Process Safety Fundamentals

Name: Process Safety Fundamentals
Rating: 4.1 (49 reviews)

Steps to Risk Management

Created byVelocis Solutions, Murad Jafarov

Last updated 5/2021

English

What you'll learn

Importance of Process Safety
Hazard-Risk Combination
Hazard Identification Techniques
Qualitative and Quantitative Risk Assessment Techniques
Hazard Scenarios and Failure Modes
Consequence Analysis and Modelling
Types of Fire and Explosions
Likelihood Analysis
Principles of Fault/Tree Analysis
Definition of Risk (Risk matrix)

Course content

4 sections • 13 lectures • 1h 40m total length

Importance of Process Safety6:29
Understanding the principle behind Process Safety discipline and its importance are the main things for you to consider in introduction. This lesson covers:
The question of "What is Process Safety?";
Difference between Process and Personal Safety and
What minor failings can lead to a major accident
Hazard, Risk, Hazard Identification15:05
The core and most fundamental element of Process Safety is the combination of hazard and risk terms that stands at the center of hazard identification. This session aims to give you brief information about:
What is hazard/risk?;
Auto Ignition Temperature;
Chemical and Physical Hazards and
Hazard Identification Techniques
3. Qualitative Risk Assessment8:43
The Risk Management Process is the key to reaching out safe process conditions that can be carried out both qualitatively and quantitatively. In this lecture, we will go over:
Determination of quality of hazard;
Oversimplifying assumption and
Qualitative Risk Assessment Techniques (HAZOP, What-If and etc.)
4. Hazard Scenarios8:32
The initial step in risk management process is scenario development or going over the possible hazard scenarios to define the failure modes. This lesson aims to deliver brief information about:
Scenario development and Barrier Model;
Sources of Failures and
Limits affecting identification

Introduction to Consequence Analysis3:09
The second step coming after scenario development is Consequence Analysis which waits for the subsequent Likelihood Analysis to work together forming risk matrix. In this session you will learn about:
Steps in Analysis and
Importance of Consequence Modelling
Consequence Modelling7:09
As you got an introduction to Consequence Analysis, you can go over Consequence Modelling by working on Source Term or Release Modelling, Dispersion and Fire Modelling. In this lecture, we will go over:
Consequence diagram;
Source term and dispersion modelling and
Essential factor affecting release rate
Application Session I9:04
After having an overview about Consequence modelling and its steps, it might be better to implement the knowledge illustrated in previous lecture. In this lesson, we will work on:
Application of release and dispersion modelling
Types of Fire and Explosions6:25
Fire is a burn of material in air when the released material and air are in sufficient proportions. As the fire is one of the most dangerous consequence, fire modelling should be carried out. This video covers:
Types of fires;
Auto ignition and
Ignition sources
Application Session II6:43
After having an overview about Fire modelling and its steps, it might be better to implement the knowledge illustrated in previous lecture. In this lesson, we will work on:
Implementation of fire modelling on different types of fire and
Considering the question of "What if there is that fire?"

Introduction to Likelihood Analysis3:43
The third step coming after scenario development which waits for the subsequent Consequence Analysis to work together forming risk matrix. In this session you will learn about:
Evaluation of frequency
Robustness and Relevancy in likelihood analysis
Principles of FTA Analysis9:13
Fault and Event tree analysis is the part of Likelihood Analysis being quantitative risk assessment technique where the input data for even tree is taken from fault tree and risk model is proposed. In this lesson, we will go through:
FTA methodologies and principles;
Things to be considered in FTA and
Specific example for Event tree
Application Session III8:33
After having an overview about Fault & Even tree analysis and its steps, it might be better to implement the knowledge illustrated in previous lecture. In this lesson, we will work on:
Application of Fault and Even Tree Construction

Requirements

There are no pre-requesites for this course. The fundamental and solid background will be delivered to the course takers.

Description

Process Safety Fundamentals training aims to deliver comprehensive information about core elements of the Process Safety discipline, how to assess the risk both in qualitative and quantitative approaches by focusing on the risk management process. The course takers can directly get into the risk management process and comprehend the necessary steps to define risk within the practical sessions by reaching out to the following topics:

· Importance of Process Safety - Why is Process Safety Important?

· Hazard, Risk, Hazard Identification - What is Hazard/Risk?, What are the various hazard identification techniques?

· Qualitative Risk Assessment - What does qualitative risk assessment mean? How to assess the risk quantitatively?

· Hazard Scenarios - What are the different failure modes?

· Consequence Analysis - As a part of Quantitative Risk Assessment

· Consequence Modelling - Source term and Release Modelling

· Practical Session I - Application of Source term and Release Modelling on a specific problem

· Types of Fires and Explosion - Fire Modelling as a part of Consequence Analysis

· Practical Session II - Application of Fire Modelling on a specific problem

· Likelihood Analysis - As a part of Quantitative Risk Assessment

· Fault and Event Tree Analysis (FTA) - Fault tree and Event tree construction

· Practical Session III - Application of FTA on a specific problem

· Defining Risk and Risk Matrix

Who this course is for:

Chemical Engineers
Lead Operators
Mechanical and Reliability Engineers
Manufacturing Engineers
Chemists
Instrumentation and Automation Engineers
EHS Specialists

Process Safety Fundamentals

What you'll learn

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Course content

Definition of Risk and Scenario Development4 lectures • 39min

Consequence Analysis5 lectures • 33min

Likelihood Analysis3 lectures • 21min

Risk Matrix1 lecture • 8min

Requirements

Description

Who this course is for: