OVERVIEW:
Stepin Engineering provides targeted training for Chemical and Petrochemical Engineers in the Oil and Gas field, enhancing their skills and enabling career progression. Our programs equip Professionals with industry-specific expertise, ensuring they stay competitive and adaptable to industry changes, fostering both personal and professional development.
OBJECTIVE:
The training program seeks to provide participants with promising prospects in the Oil and Gas Industries, contingent on thorough comprehension and daily evaluations. Upon finishing, individuals will acquire comprehensive knowledge of industry operations, safety measures, and risk evaluation, enabling them to make significant contributions in their positions.
Areas of Study
Process Safety and Risk Management
Consequence Modeling and Release Behavior
Fire, Explosion, and Toxic Release Analysis
Quantitative Risk Assessment (QRA) Principles
Risk Mitigation and Compliance Strategies
Industry-Specific Applications
SOFTWARE COVERED
DNV PHAST
DNV SAFETI
Training Modules
Day 1: Consequence Analysis using Phast
Module 1: Introduction to Consequence Modeling
- Fundamentals of consequence analysis
- Importance in process safety and risk assessment
- User interface of DNV Phast software
Module 2: Release and Dispersion Modeling
- Setting up the study
- Source term modeling principles
- Discharge modelling
- Atmospheric dispersion modeling
- Case studies on industrial accidents
Day 2: Consequence Analysis using Phast
Module 3: Fire and Explosion Modeling
- Jet fires, pool fires, fireballs, and flash fires
- Vapor cloud explosions (VCE) and BLEVE scenarios
- Fire and explosion impact assessment
- Case studies on industrial accidents
Module 4: Toxic Gas Dispersion Modeling
- Toxic release modeling
- Consequences of toxic gas exposure
- Case studies on industrial accidents
Practical Exercises and Q&A Session
Hands-on exercises using DNV Phast and open discussion.
Day 3: Quantitative Risk Assessment (QRA) using Safeti
Module 5: Introduction to QRA and Safeti Software
- Fundamentals of risk assessment
- Introduction to DNV Safeti software
- Key differences between Phast and Safeti
- Setting up the study
Module 6: Frequency Analysis and Risk Calculations
- Frequency analysis of hazardous events
- Event trees and failure rate databases
- Risk calculations and risk contours
Day 4: Quantitative Risk Assessment (QRA) using Safeti
Module 7: Individual and Societal Risk Estimation
- Risk criteria: individual risk and societal risk
- FN curves and ALARP principles
- Case studies of QRA applications in industry
Module 8: Mitigation Measures and Reporting
- Risk reduction strategies
- Safety barriers and mitigation measures
- Regulatory compliance and reporting
- Hands-on session: Developing a QRA case study
Final Q&A Session
Final review and open questions with the instructor.
Trainer
Mr. Vinod Piramanayagam
Lead Engineer – Process & Technical Safety
Schedule
06 June 2026, Saturday
10:00 AM – 1:00 PM: Module 1 – Introduction to Consequence Modeling
2:00 PM – 5:00 PM: Module 2 – Release and Dispersion Modeling
07 June 2026, Sunday
10:00 AM – 1:00 PM: Module 3 – Fire and Explosion Modeling
2:00 PM – 5:00 PM: Module 4 – Toxic Gas Dispersion Modeling, Practical Exercises and Q&A
13 June 2026, Saturday
10:00 AM – 1:00 PM: Module 5 – Introduction to QRA and Safeti Software
2:00 PM – 5:00 PM: Module 6 – Frequency Analysis and Risk Calculations
14 June 2026, Sunday
10:00 AM – 1:00 PM: Module 7 – Individual and Societal Risk Estimation
2:00 PM – 5:00 PM: Module 8 – Mitigation Measures and Reporting, Hands-on QRA Case Study and Final Q&A
CONTACT US:
Email: training@stepinengineering.com
Phone: +91 90254 00629