Assessment Add name of trust / organisation in box 1 and name of trainer in box 2. Delete THIS box.

Slides:



Advertisements
Similar presentations
School of Art and Design
Advertisements

Fire Safety and Fire Extinguisher Use
Fire Safety, Department of Physics
1 A GUIDE TO LABORATORY SAFETY School of Engineering and Science February 2009 HEALTH, ENGINEERING AND SCIENCE.
FIRES NEED 3 THINGS TO START _____________________ _________________ (any material that will burn) _____________________ (sparks, matches, flames)
What we will learn today
Fire Safety. The Basics Smoke Alarms Escape Plans Practice Preparation Knowledge.
When to put out a fire When to exit How to use a fire extinguisher Developed by Division of Occupational Safety and Health (DOSH) October, 2009 USING A.
Assessment.
Minnesota Department of Public Safety State Fire Marshal Division Fire Safety & Prevention.
Fire Kills Fight fire with proper prevention My Life Monday Fire is a serious threat. It may be rare in an office environment but it is important to be.
A best practice guide to...
There’s No Second Chance!
How to Find Your Way Around…
Safety, Health & Environmental Office March 2015.
FIRE SAFETY & PREVENTION. Fire Facts In US over 5,000 people die in fires each year. Over two-thirds occur at home Most fires occur between 8 pm and 8.
Fire safety is an important business. You need to take proper precaution in order to prevent a fire. Yes, fire may be inevitable but if prepared, you can.
Fire Safety Awareness What Everyone Needs To Know.
FIRE Fires in hotels and catering establishments are fairly common and can result in injury or loss of life to employees and customers.
Assessment Add name of trust / organisation in box 1 and name of trainer in box 2. Delete THIS box.
FIRE SAFETY & PREVENTION
Fire Training Six monthly training session In accordance to The Fire Precaution Act 1997 Amended 1999, 2003 and 2005.
What you will learn in this session 1.The characteristics of fire, smoke and toxic fumes 2.Fire hazards involved in the working environment 3.Significant.
Safety on Call FIRES & EXTINGUISHERS. Safety on Call WHAT YOU WILL LEARN Types of Fires Fire Triangle Types of Extinguishers How to Use an Extinguisher.
Fire Risk Assessment.
Environmental Safety Plans
SITE SAFETY HAZARDS AND PROCEDURES. ELECTRICAL HAZARDS  Electricity is a serious workplace hazard.  Employees can be exposed to dangers such as : 
Reducing Hazards in Agricultural Mechanics
Emergency Preparedness Healthcare Workers. © Business & Legal Reports, Inc Session Objectives You will be able to: Identify workplace hazards that.
Chapter 7 Preventing Losses from Accidents and Emergencies.
Engineering & Technology General Safety Rules
Fire Safety 7th Grade.
Fire Extinguisher Training
TEAM TALK GENERAL FIRE SAFETY General Fire Safety Slide 1.
OPERATE CALL POINT CLOSE DOORS DO NOT RUN FOLLOW THE EXIT SIGNS GO TO YOUR ASSEMBLY POINT IN THE EVENT OF FIRE.
Fire Safety and Prevention Plan
FIRE PREVENTION. Fire Of the many hazards on site or at work, fires are the worst kind. They do a great deal of damage every year.  All fires, however.
Accommodation & Hospitality Services STAFF BRIEFING – NO 10 Fire Awareness.
Harpeth Health Science Program Kelly Hutchison R.N. Fire can occur anywhere at anytime.
Add name of trust / organisation in box 1 and name of trainer in box 2. Delete THIS box.
Workplace Safety OSHA-Occupational Safety and Health Administration Created to assure safe and healthful working conditions for men and women by setting.
Fires need 3 Things To Start Oxygen (Air) Fuel (any material that will burn) Heat (sparks, matches, flames)
Health & Safety Risk Management
FIRES NEED 3 THINGS TO START Oxygen (Air) Fuel (any material that will burn) Heat (sparks, matches, flames)
What you will learn in this session 1.The characteristics of fire, smoke and toxic fumes 2.Fire hazards involved in the working environment 3.Significant.
Fire Safety Training. Contents The 'Triangle of Fire' Good housekeeping Company fire safety procedures New fire safety signs Dealing with Smoke Types.
FIRE SAFETY Fire Extinguisher Training. Fire Statistics in the U.S. More than 150,000 fires in the workplace every year On average, more than 100.
Safety, Health & Environmental Office What if? Best: PREVENT FIRE! Put out Get out.
FIRES NEED 3 THINGS TO START Oxygen (Air) Fuel (any material that will burn) Heat (sparks, matches, flames)
Dipl.-Ing. (FH) Martina Hefner, Central Unit: Safety Engineering Tel.: -1950, mail: Instructions.
Fire Safety. FIRE SAFETY Know location of fire alarm pull stations. Know at least two evacuation routes. Familiarize yourself with location of fire extinguishers.
FIRES NEED 3 THINGS TO START Oxygen (Air) Fuel (any material that will burn) Heat (sparks, matches, flames)
Introduction: Fire Safety
Fire Training Six monthly training session
Fire Safety at Work Next Slide.
Preventing Workplace Fires
Fire Extinguishers & Basic Safety
What you will learn in this session
FIRE SAFETY Unit 2, Activity 2
What Library Staff Should Know About Fire Safety
Fire Safety and Prevention Plan
Fire Safety and Prevention Plan
Fire Safety Presentation at
Fire Extinguisher Training
Fire Prevention Safety Department
How to find your way around …
OPERATE CALL POINT CLOSE DOORS DO NOT RUN FOLLOW THE EXIT SIGNS GO TO YOUR ASSEMBLY POINT IN THE EVENT OF FIRE.
Fire safety Module 10.
Fire Extinguisher Training
Fires & Extinguishers.
Presentation transcript:

Assessment Add name of trust / organisation in box 1 and name of trainer in box 2. Delete THIS box

1. A “triangle of fire” could consist of paper waste, lit cigarettes and air TRUE FALSE

Correct Answer is 1- True For a fire to exist it needs three elements: PAPER = FUEL for the fire to burn CIGARETTES = HEAT for the fire to continue burning AIR = OXYGEN for the fire to breathe If any of these elements are missing or removed the fire will go out. If you stop the sources of 3 elements coming together, you can significantly reduce the chances of a fire happening. By understanding how and where these sources occur you can aim to prevent them becoming a fire threat.

2. Which of the following is the most common cause of fire on NHS premises? Smoking Arson Electrical equipment

Correct Answer is 2 - Arson Arson is the most common cause of fires in NHS premises as they are an easy target. It’s important therefore to: • be on your guard • ensure that you know the organisation’s hotline number • call the Police if suspicious. Other common causes are Smoking • Enforce No Smoking Policy • Use Smoking Areas • Use ashtrays; empty into metal bins • Discard smoking materials safely; make sure they are OUT Electrical Equipment • Make sure your equipment is tested • Are there signs of damage, overheating, not working properly ? • If in doubt Switch Off and Report • Can be a Fire Hazard if in bad condition or used wrongly

3. Select the most appropriate/correct action to take when dealing with faulty electrical equipment Report the fault and leave the room by the nearest safe exit Use water to extinguish to be on the safe side Pull out the plug

Correct Answer is 3 - Pull out the plug If there is faulty electrical equipment, pull the plug out - if it's safe to do so. You should always report any suspected faults, but it’s important to ensure that other users know that the equipment is faulty. So leave a note to warn colleagues at least Never use water on an electrical fire, and don't take any risks with your safety - get out, stay out and call the emergency number for your organisation.

4. What is the minimum time an NHS fire door will contain fire, smoke and toxic gases? 30 mins 1 hour 2 hours 3 hours

Correct Answer is 1 – 30 minutes Fire doors have different fire-resistance ratings. When fire doors are used as part of a passive fire protection system, they reduce the spread of fire or smoke between zones and to enable safe exit from a building. FIRE DOORS • Protect escape routes AND create safe zones • Stop spread of fire and smoke • Save lives

5. Which 1 of the following statements is not true? All waste should be disposed of safely and correctly Only Managers are responsible for arson prevention Flammable liquids should be kept securely in the appropriate containers

Everyone has a responsibility to prevent fires Correct Answer is 2 – Only Managers are responsible for arson prevention this statement is INCORRECT Waste such as shredded paper, cardboard boxes and aerosols are sources of fuel for a fire Laundry should be stored away neatly and safely. It can be a source of fuel for a fire. Examples of flammable liquids: • everyday cleaning products • chemicals such as alcohols, acetone, turpentine, ethol. Everyone has a responsibility to prevent fires

6. In the event of a fire and patients have been evacuated, which of the following statements is not a priority? Ensure that evacuated patients’ health needs are still being met Determine if it's safe to re-enter the building to obtain unused medical equipment Make sure that someone is available to direct the fire brigade to the area of the fire

Correct Answer is 2 - Determine if it's safe to re-enter the building to obtain much-needed medical equipment Your personal responsibility is to the patients, colleagues and yourself Fire-fighters are the experts. Direct them to the fire as quickly as possible. This action can save lives

7. Which of the following shouldn’t you do if you wanted to find out if the fire alarm automatically dials the fire brigade? Ask your line manager Phone the Fire Safety Advisor Access and refer to local policy Try a false alarm to see what happens

Correct Answer is 4 - Try a false alarm to see what happens It’s knowing the information that’s important so the right course of action would be to :- Ask your line manager Phone the Fire Safety Advisor Access and refer to local policy

8. What is the primary cause of death from indoor fires? Burns Heat exposure Smoke inhalation

Correct Answer is 3 – smoke inhalation Smoke inhalation is the number one cause of death related to fires. An estimated 50%-80% of fire deaths are the result of smoke inhalation injuries rather than burns. Smoke inhalation occurs when an individual breathes in the products of combustion during a fire. Combustion results from the rapid breakdown of a substance by heat (more commonly called burning). Smoke is a mixture of heated particles and gases. It is impossible to predict the exact composition of smoke produced by a fire. The products being burned, the temperature of the fire, and the amount of oxygen available to the fire all make a difference in the type of smoke produced.

9. Which one of the following statements is the most likely causes of electrical fires in workplace: Appliances turned off when not in use Trapped or pinched electric cables More than one appliance in use

Correct Answer is 2 - Trapped or pinched electric cables Electrical cables and leads • Ensure electrical cables cannot become trapped or pinched which could result in malfunction • Secure with cable ties if possible • Make sure the outer covering of all power leads is in good condition and report if necessary Plugs and sockets Look out for the following: • Hot plugs or sockets, scorch marks, fuses that often blow, or flickering lights - they are all are signs of loose wiring or other electrical problems • Badly wired plugs – any coloured wires sticking out could come loose and debris could also get into the plug • Overloaded sockets – plugging too many electrical appliances into one socket can lead to overheating Cables and leads The risks with cables and leads include: • Damage • Inappropriate positioning – they should not be anywhere that they could be tripped over, or near water or sources of heat Appliances • Never get them wet • Switch off and unplug electrical appliances when not in use

10. If you had to advise a colleague about appropriate evacuation in the event of an emergency, which of the following statements would you use? Always leave by the route that is most familiar to you Leave the building the way you came in Get out of the nearest window Use safest and most direct route

Correct Answer is 4 - Use safest and most direct route Evacuate the building by the safest and most direct route, and report to the appropriate assembly point. Make sure you are familiar with local knowledge appropriate to your workplace • Where are the escape routes? • Where is the safe refuge point? • Where is the appropriate assembly point? • How will the patients be moved? • What are the security arrangements? • Where are the fire alarm call points? • What are the different types of alarm signals? • When are alarm test days?

THANK YOU End of the assessment

Delegate Scores 10 Rachael BYRNE Samantha Elise KEANE Kirsty Anne FORREST Emily Jane GARNETT Hannah Claire STOKES Vicki-lea BELL Anne-Marie BOOTH 9 Emma SADLER Rachel ASTLES Amy GREGORY Ashley-marie SMITH Stacey Barbara HEATH Thomas Luke KELLETT Rachael Victoria JONES