أنظمة مكافحة الحريق Fire & Gas Fire Protection Systems

الوصف

أنظمة مكافحة الحريق Fire & Gas Fire Protection Systems

 Course objectives:

Fire and gas detection and suppression system design techniques that are currently in use are often considered to be unsatisfactory due to their nature of being rule of thumb and experience-oriented without any real ability to quantify risk.  This has resulted in systems that are either overdesigned or under-designed. Only after the ISA TR 84.00.07, was a comprehensive framework for performance-based fire and gas design established.

Course Contents

Module 1 – Introduction: Overview and Definitions

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Examples of fire and gas systems

Legal requirements and good engineering practices.

Performance

based FGS

Module 2 – Fire and Gas Hazards

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Attributes of hydrocarbon fires

Characteristics of combustible gas releases

Toxic gas hazards

Other special hazards safeguarded by FGS

Module 3 – The FGS Lifecycle

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Relationship to ISA/IEC Safety Lifecycle

ISA Technical Report Concepts

FGS Engineering Design Lifecycle

Module 4 – Risk Concepts and FGS Screening Analysis

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Risk definitions

Risk parameters effected by FGS

Risk Model (Event Tree Analysis)

FGS Considerations in PHA/LOPA/QRA

FGS Screen Analysis

Module 5– FGS Philosophy

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Objectives of FGS philosophy definition

FGS philosophy elements

Module 6– Detector Technology Selection

Upon successful completion of this Learning Outcome Guide, you will be able to understand

 Fire detection

Combustible gas detection

Toxic gas detection

Special Topics

Module 7– Zone Definition

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Objectives and guidelines for zone definition

Area coverage versus segregation

Site survey Routing

Module 8- Selecting FGS Performance Requirements

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Performance targets based on risk

Hazard assessment options

Fully quantitative methods for assessment

Semi-quantitative methods for assessment

Module 9- Detector Coverage Assessment

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Fire geographic coverage

Fire scenario coverage

Gas geographic coverage

Gas scenario coverage

Module 10- FGS Safety Availability

Upon successful completion of this Learning Outcome Guide, you will be able to understand

SIL versus FGS Safety Availability

FGS function definition

FGS safety availability calculation

Module 11- FGS Requirements Specifications

Upon successful completion of this Learning Outcome Guide, you will be able to understand

General FGS requirements

FGS functional specifications

Special considerations for FGS

Module 12- FGS Performance and Testing Standards

Upon successful completion of this Learning Outcome Guide, you will be able to understand

Performance standards

Installation validation

Performance validation

Validation of FGS mapping

Who should attend

Control Systems Engineers; Fire and Gas System Specialists; Process Safety Professionals and Engineering Management