IDENTIFICATION OF FIRE HAZARDS AND RISKS Training Duration 5 days
Training Venue and Dates
Identification of Fire Hazards and Risks
5 16 – 20 December
$3,300 Dubai
Training will be held at any 5 Star Hotels. Exact venue will be informed later Training Certificate Define Management Consultants Certificate of course completion will be issued to all attendees.
Training Fees • 3300$ per participant for Public Training including Course Materials/Handouts, Tea/Coffee, Refreshments & International Buffet Lunch • Training will be held at any 5 Star Hotels
TRAINING OVERVIEW INTRODUCTION & DESCRIPTION
The fire safety of a plant is the degree of invulnerability to fire and/or explosion incidents in terms of their probability of occurrence and associated potential damage. This degree is maximized by the integrated application of fire prevention, fire protection and fire-fighting measures. Course Objective: The program will provide the participants with information and skill be effective in fire incident in industry.
Training Methodology A highly interactive combination of lectures and discussion sessions will be managed to maximize the amount and quality of information and knowledge transfer. The sessions will start by raising the most relevant questions, and motivate everybody find the right answers. You will also be encouraged to raise your own questions and to share in the development of the right answers using your own analysis and experiences. Tests of multiple-choice type will be made available on daily basis to examine the effectiveness of delivering the course. All lectures are in colourful PowerPoint presentation. Student will receive a Manual or work book. Some practical and Demo will be made on the last day A video on corrosion will be shown.
WHO SHOULD ATTEND
Fire Staff, safety Staff COURSE OUTLINE
Course Outlines: Understanding Fires Fire Triangle Fuel Oxygen Heat Common Terms for the Flammability of Materials Flash Point Fire Point Flammability Limits Auto ignition
Minimum Ignition Energy Burning Velocity Stoichiometric Ratio Modes of Heat Transfer Conduction Convection Radiation Effects of Fire Confinement Confinement of Combustion Products Restrictions to Ventilation Heat Fluxes Within the Module Hazardous Chemicals and Processes Gases Liquids Hazardous Chemicals Other Hazardous Effects Process Fires Fire Prevention Control of Ignition Sources Electrical Area Classification Personal Ignition Sources Hot Work Static Electricity Process Area Housekeeping
Dust Control Inappropriate Storage and Handling Cleaning Materials Minimizing leakage Fire Hazard Analysis Hazardous Chemicals and Processes Recognize What You Want to Understand Identification of Inventories Define Fire Scenarios Calculate Potential Fire Hazard Flash Fires Fireballs • Dimensions and Duration of a Fire Ball • Burning Rate • Maximum Surface Emitting Power 1 • Actual Surface Emitting Power • Heat Flux Liquid or Pool Fires • • • •
Burning Rate Maximum Surface Emitting Power Actual Surface Emitting Power Heat Flux
Gas and Jet Fires • Exit Velocity of the Expanding Jet • Source Equivalent Diameter • Flame Dimensions • Maximum Surface Emitting Power
• Actual Surface Emitting Power • Heat Flux Solid Fires Effects of Heat Radiation • • • • • • • Case study
Human Skin Burns Thermal Radiation Intensity Limits Effects on People a) Thermal Radiation Dose b) Probability of Injury or Death c) Overall Effects Effects on Materials
Warehouse Pool Fire (Indoor) Process Jet Fire Storage Tank Fire Flowing Pool Fire Fire Risk Assessment Fire Risk Assessment Overview Fire Risk Assessment Methodology Process Information Fire Hazard Identification Likelihood Risk Other Risks Risk Tolerance Risk Reduction Measures
Fire Control Extinguishment of fire Control of burning Exposure protection Fire Protection Strategy Key Factors in a Fire Protection Strategy Developing a Fire Protection Strategy Fire extinguisher Types of extinguishers Performance characteristics of extinguishers Principles of selection Principles of placement Principles of use Inspection and maintenance requirements Fire Protection Fundamentals Passive Protection Systems Fire Water Pumps Detection and Alarm Sprinklers Foam Systems Carbon Dioxide Systems Clean Agents NOTE:
Case Studies, Group Exercises, Group Discussions, Last Day Review & Assessments will be carried out.
