تدريب الحريق

PRINKLER DESIGN AND HYDRAULIC CALCULATIONS FOR FIRE SPRINKLER SYSTEMS

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE DESCRIPTION:

This five-day course is based on NFPA 13 and 20 standards. The course is designed to provide participants with the tools needed to design and install fire sprinkler systems in accordance with building and fire codes, also will present new insights into hydraulic behavior, and will present the overall methodology for performing hydraulic calculations of fire sprinkler systems.

Learning Objectives:

Use hazard classifications to design sprinkler systems Understand the basic principles of hydraulic analysis for fire sprinkler systems. Perform and review basic hydraulic calculations for fire sprinkler systems. Select the most suitable type of system for your project Understand water supplies for fire sprinkler systems with the inclusion of basic fire pump criteria into a water supply. Develop system design criteria using hydraulic calculations Describe sprinkler vs. non-sprinkler system requirements Distinguish the suitability of different types of sprinkler systems to certain hazards and construction components Evaluate whether a given water supply is adequate for a system. Understand how to take basic sprinkler system design criteria and properly apply it to hydraulic calculations of fire sprinkler systems.Understand water system implications for sprinkler system and fire protection designIllustrate combining fire pumps and water supplies Know how to hydraulically calculate pipe sizes Become familiar with several methods of spot checking hydraulic calculations.

PERMIT TO WORK ISSUER AND RECEIVER COURSE

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

INTRODUCTION

Permit to work systems are used as a control measure for high risk work activates when simple human error could lead to death, serious or disabling injuries.

Course Duration: This is a three days training course.

Course Contents:

Background to permit to work systems.Types of work permit.The role of human error in accidents.Key definitions used in permit to work systems.When to use a Permit to Work.Authorization and issue of a Permit to Work.A step by step run through a typical permit to work system.The permit issuer - duties and responsibilities.The permit receiver - duties and responsibilities.Record keeping.Essential requirements of the GWP procedure.Review and discussion.

WHO SHOULD ATTEND?

Anyone who has to manage, implement or use Permit to Work systems. Typically Line Managers, Maintenance Managers and Engineers, Supervisors, Safety Advisors and those selected to become new Permit Issuing Authorities (those that issue and monitor the permit to work).

INCIDENT SAFETY OFFICER'S COURSE

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE OBJECTIVE

At the conclusion of this session, the fire-fighter, operating as a health and safety officer will be able to list the general duties of the incident scene safety officer, identify scene safety concerns, fire behaviour considerations, special operations incidents, the role of the safety officer prior to an incident, during an incident and after the incident.

Course Duration: Three training days.

Course Contents:

IntroductionScene Safety considerationsPotential hazards for all types of incidentsRole prior to the incident

Identify high hazard and risk locationsReview and develop pre-incident plansReview and develop standard operating proceduresChallenges for the Safety OfficerRole during the incidentRisk evaluationIncident safety size-upEvacuation proceduresEstablishing control zonesPlacement of apparatusUse of supply and attack linesVentilation proceduresTarget hazards and fire load potentialHazardous materialsEmergency medical and mass casualtyRole following the incident

Post incident analysis and reportsInjury or death reportsIdentification of corrective action for future incidentsCourse summary

OCCUPATIONAL RISK ASSESSMENT

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE SUMMARY

Safety is one of the most important aspects in life, and to insure the safety of human lives within any work area, hazards has to be identified, and risks probabilities and severity has to be assessed so we can determine the necessary incident/ injuries preventive measures.

Course Duration: Three training days.

Course Objectives:

Hazard identification at work areasDetermining appropriate occupational preventive measures Defining various industrial & occupational hazardsSelecting appropriate incident/ injury preventive measures for the hazards identified

Course Contents:

Fundamentals of Occupational Risk Assessment protocolOccupational Incident’s causesOccupational Hazard’s Identification processComponents of Occupational Incidents Hazard Control Procedures & PracticesRisk ScenariosRisk Assessment reporting

Visit for more information: https://www.safetyitc.com.sa/

NFPA compliance courses

PRINKLER DESIGN AND HYDRAULIC CALCULATIONS FOR FIRE SPRINKLER SYSTEMS

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE DESCRIPTION:

This five-day course is based on NFPA 13 and 20 standards. The course is designed to provide participants with the tools needed to design and install fire sprinkler systems in accordance with building and fire codes, also will present new insights into hydraulic behavior, and will present the overall methodology for performing hydraulic calculations of fire sprinkler systems.

Learning Objectives:

Use hazard classifications to design sprinkler systems Understand the basic principles of hydraulic analysis for fire sprinkler systems. Perform and review basic hydraulic calculations for fire sprinkler systems. Select the most suitable type of system for your project Understand water supplies for fire sprinkler systems with the inclusion of basic fire pump criteria into a water supply. Develop system design criteria using hydraulic calculations Describe sprinkler vs. non-sprinkler system requirements Distinguish the suitability of different types of sprinkler systems to certain hazards and construction components Evaluate whether a given water supply is adequate for a system. Understand how to take basic sprinkler system design criteria and properly apply it to hydraulic calculations of fire sprinkler systems.Understand water system implications for sprinkler system and fire protection designIllustrate combining fire pumps and water supplies Know how to hydraulically calculate pipe sizes Become familiar with several methods of spot checking hydraulic calculations.

PERMIT TO WORK ISSUER AND RECEIVER COURSE

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

INTRODUCTION

Permit to work systems are used as a control measure for high risk work activates when simple human error could lead to death, serious or disabling injuries.

Course Duration: This is a three days training course.

Course Contents:

Background to permit to work systems.Types of work permit.The role of human error in accidents.Key definitions used in permit to work systems.When to use a Permit to Work.Authorization and issue of a Permit to Work.A step by step run through a typical permit to work system.The permit issuer - duties and responsibilities.The permit receiver - duties and responsibilities.Record keeping.Essential requirements of the GWP procedure.Review and discussion.

WHO SHOULD ATTEND?

Anyone who has to manage, implement or use Permit to Work systems. Typically Line Managers, Maintenance Managers and Engineers, Supervisors, Safety Advisors and those selected to become new Permit Issuing Authorities (those that issue and monitor the permit to work).

INCIDENT SAFETY OFFICER'S COURSE

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE OBJECTIVE

At the conclusion of this session, the fire-fighter, operating as a health and safety officer will be able to list the general duties of the incident scene safety officer, identify scene safety concerns, fire behaviour considerations, special operations incidents, the role of the safety officer prior to an incident, during an incident and after the incident.

Course Duration: Three training days.

Course Contents:

IntroductionScene Safety considerationsPotential hazards for all types of incidentsRole prior to the incident

Identify high hazard and risk locationsReview and develop pre-incident plansReview and develop standard operating proceduresChallenges for the Safety OfficerRole during the incidentRisk evaluationIncident safety size-upEvacuation proceduresEstablishing control zonesPlacement of apparatusUse of supply and attack linesVentilation proceduresTarget hazards and fire load potentialHazardous materialsEmergency medical and mass casualtyRole following the incident

Post incident analysis and reportsInjury or death reportsIdentification of corrective action for future incidentsCourse summary

OCCUPATIONAL RISK ASSESSMENT

COURSE PROVIDED BY: SAFETY INNOVATION FOR TRAINING SERVICES

COURSE SUMMARY

Safety is one of the most important aspects in life, and to insure the safety of human lives within any work area, hazards has to be identified, and risks probabilities and severity has to be assessed so we can determine the necessary incident/ injuries preventive measures.

Course Duration: Three training days.

Course Objectives:

Hazard identification at work areasDetermining appropriate occupational preventive measures Defining various industrial & occupational hazardsSelecting appropriate incident/ injury preventive measures for the hazards identified

Course Contents:

Fundamentals of Occupational Risk Assessment protocolOccupational Incident’s causesOccupational Hazard’s Identification processComponents of Occupational Incidents Hazard Control Procedures & PracticesRisk ScenariosRisk Assessment reporting

Visit for more information: https://www.safetyitc.com.sa/

Rescue training

DEALING WITH HIGH-RISE FIRES

This 3-day course aims to prepare fire officers and their crews to deal with fires at high rises where the challenge of large spaces, large number of people and the vertical fire spread makes such incidents a very challenging one. Huge number of firefighters, fire equipment including hundreds of self contained breathing apparatuses and long hose lays constitute another logistical and manpower demanding situation.

Workshop contents:

Introduction to high rise structuresHigh rise associated challengesDuties & responsibilities of the first arriving teams & officersHigh rise associated systems & their use during firescommand positions at high rise incidentsSearch & rescue tactics at high risesThe role of Base, staging, lobby and forward operational teamsDuties & responsibility of support teams including RITS, Re-hab, EMT and evacuation teams.Dealing with extended high rise operations

https://www.safetyitc.com.sa/high-rise-fires.html

Ali Ahmed Mokhtar Fire and Safety Engineering Consultant

Education:

MS in Occupational Safety

& Health from University

of Southern California

1984

BS in Industrial Engineering

from King Abdulaziz

University in 1981

Language:

Arabic: Native

English: Fluent

Years Experience: 35 yrs

Professional Background

35 years of experience in Fire Safety engineering management and Fire & Rescue

Services for Oil and Petrochemical facilities in major petroleum companies such as Saudi

Aramco, SAMAREC and Petromin. Managing and dealing with varieties of risks including

Oil producing On Shore & off Shore, Refining, Gas Plants, Terminals, Airstrips and

Communities. Extensive courses & workshop in management and specialized courses in

Fire Safety Engineering, Risk Management and Fire & Rescue services.

 Saudi Aramco , 1993-2015

Manager of Fire Protection Department , Saudi Aramco.2000-2015

Responsibilities included:

 Manager Fire Protection Department Saudi Aramco; managing more than

1600 full time fire professionals including firefighters, fire officers, fire

instructors, fire inspectors & technicians, and fire protection engineers .

 operating 46 fire stations covering hydrocarbon facilities including refineries, gas

plants, airstrips, terminals and offshore platforms and operating two major Fire

Training Centers.

 fire safety code requirements and enforcement during all phases of the

projects; planning, design, construction, commissioning and operation. The

responsibilities also include reviewing exiting facilities to ensure compliance

with fire safety requirements. Running an annual operating budget of

approximately $180MM

Loss Prevention Consultant , Saudi Aramco.-1999-2000

 Conducts fire safety studies and provides advice to Loss Prevention

Manager

Other positions held within Saudi Aramco :

 Superintendent Area Loss Prevention

 Superintendent RT Refinery Maintenance Service Division

 Superintendent Distribution Operations

 General Supervisor Planning & Technical Services Fire Protection Department

 Superintendent Fire Operation RT

Riyadh Refinery Petromine 1984-1993

 Director Industrial Security SAMAREC Riyadh Refinery; the responsibilities of

this post is managing Security, Safety and Fire within Riyadh Refinery.

 Safety Manager Riyadh Refinery; this posts is responsible for safety within

Riyadh Refinery

 Safety Superintendent; Riyadh Refinery

 Safety Design Engineer; Riyadh Refinery

 Project Engineer; East/West Crude Oil Pipeline (Petroline)

Professional membership:

 Member and co-founder of Society of Fire Protection Engineers Saudi Arabian Chapter

 Member of Saudi Council of Engineers; Consultant level.

 Appointed Chairman Safety Engineering Section within the Saud Council of Engineers

 Member of National Fire Protection Association

 Member of American Society of Safety Engineers

Visit for: https://www.safetyitc.com.sa/