28.11.2016 Views

OHS Assignment

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

EMERGENCY RESPONSE<br />

PLAN<br />

NOVEMBER 2016<br />

EDITION 14<br />

FIRE PREPARDNESS<br />

ZAMM SAFETY MANAGEMENT AND CONSULTING LTD.


WHAT IS AN EMEGENCY?<br />

An emergency is any sudden set of<br />

circumstance that require an immediate<br />

action (Kelloway, Francis & Gatien, 2014).<br />

Emergencies can be either<br />

naturally occurring or the<br />

result of man-made decisions.<br />

While the probability of these<br />

disasters happening may be<br />

low, organizations must be fully<br />

equipped to effectively handle<br />

emergency situations if they<br />

were to emerge. As Wiercinski<br />

(2013) notes, effective<br />

JASON RUBIO<br />

emergency planning is<br />

accessible and achievable for<br />

all.


3 TYPES OF EMERGENCIES<br />

Naturally-occurring<br />

emergencies can include<br />

weather disasters such as:<br />

· Flooding<br />

· Blizzards<br />

· Snow<br />

JASON RUBIO<br />

Man-made emergencies can<br />

include disasters such as:<br />

· Oil Spills<br />

· Workplace Violence<br />

· Fires<br />

Technological emergencies can<br />

include such disasters as:<br />

· Telecommunications JASON failures RUBIO<br />

· Electrical power loss<br />

· Cyberterroism


BENEFITS OF AN EMERGENCY<br />

RESPONSE PLAN<br />

Although many organizations focus on<br />

how they will respond during an<br />

emergency, true emergency planning<br />

also includes anticipating emergencies,<br />

planning for emergencies, executing<br />

the plan when needed, getting back to<br />

work and refining the plan in the light<br />

of new learning (Kelloway et al., 2011).<br />

Having a plan ready in case of an<br />

emergency can lessen the impact of<br />

the incident. According to Pearson et<br />

al. (1997) step two of the five-stage<br />

crisis management process is<br />

preparation, which involves the<br />

creation of a response plan (Pearson et<br />

al., 1997).<br />

It is important for businesses to have a<br />

disaster recovery plan in the event of a<br />

disaster.<br />

This typically includes a formally<br />

drafted plan of detailed steps to be<br />

taken after a disaster occurs, along<br />

with contact information for<br />

employees, contacts and vendors,<br />

alternative locations for conducting<br />

business, and critical resources that<br />

need to be recovered (Polygon, 2016).<br />

JASON RUBIO<br />

DO YOU KNOW . . .<br />

According to Zhou et al. (2008), having an<br />

emergency response plan specifically<br />

designed for fire disasters can help<br />

people save their own lives.<br />

Your Fire Department’s<br />

emergency number?<br />

Your fire escape plan?<br />

Your designated meeting<br />

place in the event of a fire?<br />

Who your floor fire<br />

emergency officer is?<br />

The location of the<br />

nearest fire extinguisher?<br />

The location of the<br />

nearest fire alarm station?<br />

The location of the nearest<br />

two exits?<br />

Who needs assistance in<br />

the event of an emergency<br />

(Fire Prevention Canada,<br />

2016)


PRE-<br />

CONTACT<br />

STAGE


ORGANIZATIONAL CHECK LIST<br />

Know your region and the types of disaster most likely to<br />

impact your business<br />

Assess the capacity of employees in preparing and<br />

responding for an emergency<br />

Identify internal/external emergency response resources<br />

that will provide assistance during the emergency<br />

Identify plan for employees, vendors and customers if the<br />

business were to shut down for a few days<br />

Identify a First Aid team<br />

JASON RUBIO<br />

Obtain necessary safety equipment<br />

Write a plan for responding to emergencies<br />

Develop a Business Continuity Plan


SUPPLIES<br />

FIRE EXTINGUISHERS<br />

Perhaps the most commonly thought of tool in fire safety are fire extinguishers.<br />

However, it is important to note that the size and nature of your business may determine<br />

the type and number of extinguishers you will need. For example, ‘there are three basic<br />

classes of fire extinguishers. Fire extinguishers must be labeled to show the class of fire<br />

they can extinguish.<br />

CLASS A<br />

CLASS B CLASS C<br />

ORDINARY<br />

COMBUSTIBLES<br />

SUCH AS PAPER,<br />

WOOD, RUBBISH,<br />

DRAPES AND<br />

UPHOLSTERY.<br />

FLAMMABLE<br />

LIQUIDS SUCH AS<br />

GASOLINE, OILS,<br />

SOLVENTS, PAINTS<br />

AND FLAMMABLE<br />

GASES.<br />

FLAMMABLE GASES<br />

SUCH AS PROPANE,<br />

BUTANE, METHANE<br />

ETC<br />

CLASS D CLASS E CLASS F<br />

METALS SUCH<br />

AS ALUMINIUM,<br />

MAGNESIUM,<br />

TITANIUM ETC<br />

FIRES<br />

INVOLVING<br />

JASON RUBIO<br />

ELECTRICAL<br />

APPARATUS<br />

COOKING OIL &<br />

FAT ETC<br />

ALTHOUGH YOU SHOULD DEFINITELY HAVE A FIRE EXTINGUISHER, THIS DOES NOT MEAN THAT YOU SHOULD<br />

DEFINITELY USE IT. ONLY FIGHT A FIRE IF:<br />

THE FIRE IS SMALL AND NOT SPREADING<br />

OCCUPANTS HAVE BEEN ALERTED<br />

EVERYONE HAS LEFT OR IS LEAVING THE BUILDING<br />

HELP HAS BEEN CALLED<br />

YOU HAVE A CLEAR ESCAPE ROUTE THAT WON'T BE BLOCKED BY FIRE<br />

YOU KNOW HOW TO OPERATE YOUR EXTINGUISHER AND ARE AWARE OF ITS CAPABILITIES<br />

Don't fight a fire in any other circumstance. Leave the premises immediately, close off<br />

the area and call 9-1-1 from a neighbour's home.<br />

It is important for businesses to have a disaster recovery plan in the event of a disaster.


SMOKE DETECTORS<br />

SUPPLIES<br />

It is also important to consider smoke detectors and how to properly<br />

locate and install them. According to Fire Prevention Canada, the<br />

following should be done …<br />

Keep alarms at least 60 cm (2 feet) from any Read and follow the manufacturer’s<br />

corner<br />

instructions carefully<br />

Do not recess smoke alarms in walls or<br />

For best performance, an alarm should be<br />

ceilings<br />

mounted on the ceiling in or near the<br />

Smoke alarms in rooms with ceiling slopes<br />

centre of the room, hall or stairway, and<br />

greater than 30 cm (one foot) rise per 2.4 m at the head of each stairway leading to an<br />

(eight feet) horizontally should be located JASON RUBIO occupied area<br />

on the high side of the room<br />

Optimum location for wall mounts is at<br />

Avoid locating an alarm at the peak of an<br />

least 15 cm (6 inches) from the ceiling but<br />

“A” frame type ceiling<br />

not more than 30 cm (19 inches) from it<br />

Never paint a smoke alarm<br />

Avoid installing where the temperature<br />

Keep alarms 60 to 90 cm (two to three feet) is less than 5oC (41oF) or exceeds 48oC<br />

away from light fixtures<br />

(119oF)<br />

Test your fire alarm monthly and clean it<br />

Keep alarms away from doors and<br />

every six months<br />

windows<br />

Never locate an alarm in front of an air<br />

register, fans or vents


FIRE WARDENS & DRILLS<br />

It is important to remember to contact the appropriate authority members should an emergency<br />

occur. Legal requirements may apply to certain organizations such as notifying the Ministry of<br />

Labour, Police, Fire Department, etc. It is important to know phone numbers and contact<br />

information for emergency response units, especially if organizations fall outside the 911<br />

emergency system. Additionally, it is crucial to be familiar with outside resources and contact<br />

information for organizations such as the red cross and emergency relief programs.<br />

Fire wardens are essential roles within an organization that can help minimize the risk of danger<br />

and damage during a fire or emergency. Their primary responsibilities are to assist in the<br />

implementation of safety work practices, monitor potential hazards, to lead fire drills and assist<br />

with evacuation should an emergency occur, and ensure all workers are accounted for.<br />

Unfortunately, there is a lack of legislature regarding specific requirements of fire wardens,<br />

therefor making their roles and requirements different and subjective for each organization.<br />

JASON RUBIO<br />

Fire drills should be performed regularly as well as unannounced.<br />

Rehearsals are an important part of training and add a practical<br />

and truly situational element to fire preparedness. Simulating<br />

disasters will help employees effectively deal with real<br />

emergencies. Drills help to test the responsive capabilities of an<br />

organization. Evaluation of a fire drill can be conducted by<br />

examining such factors as: Reporting, Initial Actions, Mustering<br />

and Preparation, First-Aid Capabilities, and Use of Fire<br />

Extinguishing Systems (Fu, J., Jin, Y,. & Wu, J., 2014). Additionally,<br />

the fire drill can also be evaluated on evacuation times and head


OTHER CONSIDERATIONS<br />

There are four key considerations to make when designing a<br />

emergency response plan with respect to fire prevention and<br />

preparation: Structural Design, Barriers, Detection and<br />

Suppression, Storage.<br />

Structural Design: the standards and<br />

building designs required by provincial and<br />

federal fire codes and other regulations.<br />

The overall design of a building can impact<br />

how quickly a fire is able to spread.<br />

Barriers: Specific fire barriers should be<br />

well maintained to ensure effectiveness in<br />

an emergency. Additionally, walls and<br />

floors constructed of nonflammable<br />

materials such a concrete can serve as<br />

barriers to fires.<br />

Detection and Suppression: Most commonly<br />

JASON RUBIO<br />

found as smoke and heat detector systems<br />

in buildings. These systems are often linked<br />

to and can trigger sprinkler systems and<br />

alter local fire departments of potential<br />

fires.<br />

Storage: Items and materials that are highly<br />

combustible or flammable should be stored<br />

away from potential sources of fires, highrisk<br />

areas, and from exits to ensure<br />

evacuations routes are not inhibited


CONTACT<br />

STAGE


OTHER CONSIDERATIONS<br />

There are four key considerations to make when designing a<br />

emergency response plan with respect to fire prevention and<br />

preparation: Structural Design, Barriers, Detection and<br />

Suppression, Storage.<br />

Structural Design: the standards and<br />

building designs required by provincial and<br />

federal fire codes and other regulations.<br />

The overall design of a building can impact<br />

how quickly a fire is able to spread.<br />

Barriers: Specific fire barriers should be<br />

well maintained to ensure effectiveness in<br />

an emergency. Additionally, walls and<br />

floors constructed of nonflammable<br />

materials such a concrete can serve as<br />

barriers to fires.<br />

Detection and Suppression: Most commonly<br />

JASON RUBIO<br />

found as smoke and heat detector systems<br />

in buildings. These systems are often linked<br />

to and can trigger sprinkler systems and<br />

alter local fire departments of potential<br />

fires.<br />

Storage: Items and materials that are highly<br />

combustible or flammable should be stored<br />

away from potential sources of fires, highrisk<br />

areas, and from exits to ensure<br />

evacuations routes are not inhibited


POST-<br />

CONTACT<br />

STAGE

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!