 16 Applications of F&G Detectors
Section 4: Test Yourself
Process Safety Engineers,Loss Prevention Engineers,HSE Design Engineers,Instrumentation Engineers,Project Leads and Managers
Published 8/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 279 MB | Duration: 0h 36m
Download
http://s6.alxa.net/one/2022/08/Mast...as.Mapping.rar