The following learning objectives outline the key skills and knowledge participants will gain through this training course:

-The definitions of risk

-how to select cases to be modelled

-how to build a QRA model

-how to calculate risk and interpret the results.

This training course aims to achieve the below goals:

-Enhance understanding of risk: Learn to define, quantify, and analyze risk in various scenarios.

-Develop technical skills: Build QRA models, calculate risks, and interpret results effectively.

-Foster practical applications: Apply QRA findings to real-world engineering challenges.

-Promote best practices: Explore the limitations of QRA and learn how to adhere to industry standards.

-Support safety initiatives: Gain insights into tools like Occupied Building Risk Assessment and As Low As Reasonably Practicable (ALARP) demonstrations

-Reading and understanding the different QRA report

-Interpret software result

-Quick tour in DNV phase and safety software

The course is designed for:

1.Process Safety Engineers

2.Safety Managers

3.HSE (Health, Safety, and Environmental) Professionals

4.Risk Assessment Teams

5.Consultants who working in process safety and risk management fields

The course is designed to be delivered over 5 days; the following breakdown outlines the key topics that will be covered throughout the duration of the course:

• Immediate Ignition

• Delayed Ignition

• Event Tree Analysis

• Individual and Societal Risk Results and Applicable Tolerance Criteria:

• Individual Risk Per Annum (IRPA)

• Location Specific Individual Risk (LSIR)

• Potential Loss of Life (PLL)

• F-N Curve

introduction to QRA

Module one :

• As Low As Reasonable Practicable (ALARP) Definition and Demonstration

• Common Types of QRA Studies:

• Quantitative Risk Assessment (QRA)

• Fire and Explosion Risk Assessment (FERA)

• Occupied Building Risk Assessment (OBRA)

• Flare Radiation Consequence Modeling Study

• Gas & Cold Vent Dispersion Modeling

• QRA Methodology Overview

Dispersion molding & consequence modeling

Module two :

• Hazard Source & Isolatable Sections Identification

• Weather Data and Its Impact on The QRA Study

Module three :

• Hazardous Materials Dispersion

• Parameters Affecting Dispersion

• Worst-Case Dispersion Conditions

Module four :

• Consequence Analysis:

• Toxic Dose Calculations

• Distinction Between Fire Types and its Characteristics

• Heat Radiation Calculations

• Explosion Theories and Types

Module five :

• Consequence Impairment Criteria:

• Fire Effects and Heat Radiation Impact on Human/Assets

• Explosion Effects and Blast Impact on Human/Assets

• Toxic Effects on Human

-frequency analysis

Module six:

• Leak Frequency Analysis

• Parts Counting Role

• Ignition Probability Analysis

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.

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