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ORIENT
ENERGY
SYSTEMS
(PVT)LTD
2015
Muhammad
Tahir
Saifullah
Bhatti
[EMERGENCY RESPONSE
PREPAREDNESS PROCEDURE]
This procedure is to identify the activities and responsibilities that would be needed
to cope with unusual conditions of emergencies and disasters, if and when they
occur. The aim is to minimize panic and act methodologically in a way to prevent
accidents in future.
FIRE INCIDENT BY ELECTRIC SHORT CIRCUIT, GASES, CHEMICALS, PEOPLE
NEGLIGENCE ETC.
DEFINITIONS
 Fire: The term “fire” has its origin in the ancient English word “fire”
which is usually taken to mean “to purify”. Indeed fire is a great
purifier because after a conflagration all that is left of visible
residues of a burnt object is “ashes” only.
 THEORY OF FIRE: Knowing the theory of fire is extremely
important for all concerned. Burning of fire, or combustion is
actually the oxidization of a substance with the production of flame
‘and evolution of heat. It occurs above its flash point (the point of
spontaneous combustion). There are three factors, which compose
the fire triangle. If any of these is removed, the fire will be
extinguished.
a. Fuel Presence of combustible material in any form (solid, liquid or
gas)
b. Oxygen to support the combustion.
c. Heat or temperature or spark sufficient to maintain combustion.
CLASSIFICATION OF FIRES
 BY TYPES OF MATERIAL INVOLVED
a. Paper/ Fabric fires – Fabric Wise
b. Chemical Fires – Chemical wise
c. Fuel Fires (wood, coal etc.)
d. Waste Fire – Type of Waste
e. POL Fire ( petrol, oil and lubricants)
f. Electrical Fire (Here electric shock is hazard)
g. Building Fire (Combined)
 BY WAY OF EXTINGUISHING
a. Class A On which cooling effect of water is of first importance e.g.
wool, textile, rubbish, waste etc.
b. Class B Those on which blanketing or smothering effect of the
extinguishing agents is of first importance e.g. flammable liquids like
oils, gasoline, paints etc.
c. Class C The electrical fire where use of no conducting extinguishing
agent is of foremost importance.
d. Class D The fire that combines the characteristics of the two of the
above three.
CAUSES OF FIRE
 DIRECT CAUSES
a. Hostile action or sabotage
b. Smoking or naked light in unauthorized places.
c. Careless throwing away of burning matchsticks, cigarette ends. Etc.
d. Electrical reasons like loose connections, defective electrical apparatus,
static electricity, electrical storms, lightening etc.
e. Due to incorrect use of vehicles like vehicles left unattended or loose
named electrical connections in the engine.
f. Use or oils in unauthorized places, bursting of oil stoves, leaving naked
fires unattended.
Other miscellaneous reasons, like spontaneous combustion, direct
sunrays, hot ashes. Etc.
 INDIRECT CAUSES
a. Dry rubbish grass, oilpapers and material, paint tins accumulated over
a long period.
b. Unsatisfactory storage of inflammable stores like POL, paints etc.
c. Ignorance of Fire preventive instructions and negligence to comply
with them.
d. Poorhouse keeping.
PREVENTIVE MEASURES
a. Availability of keys of buildings and stores all the time.
b. Adequate water supply arrangements.
c. Adequate liaison with nearby fire brigade and organizations.
d. Putting off heaters and damping of fires before leaving place.
e. Parking of vehicles in neutral gear and in case of overnight parking keys
available at the main gate.
f. Availability of all keys of stores, offices and other buildings, after the
general shift timings, at the main gate.
g. Switching off all Air Conditions and other unnecessary lights before
locking the building locations
h. All electrical connections to be done only by electrical personnel.
i. Cleaning of unnecessary dry grass, rubbish etc.
j. Places having fire risk to be suitably marked.
FIRE FIGHTING EQUIPMENT
Adequate firefighting equipment must be available.
 FIRE EXTINGUISHERS
Fire Extinguishers are divided into four (4) Classes:
a. Class A- used for fires in ordinary combustible materials, such as
wood, cloth, paper, rubber and plastic.
b. Class B- used for fires in flammable and combustible liquids and
flammable gasses.
c. Class C- used for fires that involves energized electrical equipment.
d. Class D-used for fire in combustible metals.
.
FIRE SAFETY POSTERS/AWARENESS MATERIAL
Shall be provided in each location in building.
a. Types of Fire Hazards.
b. Precautions
 FIRE CONTROL
Steps Actions to Be Taken
1.
The person who sees the fire first is required to shout loudly fire, fire, and
fire.
2.
Switch-off the Electricity of concerned area.
3. Attempts to put off the fire using fire extinguishers if trained to do so.
4. Inform the School Committee/Management.
5. Shift the injured / burnt persons to safe place.
6. Provide basic First Aid to injured / burnt persons.
7.
Shift the injured person to Dispensary or Hospital as the emergency may
be.
8. Remove all causalities to main gate.
9. Serious causalities to be enacted to Hospital
POST FIRE ACTIVITIES
Steps Actions to Be Taken
1. Investigate the cause of Fire.
2.
Ensure implementation of necessary/precautionary measures as per
recommendation of the Investigation Report to avoid recurrence in future.
3. Inform concerned Police Station immediately on occurrence.
4. Lodge F.I.R soon after the fire is extinguished.
5. Prepare insurance claims if any.
6. All areas will be visited
7. All injured and expired person will be enlisted
8. All losses will be estimated
9. All concerning will be informed regarding up-coming information
10. Burnt and fire effect items and goods will be stored separately.
11
Fire effected area will be watched for further 48 hours and fire brigade staff will not
be allowed to leave the area before next 24 hours.
 CONCLUSION
Panic will further add to the confusion of fire, just act as you have been trained
and concentrate on your own duty. Try to put off the fire at initial stages, delay will
make it difficult. If you cannot succeed in extinguishing the fire, do not let it
spread further. Remember the triangle of fire, remove one of these factors, you
may succeed.
EARTH QUAKES
 EARTHQUAKE RESPONSE PROCEDURES
School Premises should be reviewed to identify whether earthquakes are a potential
hazard. If so, site inspections must be conducted and an earthquake response plan
prepared and communicated to all teachers/students.
 HAZARD INSPECTIONS
If the any one has identified earthquakes as a potential hazard, site inspections must
consider hazards created by falling objects during an earthquake.
 STANDARD HAZARDS
a. Heavy loose objects (e.g. clocks, projection screens, books, flower pots,
pictures, boxes, tools ) should be secured or stored on shelves or hanging
above the floor where they cannot fall more than one meter
b. Printers, fax machines, or other desktop equipment should have anti-skid
pads placed underneath to prevent them from falling off desks
All non-tempered glass, especially at or near exit routes or major paths from one
area of the building to another should have plastic film applied and evacuation
routes should avoid glassed areas.
 EARTHQUAKE PLAN CHECKLIST
School Premises earthquake response plan include:
a. Information regarding the signs of an earthquake.
b. Directions to take immediate cover, and appropriate covering locations in the
school
c. Details on how an all-clear will be decided and communicated, and appropriate
evacuation routes
d. Procedures for earthquake drills at an appropriate frequency determined by the
Joint Health and Safety Committee/School Committee or equivalent
representative.
 EARTHQUAKE RESPONSE GUIDELINES
a. Take cover under the nearest piece of furniture such as a desk or table, or
against an inside wall.
b. Hold your arms over your head and roll your body into a ball as much as
possible.
c. When the shaking has stopped, remain covered and holding for 60 seconds.
d. When aftershocks occur, stop all activities, and return to your safe holding
location and repeat above procedures.
e. Move to the nearest safe assembly area when directed by the Emergency
Response Team Members. Bring your personal emergency kit, jacket, purse, etc.
f. Follow the instruction of the Emergency Response Team Members.
 IF INDOORS
a. Stay inside.
b. Move away from windows, shelves, and heavy objects and furniture that may
fall.
c. Face away from windows and glass walls to avoid flying glass.
d. Take cover under a table or desk, in a corner, or in a strong doorway but be
aware that the door may slam shut during an earthquake.
e. Stay clear of brick or stone walls.
Count aloud to 60; earthquakes rarely last longer than 60 seconds and counting
may be calming.
 IF OUTDOORS
a. Move to an open space, away from buildings, trees and overhead power lines.
b. Lie down or crouch to the ground (legs will not be steady)
c. Keep looking around to be aware of dangers that may demand movement.
d. Wait at least 10 minutes for the aftershock and then proceed with caution.
 IF IN VEHICLE
a. Stop the vehicle away from power lines, bridges, overpasses and buildings
b. Stay in your vehicle
c. Crouch into a ball on the seat and cover your head
d. Do not exit the vehicle until after the earthquake is over and you have checked
that no power lines have fallen onto the vehicle
e. If power lines have fallen onto your vehicle, try to drive the vehicle clear of the
lines (at least 30m) and remain in the vehicle until utility crews have removed the
lines.
COMBATING BOMB THREAT
To maintain high standard of security, following procedures will be adopted:
 DETECTION. Bomb/explosive can be detected through following means: -
Through unidentified telephone call regarding presence of a bomb at a particular
place. This telephone call can be a fake as well as genuine.
A packet / parcel having awkward oil stains or parking.
Presence of a wire or clicks of a time base bomb etc.
 ACTIONS. On deduction / receiving information about the bomb, all
teachers/Students will adopt following sequence of action:-
Steps Actions to Be Taken
Don’t panic about the presence of bomb. Immediately pass on the
information to the Security Supervisor.
Hold or retain the packet/consignment suspected of bomb.
Try to vacate the area having the bomb.
Keep general public/other workers away from the place of supported
bombs/explosive threat.
Immediately inform the security In-charge about presence of the bomb
without creating bomb hoax.
On arrival of bomb disposal squad / police, act on the instructions of
Security In-charge controlling the situation.
Immediately inform the Executive Committee/ Management.
Inform bomb disposal squad, local police and administration.
Inform ambulance service and call fire brigade staff immediately.
Take charge of the area organize the work to reduce the hoax,
anticipated theft by removing/guiding the work force/staff to vacate the
endangered area.
Ensure smooth functioning of bomb disposal squad/police party.
If necessary move to the location where bomb is detected.
Inform the local police, bomb disposal squad, ambulance and fire
services if not already done by the Security In-charge.
Help bomb disposals squad/local police in defusing the prevailing chaos.
If visiting afterwards then carry out necessary investigation, if required
Assess the situation, investigate and formulate the opinion.
Organize lectures/briefing of all the employees counter/fight the bomb
threat under the light of post bomb situation. Drills/procedures
warranting modification/improvement should be done on priority and
regular basis.
Required Resources Available Resources
 First Aid Box Yes > available
 Fire Extinguisher & Fire Troly Yes > available
 Main Fire Brigade Korangi -35066261-
16 & Emergency Help (OES)EXT 300
Call On available In 25 Minutes Less
Call On available In 45 Second Less
 Stretcher Yes available
 Ambulance / Reserve Vehicle Yes > available
 First Aiders
Fire Alaram System
Fire Hose Reel
Fire Hydrant System
Fire Sprinkler System
FXD FM 200 Gas System
Breathing Apparatus 30 Min,
Fire Blanket
Fire Man X
Fire Fighter
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Yes > available
Emergency Response Procedures

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Emergency Response Procedures

  • 1. ORIENT ENERGY SYSTEMS (PVT)LTD 2015 Muhammad Tahir Saifullah Bhatti [EMERGENCY RESPONSE PREPAREDNESS PROCEDURE] This procedure is to identify the activities and responsibilities that would be needed to cope with unusual conditions of emergencies and disasters, if and when they occur. The aim is to minimize panic and act methodologically in a way to prevent accidents in future.
  • 2. FIRE INCIDENT BY ELECTRIC SHORT CIRCUIT, GASES, CHEMICALS, PEOPLE NEGLIGENCE ETC. DEFINITIONS  Fire: The term “fire” has its origin in the ancient English word “fire” which is usually taken to mean “to purify”. Indeed fire is a great purifier because after a conflagration all that is left of visible residues of a burnt object is “ashes” only.  THEORY OF FIRE: Knowing the theory of fire is extremely important for all concerned. Burning of fire, or combustion is actually the oxidization of a substance with the production of flame ‘and evolution of heat. It occurs above its flash point (the point of spontaneous combustion). There are three factors, which compose the fire triangle. If any of these is removed, the fire will be extinguished. a. Fuel Presence of combustible material in any form (solid, liquid or gas) b. Oxygen to support the combustion. c. Heat or temperature or spark sufficient to maintain combustion. CLASSIFICATION OF FIRES  BY TYPES OF MATERIAL INVOLVED a. Paper/ Fabric fires – Fabric Wise b. Chemical Fires – Chemical wise c. Fuel Fires (wood, coal etc.) d. Waste Fire – Type of Waste e. POL Fire ( petrol, oil and lubricants) f. Electrical Fire (Here electric shock is hazard) g. Building Fire (Combined)  BY WAY OF EXTINGUISHING a. Class A On which cooling effect of water is of first importance e.g. wool, textile, rubbish, waste etc. b. Class B Those on which blanketing or smothering effect of the extinguishing agents is of first importance e.g. flammable liquids like oils, gasoline, paints etc. c. Class C The electrical fire where use of no conducting extinguishing agent is of foremost importance. d. Class D The fire that combines the characteristics of the two of the above three.
  • 3. CAUSES OF FIRE  DIRECT CAUSES a. Hostile action or sabotage b. Smoking or naked light in unauthorized places. c. Careless throwing away of burning matchsticks, cigarette ends. Etc. d. Electrical reasons like loose connections, defective electrical apparatus, static electricity, electrical storms, lightening etc. e. Due to incorrect use of vehicles like vehicles left unattended or loose named electrical connections in the engine. f. Use or oils in unauthorized places, bursting of oil stoves, leaving naked fires unattended. Other miscellaneous reasons, like spontaneous combustion, direct sunrays, hot ashes. Etc.  INDIRECT CAUSES a. Dry rubbish grass, oilpapers and material, paint tins accumulated over a long period. b. Unsatisfactory storage of inflammable stores like POL, paints etc. c. Ignorance of Fire preventive instructions and negligence to comply with them. d. Poorhouse keeping. PREVENTIVE MEASURES a. Availability of keys of buildings and stores all the time. b. Adequate water supply arrangements. c. Adequate liaison with nearby fire brigade and organizations. d. Putting off heaters and damping of fires before leaving place. e. Parking of vehicles in neutral gear and in case of overnight parking keys available at the main gate. f. Availability of all keys of stores, offices and other buildings, after the general shift timings, at the main gate. g. Switching off all Air Conditions and other unnecessary lights before locking the building locations h. All electrical connections to be done only by electrical personnel. i. Cleaning of unnecessary dry grass, rubbish etc. j. Places having fire risk to be suitably marked. FIRE FIGHTING EQUIPMENT Adequate firefighting equipment must be available.  FIRE EXTINGUISHERS Fire Extinguishers are divided into four (4) Classes:
  • 4. a. Class A- used for fires in ordinary combustible materials, such as wood, cloth, paper, rubber and plastic. b. Class B- used for fires in flammable and combustible liquids and flammable gasses. c. Class C- used for fires that involves energized electrical equipment. d. Class D-used for fire in combustible metals. . FIRE SAFETY POSTERS/AWARENESS MATERIAL Shall be provided in each location in building. a. Types of Fire Hazards. b. Precautions  FIRE CONTROL Steps Actions to Be Taken 1. The person who sees the fire first is required to shout loudly fire, fire, and fire. 2. Switch-off the Electricity of concerned area. 3. Attempts to put off the fire using fire extinguishers if trained to do so. 4. Inform the School Committee/Management. 5. Shift the injured / burnt persons to safe place. 6. Provide basic First Aid to injured / burnt persons. 7. Shift the injured person to Dispensary or Hospital as the emergency may be. 8. Remove all causalities to main gate. 9. Serious causalities to be enacted to Hospital
  • 5. POST FIRE ACTIVITIES Steps Actions to Be Taken 1. Investigate the cause of Fire. 2. Ensure implementation of necessary/precautionary measures as per recommendation of the Investigation Report to avoid recurrence in future. 3. Inform concerned Police Station immediately on occurrence. 4. Lodge F.I.R soon after the fire is extinguished. 5. Prepare insurance claims if any. 6. All areas will be visited 7. All injured and expired person will be enlisted 8. All losses will be estimated 9. All concerning will be informed regarding up-coming information 10. Burnt and fire effect items and goods will be stored separately. 11 Fire effected area will be watched for further 48 hours and fire brigade staff will not be allowed to leave the area before next 24 hours.  CONCLUSION Panic will further add to the confusion of fire, just act as you have been trained and concentrate on your own duty. Try to put off the fire at initial stages, delay will make it difficult. If you cannot succeed in extinguishing the fire, do not let it spread further. Remember the triangle of fire, remove one of these factors, you may succeed. EARTH QUAKES  EARTHQUAKE RESPONSE PROCEDURES School Premises should be reviewed to identify whether earthquakes are a potential hazard. If so, site inspections must be conducted and an earthquake response plan prepared and communicated to all teachers/students.  HAZARD INSPECTIONS If the any one has identified earthquakes as a potential hazard, site inspections must consider hazards created by falling objects during an earthquake.  STANDARD HAZARDS
  • 6. a. Heavy loose objects (e.g. clocks, projection screens, books, flower pots, pictures, boxes, tools ) should be secured or stored on shelves or hanging above the floor where they cannot fall more than one meter b. Printers, fax machines, or other desktop equipment should have anti-skid pads placed underneath to prevent them from falling off desks All non-tempered glass, especially at or near exit routes or major paths from one area of the building to another should have plastic film applied and evacuation routes should avoid glassed areas.  EARTHQUAKE PLAN CHECKLIST School Premises earthquake response plan include: a. Information regarding the signs of an earthquake. b. Directions to take immediate cover, and appropriate covering locations in the school c. Details on how an all-clear will be decided and communicated, and appropriate evacuation routes d. Procedures for earthquake drills at an appropriate frequency determined by the Joint Health and Safety Committee/School Committee or equivalent representative.  EARTHQUAKE RESPONSE GUIDELINES a. Take cover under the nearest piece of furniture such as a desk or table, or against an inside wall. b. Hold your arms over your head and roll your body into a ball as much as possible. c. When the shaking has stopped, remain covered and holding for 60 seconds. d. When aftershocks occur, stop all activities, and return to your safe holding location and repeat above procedures. e. Move to the nearest safe assembly area when directed by the Emergency Response Team Members. Bring your personal emergency kit, jacket, purse, etc. f. Follow the instruction of the Emergency Response Team Members.  IF INDOORS a. Stay inside. b. Move away from windows, shelves, and heavy objects and furniture that may fall. c. Face away from windows and glass walls to avoid flying glass. d. Take cover under a table or desk, in a corner, or in a strong doorway but be aware that the door may slam shut during an earthquake. e. Stay clear of brick or stone walls. Count aloud to 60; earthquakes rarely last longer than 60 seconds and counting may be calming.
  • 7.  IF OUTDOORS a. Move to an open space, away from buildings, trees and overhead power lines. b. Lie down or crouch to the ground (legs will not be steady) c. Keep looking around to be aware of dangers that may demand movement. d. Wait at least 10 minutes for the aftershock and then proceed with caution.  IF IN VEHICLE a. Stop the vehicle away from power lines, bridges, overpasses and buildings b. Stay in your vehicle c. Crouch into a ball on the seat and cover your head d. Do not exit the vehicle until after the earthquake is over and you have checked that no power lines have fallen onto the vehicle e. If power lines have fallen onto your vehicle, try to drive the vehicle clear of the lines (at least 30m) and remain in the vehicle until utility crews have removed the lines. COMBATING BOMB THREAT To maintain high standard of security, following procedures will be adopted:  DETECTION. Bomb/explosive can be detected through following means: - Through unidentified telephone call regarding presence of a bomb at a particular place. This telephone call can be a fake as well as genuine. A packet / parcel having awkward oil stains or parking. Presence of a wire or clicks of a time base bomb etc.  ACTIONS. On deduction / receiving information about the bomb, all teachers/Students will adopt following sequence of action:-
  • 8. Steps Actions to Be Taken Don’t panic about the presence of bomb. Immediately pass on the information to the Security Supervisor. Hold or retain the packet/consignment suspected of bomb. Try to vacate the area having the bomb. Keep general public/other workers away from the place of supported bombs/explosive threat. Immediately inform the security In-charge about presence of the bomb without creating bomb hoax. On arrival of bomb disposal squad / police, act on the instructions of Security In-charge controlling the situation. Immediately inform the Executive Committee/ Management. Inform bomb disposal squad, local police and administration. Inform ambulance service and call fire brigade staff immediately. Take charge of the area organize the work to reduce the hoax, anticipated theft by removing/guiding the work force/staff to vacate the endangered area. Ensure smooth functioning of bomb disposal squad/police party. If necessary move to the location where bomb is detected. Inform the local police, bomb disposal squad, ambulance and fire services if not already done by the Security In-charge. Help bomb disposals squad/local police in defusing the prevailing chaos. If visiting afterwards then carry out necessary investigation, if required Assess the situation, investigate and formulate the opinion. Organize lectures/briefing of all the employees counter/fight the bomb threat under the light of post bomb situation. Drills/procedures warranting modification/improvement should be done on priority and regular basis. Required Resources Available Resources  First Aid Box Yes > available  Fire Extinguisher & Fire Troly Yes > available  Main Fire Brigade Korangi -35066261- 16 & Emergency Help (OES)EXT 300 Call On available In 25 Minutes Less Call On available In 45 Second Less  Stretcher Yes available  Ambulance / Reserve Vehicle Yes > available  First Aiders Fire Alaram System Fire Hose Reel Fire Hydrant System Fire Sprinkler System FXD FM 200 Gas System Breathing Apparatus 30 Min, Fire Blanket Fire Man X Fire Fighter Yes > available Yes > available Yes > available Yes > available Yes > available Yes > available Yes > available Yes > available Yes > available Yes > available