HAZOP Study and Risk Analysis

HAZOP Study and Risk Analysis are exclusively designed for those professionals engaged with risk assessments in diverse industries. This course deals with the complexities of Hazard and Operability (HAZOP) Studies and aims to equip learners with advanced skills that help them navigate identifying, analyzing and managing risks in the entire systems and processes.

HAZOP Study and Risk Analysis Certification is especially suited for engineers who already possess an understanding of the hazard & operability study and are seeking to elevate their skills in hazard and risk analysis.

HAZOP study is typically a defined approach to reviewing the processes or operations that explore the likelihood of any unwanted potential impacts and consequences due to the deviation from the original design or operations. This methodology is ideal for batch processes as well as continuous operations that assess written procedures.

Once the review process is done, the HAZOP team will have the list of potential causes and effects due to deviation. It also looks into the existing preventive measures that protect from deviation. If any poor/inadequate activities or safety measures are observed, the team will give recommendations to mitigate the level of risk.

Course Content of HAZOP Certification

The course learners will have a comprehensive understanding of the 5 core elements that empower them to master the HAZOP methodologies.

Element 1	Introduction to HAZOP
Element 2	Risk Identification – Life Cycle Stages
Element 3	HAZOP Study Team
Element 4	HAZOP Terms
Element 5	HAZOP Methodology & HAZOP Example

Objectives of the HAZOP Course:

Deploy advanced techniques related to risk assessment and process hazard
Describe the processes of fire, explosion, dispersion and toxic release
Illustrate the principles of Quantified Risk Assessment (QRA) and the HAZOP study
Demonstrate HAZOP team leadership
Knowledge about risk assessment and risk management
Comprehend assessment and analysis of risks, including qualitative, semi-quantitative and quantified risks
Practical hazard identification tools, including risk profiling, HAZOP, FMEA and work-based risk assessment and checklists
Employ cause-consequences analysis, which covers fault trees and event trees that prevent accidents.
Familiarity with HAZOP studies, associated advantages and consequences
Understand the necessity of a team leader, facilitator, scribe and/or team members in the HAZOP studies
Ensure an effective HAZOP study