This presentation is a part of a series of webinars being conducted by PSIE for awareness of different aspects of Industrial Engineering. It covers the safety statistics of Pakistan, economic effects and costs.
The document discusses labour laws in Pakistan. It outlines several key provisions of Pakistan's constitution pertaining to labour rights, including prohibiting forms of forced labour and discrimination. It also describes Pakistan's main labour legislation, noting laws were inherited from India and have evolved over time. Key aspects of labour law covered include contract of employment, termination of contracts, working hours and leave entitlements such as annual leave, maternity leave, and sick leave. The document provides details on limitations for working hours and leave benefits according to various Pakistani labour laws.
Fire is a chemical reaction that requires heat, fuel, and oxygen. There are various ways fires can spread through convection, conduction, and radiation. Fires are classified based on the type of fuel as Class A (solid fuels), Class B (liquid fuels), Class C (gas fuels), Class D (metal fires), and Class E (electrical fires). Fires can be extinguished through starvation, smothering, or cooling. Different types of fire extinguishers include water, powder, foam, and CO2 extinguishers. Personal protective equipment is required for fire safety training and responding to fires.
The ability to use fire safely is essential to human survival. By earning this merit badge, Scouts will learn to uses fire safely and responsibly, how to prevent home fires, and how to handle fire safely, as well as burn prevention, and camping safety.
TLE 6 PPT Q3 - Production And Repair Of Simple Electrical Gadgets.pptxShefaCapuras1
The document discusses tools and materials used for making simple electrical gadgets, such as pliers, screwdrivers, wire strippers, and soldering equipment. It also provides examples of simple electrical gadgets like extension cords, lampshades, and doorbells. The document stresses the importance of safety practices when working with electricity, such as wearing protective equipment and avoiding overloading sockets.
The document discusses labour laws in Pakistan. It outlines several key provisions of Pakistan's constitution pertaining to labour rights, including prohibiting forms of forced labour and discrimination. It also describes Pakistan's main labour legislation, noting laws were inherited from India and have evolved over time. Key aspects of labour law covered include contract of employment, termination of contracts, working hours and leave entitlements such as annual leave, maternity leave, and sick leave. The document provides details on limitations for working hours and leave benefits according to various Pakistani labour laws.
Fire is a chemical reaction that requires heat, fuel, and oxygen. There are various ways fires can spread through convection, conduction, and radiation. Fires are classified based on the type of fuel as Class A (solid fuels), Class B (liquid fuels), Class C (gas fuels), Class D (metal fires), and Class E (electrical fires). Fires can be extinguished through starvation, smothering, or cooling. Different types of fire extinguishers include water, powder, foam, and CO2 extinguishers. Personal protective equipment is required for fire safety training and responding to fires.
The ability to use fire safely is essential to human survival. By earning this merit badge, Scouts will learn to uses fire safely and responsibly, how to prevent home fires, and how to handle fire safely, as well as burn prevention, and camping safety.
TLE 6 PPT Q3 - Production And Repair Of Simple Electrical Gadgets.pptxShefaCapuras1
The document discusses tools and materials used for making simple electrical gadgets, such as pliers, screwdrivers, wire strippers, and soldering equipment. It also provides examples of simple electrical gadgets like extension cords, lampshades, and doorbells. The document stresses the importance of safety practices when working with electricity, such as wearing protective equipment and avoiding overloading sockets.
This document discusses electrical safety and hazards. It notes that electricity can cause serious injuries or death if safety precautions are not followed. The most common electrical injuries are electrical shock, electrocution, burns, and falls. Electrical hazards include exposed parts, overloaded circuits, defective insulation, improper grounding, damaged tools, overhead power lines, and wet conditions. The document provides tips for staying safe such as inspecting tools, avoiding overloads, staying away from live wires, unplugging safely, avoiding jewelry or metal near equipment, using safe work practices, receiving training, and following lockout/tagout procedures.
Authority, A. E. (2017, November 2). YouTube. Retrieved from https ://www.youtube.com/watch?v=WseklKhGGAM&feature=youtu.be
Edvard. (2020, August 10). Electrical Engineering Portal. Retrieved from https ://electrical-engineering-portal.com/protection-three-phase-motors-from-unbalance-phase-loss-rotation
Electrical, P. (2019, August 3). YouTube. Retrieved from https ://www.youtube.com/watch?v=toUXbbPy7IU&feature=youtu.be
Electricveda. (2020). Electricveda.com. Retrieved from http s://www.electricveda.com/building-services/method-of-clean-earthing-or-grounding-in-electrical-system
Engineering, L. (2017, January 31). YouTube. Retrieved from http s://www.youtube.com/watch?v=km8MSWm39Z0&feature=youtu.be
Generator, I. (2015, October 12). YouTube. Retrieved from http s://www.youtube.com/watch?v=kyGWAVqnBFY&feature=youtu.be
Goyal, S. (2013, May 30). YouTube. Retrieved from http s://www.youtube.com/watch?v=2Pb3y69LUYw&feature=youtu.be
Hall, D. T. (2019). Practical Marine Electrical Knowledge. SSS Marine Society.
Insights, M. (2020). Ship's Electro-Technology part 1. Marine Insights.
Keljik, J. (2008). Electricity 2; Devices, Circuits, and Materials 8th Edition. New York: Delmar Cengage Learning.
Keljik, J. (2008). Electricity 4; AC/DC Motors, Control, and Maintenance 8th Edition. New York: Delmar Cengage Learning.
Keljik, J. (2013). Electricity 3: Power generation and Delivery 10th Edition. New York: Delmar Cengage Learning.
Kitcher, C. (2015, December 14). YouTube. Retrieved from http s://www.youtube.com/watch?v=FUjZwMMoltQ&feature=youtu.be
LabVolt. (2004). AC/DC MOTORS AND GENERATORS. Quebec: LabVolt Services.
LabVolt. (2004). Electric Power / Control; AC/DC Motor and Generator. Quebec: LabVolt Services.
LabVolt. (2004). ELECTRIC POWER / CONTROLS; COMPUTER-BASED INSTRUMENTS FOR EMS. Quebec: LabVolt Services.
Lessons, E. (2010, May 23). YouTube. Retrieved from https ://www.youtube.com/watch?v=ZL8zrkahuL0&feature=youtu.be
MyMisterSparky. (2010, January 21). YouTube. Retrieved from https ://www.youtube.com/watch?v=Vkd43t2y2to&feature=youtu.be
Wik, R. (2016, May 9). YouTube. Retrieved from http s://www.youtube.com/watch?v=jGdCqSxtTfo&feature=youtu.be
Woodworth, J. (2016, August 8). YouTube. Retrieved from http s://www.youtube.com/watch?v=yFCWzQxT3nE&feature=youtu.be
Yaskawa. (2017, August 21). YouTube. Retrieved from http s://www.youtube.com/watch?v=3-cs4eEiBWo&feature=youtu.be
Yaskawa. (2019, May 14). YouTube. Retrieved from http s://www.youtube.com/watch?v=qpKybaLURy0&feature=youtu.be
Yaskawa. (2019, May 20). YouTube. Retrieved from http s://www.youtube.com/watch?v=_ZztDN5XX5o&feature=youtu.be
Industrial safety, social responsibility, loss of bread earner, loss to the family, orphans in society, societal burden, loss of productivity and production. Loss to the company, financiall burden
Considering the serious adverse consequences of growing environmental degradation steps had been taken to aware the students. This could have help our successor to take care of our environment to achieve green world.
This document discusses different types of man-made disasters including fire accidents, nuclear disasters, chemical disasters, and biological disasters. It provides details on the causes, effects, and examples of each type. For fire accidents, it notes common causes like faulty wiring or smoking and the impacts of property damage and health issues. Nuclear disasters are described as being caused by reactor meltdowns which can release radioactive steam and debris. Chemical disasters result from accidental releases of hazardous substances that can sicken or injure people. Biological disasters spread diseases and microbes among populations. Each type of disaster is examined with examples like the Fukushima nuclear accident and Bhopal chemical disaster.
The document discusses workplace health and safety. It defines health, safety, hazards and risks. It outlines different types of hazards including physical, chemical, mechanical, electrical, ergonomic and psychological. Specific physical hazards like noise, vibration, lighting are described. Chemical hazards and ways to improve chemical safety are covered. The roles and responsibilities of employers and employees are mentioned. Engineering, administrative and personal protective controls are summarized as methods to reduce hazards. Common types of personal protective equipment like eye, head, hand and foot protection are outlined.
The operating room poses hazards including physical (back injury, fire), chemical (anesthetic gases, cleaning agents), and biological (infectious materials, needle sticks) risks. Regulations and guidelines aim to minimize these dangers. Grounding systems prevent electric shocks to patients, while fire risks are reduced by separating fuels, heat sources, and oxygen. Catastrophic events like anaphylaxis and malignant hyperthermia require immediate interventions - anaphylaxis treatment includes epinephrine, while malignant hyperthermia involves dantrolene, cooling, and oxygen administration. The resuscitation trolley must contain appropriate drugs to manage emergencies.
This document provides an overview of safety hazards in general industry, with a focus on poor housekeeping, fire safety, material handling, electrical safety, and working at heights. It discusses the objectives and outline of a safety training session covering these topics. For each topic, it describes associated hazards and accidents, signs to look for, and methods to prevent incidents. It emphasizes the importance of good housekeeping, fire prevention strategies like maintaining clear evacuation routes and properly storing flammables. For materials handling, it discusses both manual and mechanical methods and safe lifting techniques. Electrical safety topics include common hazards, effects of electric shock on the body, and personal protective equipment. Fall protection methods like harnesses, lanyards, and railings
TESCO was part of a panel discussion on Current Metering Safety Topics. This presentation goes over some of the safety issues in the industry. 06/27/2019
An arc flash is caused by an arcing fault where electricity flows somewhere unintended, creating an electric arc that releases dangerous amounts of energy. Arc flashes cause severe burn injuries and cost millions in medical treatment. Proper personal protective equipment (PPE) and following safety regulations and standards can prevent arc flash injuries. Regulations require calculating arc flash hazards, using appropriate PPE based on hazard levels, training workers, and implementing safety programs with responsibilities and warning labels defined. Different levels of protective clothing are required depending on the estimated arc exposure intensity level. Selecting the proper flame-resistant clothing and other PPE can minimize worker injuries from electric arc accidents.
This document provides an overview of welding training topics including:
- Arc welding uses an electric arc to melt and fuse metals together. It is commonly used to join metal pieces.
- Safety is paramount in welding and proper protective equipment like clothing, gloves, helmet and ventilation must be used to avoid hazards from fumes, electric shock, UV rays, fire and explosions.
- The welding process involves preparing materials, choosing the right welding type and filler, and following techniques to inspect the quality of welds on things like pipes and sheets of steel. Material safety data sheets also provide important safety information about consumables.
This document provides guidance on electrical safety. It defines electrical hazards such as shock, arc, and blast. It outlines responsibilities and safe work practices for working on energized equipment, including having another person within sight or sound and planning for personal protective equipment. Electrical hazards increase with distance, absorption of energy, temperature, and time of exposure. The document recommends de-energizing live parts over 50 volts before work and using ground fault circuit interrupters for outdoor equipment. It also provides tips to avoid shock such as using three-prong plugs and dry hands when using electrical devices.
This document provides guidance on electrical safety. It defines electrical hazards such as shock, arc, and blast. It outlines responsibilities and safe work practices for working on energized circuits, including having another person present for emergency reporting. Affected employees are trained to recognize electrical hazards and use proper safety techniques. The document discusses factors that influence injuries from electric arcs such as distance, absorption, temperature, and time. It provides tips for avoiding shock such as using GFCIs, inspecting equipment, and not handling electrical devices with wet hands.
The document discusses proper use of hand tools for computer system servicing. It identifies different categories of hardware tools including ESD tools, hand tools, cleaning tools, and diagnostic tools. It emphasizes following safety guidelines when using tools to prevent injuries and equipment damage. Proper documentation of repairs using reference tools is also covered.
The document discusses fire safety in hospitals. It begins by outlining the key elements needed for a fire: fuel, oxygen, and heat. It then describes different types of fires based on the fuel (Class A-K fires) and potential fire hazards in hospitals. The four principles of fire safety in hospitals are then explained as life safety, notification, extinguishment, and relocation/evacuation. Various fire protection systems, equipment, and extinguishers used in hospitals are also outlined. The document provides guidance on actions to take in the event of a fire or fire alarm, including following the RACE procedure and CODE RED/ORANGE emergency codes.
This document provides instructions for treating different types of burns. It describes classifying burns as minor or major and by cause (thermal, electrical, chemical, radiant). It outlines steps for various burn scenarios such as putting out flames, removing a casualty from an electrical current, treating chemical and laser burns, and dressing different burn wounds. The key steps are controlling the burn, preventing shock, dressing the wound, and evacuating serious burns to medical care.
Electrical safety is important because electricity can cause serious injuries or death if proper precautions are not taken. Some key electrical hazards include electrocution, electrical shock, burns, falls, and fires. The most common electrical injuries are electrical shock, burns, and falls. It is important to avoid touching wires, use proper protective equipment, and disconnect power sources before helping victims of electrical accidents.
This document provides an overview of e-waste (electronic waste), including:
- E-waste is a growing problem globally and in India due to rapid changes in technology.
- Informal recycling of e-waste dominates in India and poses major health and environmental hazards due to unsafe practices and exposure to toxic materials.
- International agreements and national regulations in India have been established to better manage e-waste, but challenges remain around enforcement and formalization of the recycling industry.
Electrical work poses serious safety risks, as evidenced by 154 fatal electrical injuries in 2016, a 15% increase from 2015. Younger and less experienced workers are especially at risk. Proper personal protective equipment like leather gloves, face shields, and flame-resistant clothing can help prevent injury when working with electricity or electrical equipment. During meter work, technicians should always assume the meter box is live, treat all boxes with caution, and be on guard for potential issues like backfeeds, ground faults, or crossed wiring. Following safety protocols and treating electricity with respect is essential for avoiding accidents.
Fire Marshall Training for all Fire Marshalls in Lambeth Housing OfficesJames Vetch Dip Grad
The document provides information and guidance for fire marshals on fire safety training. It discusses the fire triangle and what causes fires, fire statistics in the UK, the Regulatory Reform (Fire Safety) Order 2005, how to prevent fires, how fires spread, fire prevention exercises, typical fire safety signs, and an overview of the topics to be covered in the fire safety training presentation.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
This document discusses electrical safety and hazards. It notes that electricity can cause serious injuries or death if safety precautions are not followed. The most common electrical injuries are electrical shock, electrocution, burns, and falls. Electrical hazards include exposed parts, overloaded circuits, defective insulation, improper grounding, damaged tools, overhead power lines, and wet conditions. The document provides tips for staying safe such as inspecting tools, avoiding overloads, staying away from live wires, unplugging safely, avoiding jewelry or metal near equipment, using safe work practices, receiving training, and following lockout/tagout procedures.
Authority, A. E. (2017, November 2). YouTube. Retrieved from https ://www.youtube.com/watch?v=WseklKhGGAM&feature=youtu.be
Edvard. (2020, August 10). Electrical Engineering Portal. Retrieved from https ://electrical-engineering-portal.com/protection-three-phase-motors-from-unbalance-phase-loss-rotation
Electrical, P. (2019, August 3). YouTube. Retrieved from https ://www.youtube.com/watch?v=toUXbbPy7IU&feature=youtu.be
Electricveda. (2020). Electricveda.com. Retrieved from http s://www.electricveda.com/building-services/method-of-clean-earthing-or-grounding-in-electrical-system
Engineering, L. (2017, January 31). YouTube. Retrieved from http s://www.youtube.com/watch?v=km8MSWm39Z0&feature=youtu.be
Generator, I. (2015, October 12). YouTube. Retrieved from http s://www.youtube.com/watch?v=kyGWAVqnBFY&feature=youtu.be
Goyal, S. (2013, May 30). YouTube. Retrieved from http s://www.youtube.com/watch?v=2Pb3y69LUYw&feature=youtu.be
Hall, D. T. (2019). Practical Marine Electrical Knowledge. SSS Marine Society.
Insights, M. (2020). Ship's Electro-Technology part 1. Marine Insights.
Keljik, J. (2008). Electricity 2; Devices, Circuits, and Materials 8th Edition. New York: Delmar Cengage Learning.
Keljik, J. (2008). Electricity 4; AC/DC Motors, Control, and Maintenance 8th Edition. New York: Delmar Cengage Learning.
Keljik, J. (2013). Electricity 3: Power generation and Delivery 10th Edition. New York: Delmar Cengage Learning.
Kitcher, C. (2015, December 14). YouTube. Retrieved from http s://www.youtube.com/watch?v=FUjZwMMoltQ&feature=youtu.be
LabVolt. (2004). AC/DC MOTORS AND GENERATORS. Quebec: LabVolt Services.
LabVolt. (2004). Electric Power / Control; AC/DC Motor and Generator. Quebec: LabVolt Services.
LabVolt. (2004). ELECTRIC POWER / CONTROLS; COMPUTER-BASED INSTRUMENTS FOR EMS. Quebec: LabVolt Services.
Lessons, E. (2010, May 23). YouTube. Retrieved from https ://www.youtube.com/watch?v=ZL8zrkahuL0&feature=youtu.be
MyMisterSparky. (2010, January 21). YouTube. Retrieved from https ://www.youtube.com/watch?v=Vkd43t2y2to&feature=youtu.be
Wik, R. (2016, May 9). YouTube. Retrieved from http s://www.youtube.com/watch?v=jGdCqSxtTfo&feature=youtu.be
Woodworth, J. (2016, August 8). YouTube. Retrieved from http s://www.youtube.com/watch?v=yFCWzQxT3nE&feature=youtu.be
Yaskawa. (2017, August 21). YouTube. Retrieved from http s://www.youtube.com/watch?v=3-cs4eEiBWo&feature=youtu.be
Yaskawa. (2019, May 14). YouTube. Retrieved from http s://www.youtube.com/watch?v=qpKybaLURy0&feature=youtu.be
Yaskawa. (2019, May 20). YouTube. Retrieved from http s://www.youtube.com/watch?v=_ZztDN5XX5o&feature=youtu.be
Industrial safety, social responsibility, loss of bread earner, loss to the family, orphans in society, societal burden, loss of productivity and production. Loss to the company, financiall burden
Considering the serious adverse consequences of growing environmental degradation steps had been taken to aware the students. This could have help our successor to take care of our environment to achieve green world.
This document discusses different types of man-made disasters including fire accidents, nuclear disasters, chemical disasters, and biological disasters. It provides details on the causes, effects, and examples of each type. For fire accidents, it notes common causes like faulty wiring or smoking and the impacts of property damage and health issues. Nuclear disasters are described as being caused by reactor meltdowns which can release radioactive steam and debris. Chemical disasters result from accidental releases of hazardous substances that can sicken or injure people. Biological disasters spread diseases and microbes among populations. Each type of disaster is examined with examples like the Fukushima nuclear accident and Bhopal chemical disaster.
The document discusses workplace health and safety. It defines health, safety, hazards and risks. It outlines different types of hazards including physical, chemical, mechanical, electrical, ergonomic and psychological. Specific physical hazards like noise, vibration, lighting are described. Chemical hazards and ways to improve chemical safety are covered. The roles and responsibilities of employers and employees are mentioned. Engineering, administrative and personal protective controls are summarized as methods to reduce hazards. Common types of personal protective equipment like eye, head, hand and foot protection are outlined.
The operating room poses hazards including physical (back injury, fire), chemical (anesthetic gases, cleaning agents), and biological (infectious materials, needle sticks) risks. Regulations and guidelines aim to minimize these dangers. Grounding systems prevent electric shocks to patients, while fire risks are reduced by separating fuels, heat sources, and oxygen. Catastrophic events like anaphylaxis and malignant hyperthermia require immediate interventions - anaphylaxis treatment includes epinephrine, while malignant hyperthermia involves dantrolene, cooling, and oxygen administration. The resuscitation trolley must contain appropriate drugs to manage emergencies.
This document provides an overview of safety hazards in general industry, with a focus on poor housekeeping, fire safety, material handling, electrical safety, and working at heights. It discusses the objectives and outline of a safety training session covering these topics. For each topic, it describes associated hazards and accidents, signs to look for, and methods to prevent incidents. It emphasizes the importance of good housekeeping, fire prevention strategies like maintaining clear evacuation routes and properly storing flammables. For materials handling, it discusses both manual and mechanical methods and safe lifting techniques. Electrical safety topics include common hazards, effects of electric shock on the body, and personal protective equipment. Fall protection methods like harnesses, lanyards, and railings
TESCO was part of a panel discussion on Current Metering Safety Topics. This presentation goes over some of the safety issues in the industry. 06/27/2019
An arc flash is caused by an arcing fault where electricity flows somewhere unintended, creating an electric arc that releases dangerous amounts of energy. Arc flashes cause severe burn injuries and cost millions in medical treatment. Proper personal protective equipment (PPE) and following safety regulations and standards can prevent arc flash injuries. Regulations require calculating arc flash hazards, using appropriate PPE based on hazard levels, training workers, and implementing safety programs with responsibilities and warning labels defined. Different levels of protective clothing are required depending on the estimated arc exposure intensity level. Selecting the proper flame-resistant clothing and other PPE can minimize worker injuries from electric arc accidents.
This document provides an overview of welding training topics including:
- Arc welding uses an electric arc to melt and fuse metals together. It is commonly used to join metal pieces.
- Safety is paramount in welding and proper protective equipment like clothing, gloves, helmet and ventilation must be used to avoid hazards from fumes, electric shock, UV rays, fire and explosions.
- The welding process involves preparing materials, choosing the right welding type and filler, and following techniques to inspect the quality of welds on things like pipes and sheets of steel. Material safety data sheets also provide important safety information about consumables.
This document provides guidance on electrical safety. It defines electrical hazards such as shock, arc, and blast. It outlines responsibilities and safe work practices for working on energized equipment, including having another person within sight or sound and planning for personal protective equipment. Electrical hazards increase with distance, absorption of energy, temperature, and time of exposure. The document recommends de-energizing live parts over 50 volts before work and using ground fault circuit interrupters for outdoor equipment. It also provides tips to avoid shock such as using three-prong plugs and dry hands when using electrical devices.
This document provides guidance on electrical safety. It defines electrical hazards such as shock, arc, and blast. It outlines responsibilities and safe work practices for working on energized circuits, including having another person present for emergency reporting. Affected employees are trained to recognize electrical hazards and use proper safety techniques. The document discusses factors that influence injuries from electric arcs such as distance, absorption, temperature, and time. It provides tips for avoiding shock such as using GFCIs, inspecting equipment, and not handling electrical devices with wet hands.
The document discusses proper use of hand tools for computer system servicing. It identifies different categories of hardware tools including ESD tools, hand tools, cleaning tools, and diagnostic tools. It emphasizes following safety guidelines when using tools to prevent injuries and equipment damage. Proper documentation of repairs using reference tools is also covered.
The document discusses fire safety in hospitals. It begins by outlining the key elements needed for a fire: fuel, oxygen, and heat. It then describes different types of fires based on the fuel (Class A-K fires) and potential fire hazards in hospitals. The four principles of fire safety in hospitals are then explained as life safety, notification, extinguishment, and relocation/evacuation. Various fire protection systems, equipment, and extinguishers used in hospitals are also outlined. The document provides guidance on actions to take in the event of a fire or fire alarm, including following the RACE procedure and CODE RED/ORANGE emergency codes.
This document provides instructions for treating different types of burns. It describes classifying burns as minor or major and by cause (thermal, electrical, chemical, radiant). It outlines steps for various burn scenarios such as putting out flames, removing a casualty from an electrical current, treating chemical and laser burns, and dressing different burn wounds. The key steps are controlling the burn, preventing shock, dressing the wound, and evacuating serious burns to medical care.
Electrical safety is important because electricity can cause serious injuries or death if proper precautions are not taken. Some key electrical hazards include electrocution, electrical shock, burns, falls, and fires. The most common electrical injuries are electrical shock, burns, and falls. It is important to avoid touching wires, use proper protective equipment, and disconnect power sources before helping victims of electrical accidents.
This document provides an overview of e-waste (electronic waste), including:
- E-waste is a growing problem globally and in India due to rapid changes in technology.
- Informal recycling of e-waste dominates in India and poses major health and environmental hazards due to unsafe practices and exposure to toxic materials.
- International agreements and national regulations in India have been established to better manage e-waste, but challenges remain around enforcement and formalization of the recycling industry.
Electrical work poses serious safety risks, as evidenced by 154 fatal electrical injuries in 2016, a 15% increase from 2015. Younger and less experienced workers are especially at risk. Proper personal protective equipment like leather gloves, face shields, and flame-resistant clothing can help prevent injury when working with electricity or electrical equipment. During meter work, technicians should always assume the meter box is live, treat all boxes with caution, and be on guard for potential issues like backfeeds, ground faults, or crossed wiring. Following safety protocols and treating electricity with respect is essential for avoiding accidents.
Fire Marshall Training for all Fire Marshalls in Lambeth Housing OfficesJames Vetch Dip Grad
The document provides information and guidance for fire marshals on fire safety training. It discusses the fire triangle and what causes fires, fire statistics in the UK, the Regulatory Reform (Fire Safety) Order 2005, how to prevent fires, how fires spread, fire prevention exercises, typical fire safety signs, and an overview of the topics to be covered in the fire safety training presentation.
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Online Safety Lecture for Pakistan Society of Industrial Engineers (PSIE)
1.
2. SAFETY and HEALTH
A Brief Session on Awareness and Pakistan’s scenario
Pakistan Society
of Industrial
Engineers
The OHS Consultants
Ltd
3. A brief intro
Name Usman Dawood Barry
Qualification Industrial Engineer from IoBM, Karachi
Professional Diploma in HSE from Skill Development
Council
Professional Experience Assistant Manager @ S.K. Industries
Founder/CEO and Lead Trainer @ The OHS Consultants
Guest Speaker on Safety at different Forums
Memberships Associate Member @ Fire Protection Association of
Pakistan (FPAP)
Member of Institute of Industrial Engineers (IIE)
4. About this session
• Create awareness about safety
• Promote safety attitude and culture
• An insight to Pakistan’s scenario
5. Occupational health & safety
• The practice of making the working environment as free as possible
from conditions that can cause harm to personnel and property
6. Occupational health & safety
• Why it is important?
• A safe environment is productive and efficient
• Keeps all secured from unwanted mishaps
• Moral and ethical requirement
• It is your Constitutional Right
• under article Article 37(e)
11. Fire
• What it is?
• An energy releasing (exothermic) chemical reaction which is initiated only
when appropriate amount of temperature, fuel and oxygen are present at the
same instant
12. Why fire safety is important
• Fires cause 1% of the global burden of disease and 300,000 deaths
per year
• At the beginning of the 21st century, there were reported 7,000,000
to 8,000,000 fires annually with 70,000 to 80,000 fire deaths and
500,000 to 800,000 fire injuries
• Centre of Fire Statistics of CTIF, 2006
13. • Other than life losses/injuries, there are economic damages also
• In U.S. alone, fire incidents cost $170 billion each year
• OSHA statistics
• Equivalent to PKR 18,000 billion
• Indirect losses include
• Psychological/traumas/emotional
• Insurance/repair
• Time lost
• Reputation/Legal
15. Pakistan’s scenario
• The fire incidents kill 16,500 people and leave 164,000 injured or
disabled every year across the country but the government is yet to
adopt a National Fire Safety Policy to control the situation.
• The Nation newspaper, Sep 24 2012
• The country suffers an estimated loss of Rs400 billion every year
16. Fire Services
• Long neglected under the municipalities
• No fire law in the country
• there was a fire service law of 1949 for the West Punjab, which was abolished
by the basic democracy ordinances and the subsequent local government
ordinances have reduced it to a few words
• The first professionally trained and modern fire service was finally
launched from Lahore on 5th June 2007 by the name of Rescue 1122
• Expanded to Faisalabad, Rawalpindi, Sialkot and Murree.
17. Rescue 1122 – some achievements
• Launched Community Awareness Programme in all districts of the
Punjab, to educate the common citizens regarding fire safety, First aid
training and basic life support skills
• Have responded to thousands of fire calls and saved lives & losses
worth billions of rupees
19. Fire Incidents between Year 2007 to June
2010
http://www.hemmingfire.com/news/fullstory.php/aid/1213/Causes_of_Fire_Emergencies_managed_by_Rescue_1122_in_Punjab,_Pakistan.html
20. Causes of Fire
• Many fires are caused by old and faulty electrical wiring.
• Older homes and commercial settings are particularly susceptible because of
aluminum wiring that increases the chances of fire
• An ongoing “Energy Crisis” in the country and unscheduled power
failure is also a contributing factor in short circuiting
• Children playing with matches are a major source of home
fires/kitchen fires
• Fire and burn injuries are the second leading cause of accidental deaths in
children ages 1-4, and the third leading cause of injury and death for ages 1-
18
21. Other common causes of Fires
• Careless cooking
• Use of ordinary extension cords
• Placement of electric heaters and open flame heaters too close to
combustibles etc.
22. Leading causes of the reported fire
incidents
50%
10%
5%
2%
1% 1% 0.82% 0.18%
25%
5%
0%
10%
20%
30%
40%
50%
60%
Short Circuiting Careless Smoking Gas Leakage Candle/Heater Forest Fires Fire Works LPG/Cylinder Blast Kitchen Fire Unknown others
23. Classes of Fires
• Class A
• Caused by combustible solids like wood, paper & plastics
• Class B
• Caused by flammable liquids and gases
• Flammable liquids like petrol, kerosene, alcohols, etc
• Flammable gases natural gas (methane), propane, butane, etc
24. Classes of Fires [cont’d]
• Class C/E
• Electrical Fires
• Class D
• Metal fire caused by combustible metals such as magnesium, potassium
• Not much common
25. Classes of Fires [cont’d]
• Class K
• Kitchen Fires
• Caused by cooking oils left unattended on burning stoves
• NEVER use Water to extinguish
• Also caused by natural gas leakage
26. Smoke
• Smoke occurs when there is incomplete combustion (not
enough oxygen to burn the fuel completely)
• When incomplete combustion occurs, not everything is burned
• Smoke is a collection of these tiny unburned particles
• Each particle is too small to see with your eyes, but when they come
together, you see them as smoke.
27.
28. Dangers of Smoke
• Smoke inhalation is the primary cause of death in victims of indoor
fires
• Nearly 75% of home fire victims die because of the effects of the smoke
rather than the fire.
• Another danger is that smoke contains flammable compounds
• With increased oxygen, these can ignite either through open flames or by
their own temperature. This leads to a backdraught or flashover effect.
• Smoke also obscures visibility
• Many deaths occur because people (including firefighters) become
disorientated in smoke and can’t find their way out of a building.
31. Fire Extinguishers
• Work on the principle of removing/reducing one of the fire elements
• Reducing the temperature
• Cutting off oxygen
• Neutralizing the fuel
• For different classes of fires, there are different types of fire
extinguishers
40. Respect Electricity
• Electricity is the scariest and most dangerous hazard within the
home, moving at record defying speeds, not making a sound, and
completely odorless.
• Overlooking basic electrical safety practices can lead to
accidents, injuries, fires, and even deaths.
43. Electrical Safety Tips
• Maintain proper pest control to avoid rodent damage to electric
wiring and equipment
• Ensure that your electrical appliance is first switched off, before
unplugging it from the mains.
• When connecting or disconnecting the electrical appliance, hold the
plug instead of the cord to prevent damage to the cord, which could
expose you to live wires
• Do not Use a plug with cracks or signs of overheating (e.g.
discoloration or charring)
• NEVER put out electrical fires with WATER
44. Electrical shock consequences
• Typical symptoms include
• Unconsciousness
• Difficulties in breathing or no breathing at all
• A weak, erratic pulse or no pulse at all
• Burns, particularly entrance and exit burns (where the electricity entered and
left the body)
• Sudden onset of cardiac arrest.
45. What to do when someone gets electrical
shock
• If a person is not able to remove himself/herself from the electrical
source, NEVER touch that person directly. Human body is good
conductor of electricity and electricity will flow through the body of
2nd person
• Firstly attempt to turn off the source of the electricity (disconnect) –
switch off, manually set off circuit breaker or mains, etc.
• If the electrical source can not readily and safely be turned off, use a
non-conducting object, such as a fibre glass object or a wooden
pole, to remove the person from the electrical source
Data obtained from Rescue 1122. Region: Punjab, Pakistan
Back draught: An explosive surge in a fire produced by the sudden mixing of air with other combustible gases.Flash Over: The near simultaneous ignition of all combustible material in an enclosed area.
To avoid the risk of overheating and possibly fire, you should never plug into an extension lead or socket appliances that together use more than 13 amps or 3000 watts of energy.