COURSE
OUTLINE
- Introduction to Fire and Gas
Detection Systems
- Types
of Fire and Gas Detectors (Flame, Smoke, Heat, Gas Detectors)
- System
Design Principles for Industrial Environments
- International
Standards and Regulations
- Installation
and Commissioning of Fire and Gas Detection Systems
- Maintenance
and Testing Protocols
- Troubleshooting
and Common Issues
- Case
Studies and Practical Applications
DAILY
BREAKDOWN
Day 1: Introduction
to Fire and Gas Detection Systems
- Importance of detection systems in
high-risk industries
- Basic components and system architecture
- Fire vs. Gas detection: Key differences
- Overview of regulatory compliance
Day 2: Types
of Fire and Gas Detectors
- Flame detectors: Technologies and
applications
- Smoke and heat detectors: Where and how
to use them
- Gas detectors: Sensors and detection
methods (e.g., infrared, catalytic)
- Selection criteria for detectors in
industrial settings
Day 3: System
Design Principles for Industrial Environments
- Key design considerations: Coverage,
sensitivity, and redundancy
- Detector placement strategies for optimal
safety
- Integration with control systems and
alarms
- Risk assessment and hazard identification
Day 4: Maintenance
and Testing Protocols
- Routine maintenance schedules and best
practices
- Testing methods to ensure system
functionality
- Diagnostic tools for system health
monitoring
- Documentation and record-keeping for
audits
Day 5: Troubleshooting
and Common Issues
- Diagnosing faults in fire and gas
detection systems
- Sensor calibration and performance checks
- Managing false alarms and system failures
- Preventive measures and system upgrades
TARGETED
AUDIENCE
This course is ideal for:
- Fire safety engineers
- Maintenance technicians and supervisors
- Health, Safety, and Environment (HSE)
officers
- Oil & Gas industry professionals
- Plant managers and supervisors
responsible for safety
- Electrical and instrumentation engineers
METHODOLOGY
The course will combine theoretical
presentations with interactive discussions, real-world case studies, and
hands-on exercises. Participants will engage in group activities,
troubleshooting scenarios, and design simulations to ensure a comprehensive
understanding of the topics covered.
INSTRUCTOR
NAME AND RESUME
Instructor: Dr. Mohamed Saad ElHossieny
Dr.
Mohamed Saad Elhossieny, with a Ph.D. in Engineering and over 13 years of
experience in the oil and gas industry, brings a wealth of expertise to the
"Fire and Gas Detection Systems: Design and Maintenance" course. He
is a Senior HSE Consultant specializing in safety management, hazard
assessment, and process safety, with significant experience in HAZMAT, HAZCOM,
and emergency response systems. Dr. Elhossieny has conducted numerous
international training programs and is highly regarded for his work in HAZOP
studies, risk assessments, and process safety management.
His
deep industry experience includes working with major companies such as
Schlumberger, ADNOC, and Qatar Petroleum. Dr. Elhossieny’s hands-on approach
and ability to translate complex safety protocols into practical applications
make him an exceptional trainer, ensuring participants gain both theoretical
knowledge and practical skills in fire and gas detection systems.
CONCLUSION
Participants will leave the course
with a strong foundation in the design, implementation, and maintenance of fire
and gas detection systems. They will be equipped with the knowledge and skills
to enhance workplace safety and ensure that detection systems operate
effectively in mitigating fire and gas hazards.
