Getting your PPE Facts right - 5 facts and 5 myths. A PowerPoint presentation aimed at dispelling 5 falsely held beliefs about Personal Protective Equipment (PPE)
This document provides an overview of gas cylinder safety. It covers common industrial gases and their hazards, main causes of accidents, safe working practices for gas cylinders including identification, inspection, handling, storage and emergency response. Specific equipment like regulators, flashback arrestors, hoses, piping and torches are discussed in terms of their purpose, proper use and maintenance.
1. The document provides an overview of fire safety training, including definitions of fire, fire classifications, fire extinguishers, and emergency response procedures.
2. It details the principles of fire extinction through starvation, smothering, and cooling. Methods of fire spreading through conduction, radiation, and convection are also explained.
3. Proper firefighting techniques and safety procedures in the event of a fire are outlined, such as following the PASS method for using a fire extinguisher and RACE for fire emergency response.
The document discusses fire safety and prevention. It defines the fire triangle as requiring fuel, oxygen and heat. Students are divided into groups to brainstorm common fire hazards and causes. The elements of fire are identified as fuel, oxygen and heat. Fires are classified based on the fuel source as solid, liquid or gas. Examples of fire causes include electric faults, improper storage of flammable materials, and unsafe cooking practices. Safety tips emphasized include immediately evacuating if a fire occurs and not fighting the fire oneself.
This document provides a health, safety, and environmental (HSE) presentation by Al Hamad Trading for a project involving the detailed inspection and overhauling of on-load tap changers. The summary includes:
1) Al Hamad Trading is certified to ISO 9001, ISO 14001, and OHSAS 18001 standards for quality, environmental, and occupational health and safety management.
2) Relevant laws and regulations that will be followed include Qatar labor laws, Qatar Foundation mandatory standards, UK health and safety at work act, electricity at work regulations, and Kahramaa safety rules.
3) Hazards associated with the project such as electrocution, falls, and working
The objective is that at the end of the Fire Warden / Marshal course you will:
Have a greater understanding of the fire precautions that are built into your workplace
Recognize the hazards and the threat posed by fire to people, property and jobs
Be equipped to carry out your fire safety management responsibilities effectively
Understand why it is essential that fire emergency procedures are implemented and monitored on a daily basis
Distinguish between the different types of extinguishers and their limitations and the fires for which they are suited.
Demonstrate an understanding of the nature and behavior of fire
Be aware of the measures that can be taken to minimize the chances and effect of an arson attack
This document from OSHA's Office of Training & Education provides information on electrical safety hazards and controls. It notes that about 5 workers are electrocuted each week and electricity can cause harm even at low voltages. The main types of electrical injuries are direct electrocution or shock, and indirect injuries like falls. The document outlines various electrical hazards like exposed parts, overhead lines, improper wiring, and overloaded circuits. It recommends controls like guards, insulated tools, grounding, GFCIs, and lockout/tagout procedures to isolate energy sources and protect workers.
The document provides guidelines on improving safety in pipeline construction. It discusses an organization called INGAA that develops safety guidelines for pipeline operators, construction companies, and equipment manufacturers. The document outlines principles of an effective safety culture and provides guidelines on excavation safety, working under utility lines, and pressure testing. For each topic, it describes hazards and recommendations. Key aspects covered include hazard assessment, roles and responsibilities, and methods to protect employees and the public. Communication is emphasized as essential for safely applying these and other construction guidelines.
This document provides information on fire prevention and protection in the workplace. It discusses developing an emergency action plan and procedures for reporting fires. It outlines how to safely escape a fire, including feeling doors for heat before opening. The document also covers developing a fire prevention plan, identifying fire hazards, controlling hazards through maintenance, and appropriate use of portable fire extinguishers to fight small fires or clear evacuation routes. Employees should only fight fires that are contained and pose no serious risk to their safety.
This document provides an overview of gas cylinder safety. It covers common industrial gases and their hazards, main causes of accidents, safe working practices for gas cylinders including identification, inspection, handling, storage and emergency response. Specific equipment like regulators, flashback arrestors, hoses, piping and torches are discussed in terms of their purpose, proper use and maintenance.
1. The document provides an overview of fire safety training, including definitions of fire, fire classifications, fire extinguishers, and emergency response procedures.
2. It details the principles of fire extinction through starvation, smothering, and cooling. Methods of fire spreading through conduction, radiation, and convection are also explained.
3. Proper firefighting techniques and safety procedures in the event of a fire are outlined, such as following the PASS method for using a fire extinguisher and RACE for fire emergency response.
The document discusses fire safety and prevention. It defines the fire triangle as requiring fuel, oxygen and heat. Students are divided into groups to brainstorm common fire hazards and causes. The elements of fire are identified as fuel, oxygen and heat. Fires are classified based on the fuel source as solid, liquid or gas. Examples of fire causes include electric faults, improper storage of flammable materials, and unsafe cooking practices. Safety tips emphasized include immediately evacuating if a fire occurs and not fighting the fire oneself.
This document provides a health, safety, and environmental (HSE) presentation by Al Hamad Trading for a project involving the detailed inspection and overhauling of on-load tap changers. The summary includes:
1) Al Hamad Trading is certified to ISO 9001, ISO 14001, and OHSAS 18001 standards for quality, environmental, and occupational health and safety management.
2) Relevant laws and regulations that will be followed include Qatar labor laws, Qatar Foundation mandatory standards, UK health and safety at work act, electricity at work regulations, and Kahramaa safety rules.
3) Hazards associated with the project such as electrocution, falls, and working
The objective is that at the end of the Fire Warden / Marshal course you will:
Have a greater understanding of the fire precautions that are built into your workplace
Recognize the hazards and the threat posed by fire to people, property and jobs
Be equipped to carry out your fire safety management responsibilities effectively
Understand why it is essential that fire emergency procedures are implemented and monitored on a daily basis
Distinguish between the different types of extinguishers and their limitations and the fires for which they are suited.
Demonstrate an understanding of the nature and behavior of fire
Be aware of the measures that can be taken to minimize the chances and effect of an arson attack
This document from OSHA's Office of Training & Education provides information on electrical safety hazards and controls. It notes that about 5 workers are electrocuted each week and electricity can cause harm even at low voltages. The main types of electrical injuries are direct electrocution or shock, and indirect injuries like falls. The document outlines various electrical hazards like exposed parts, overhead lines, improper wiring, and overloaded circuits. It recommends controls like guards, insulated tools, grounding, GFCIs, and lockout/tagout procedures to isolate energy sources and protect workers.
The document provides guidelines on improving safety in pipeline construction. It discusses an organization called INGAA that develops safety guidelines for pipeline operators, construction companies, and equipment manufacturers. The document outlines principles of an effective safety culture and provides guidelines on excavation safety, working under utility lines, and pressure testing. For each topic, it describes hazards and recommendations. Key aspects covered include hazard assessment, roles and responsibilities, and methods to protect employees and the public. Communication is emphasized as essential for safely applying these and other construction guidelines.
This document provides information on fire prevention and protection in the workplace. It discusses developing an emergency action plan and procedures for reporting fires. It outlines how to safely escape a fire, including feeling doors for heat before opening. The document also covers developing a fire prevention plan, identifying fire hazards, controlling hazards through maintenance, and appropriate use of portable fire extinguishers to fight small fires or clear evacuation routes. Employees should only fight fires that are contained and pose no serious risk to their safety.
The document discusses explosion hazards and preventing the formation of potentially explosive atmospheres. It explains that an explosion occurs when a combustible substance is dispersed in air and an ignition source is present, forming a potentially explosive atmosphere. To prevent explosions, measures aim to avoid creating explosive atmospheres or igniting them. This involves substituting dangerous substances, limiting concentrations, inerting containers, using closed systems, ventilation, proper storage and labeling, and protecting equipment from thermal impacts.
This document outlines the occupational health and safety induction and procedures for RedPixel Studios. It includes sections on the induction process, current safety procedures, equipment safety checks, safety representatives, existing and potential hazards, controlling risks, hazard reporting, meetings and inspections, emergency procedures, responsibilities, and resources for additional information. The goal is to introduce new employees to workplace safety policies and ensure all staff are aware of hazards and follow proper procedures to minimize risks.
This document outlines safety requirements and training for operating scissor lifts. It discusses that there are 8 fatalities per year involving scissor lifts, mostly from tipping over. Scissor lifts must support 4 times their intended load and not exceed rated load capacities. Workers must be trained on scissor lift safety, and properly protect themselves from electrical, fall, and falling object hazards when working on lifts. Lifts should not be moved with workers onboard unless certain precautions are followed.
Construction site safety involves protecting workers from injury. Employees are responsible for following safety rules and not endangering themselves or others. Basic safety rules include keeping work areas tidy and free of debris, ensuring safe equipment operation and use of protective gear. In emergencies, workers should remain calm and call for help or evacuate as directed. Safety supervisors oversee site safety. Proper safety training and adherence to guidelines are necessary to maintain a safe working environment.
Fire requires three elements to occur: fuel, heat, and oxygen. Fuel can be a solid, liquid, or gas, heat provides the energy to raise the fuel's temperature for ignition, and oxygen is needed at a level of at least 16% from the air. In case of a fire, personal safety is paramount; one is not required to fight the fire. The document emphasizes fire safety and prevention training.
The document provides information on safety procedures for gasoline/petrol areas. It discusses hazards of gasoline such as health effects from inhalation and skin contact. Precautions are outlined for loading areas, storage, and general use. Proper personal protective equipment and emergency response procedures like fire evacuation and spill response are also reviewed. The document aims to educate on safety policies and guidelines for working with gasoline.
This document summarizes the fire fighting system for the PN02 medical college buildings. It describes that water is supplied from the PNU station at 120 PSI and delivered to each building through alarm check valves and zone control valves. Sprinklers are located throughout the buildings and are connected to the fire alarm system. Landing valves in staircases and fire hose cabinets are also supplied water to aid in firefighting. The system is tested and meets UL and FM approval standards.
This document provides training on portable fire extinguishers. It discusses emergency procedures, environmental concerns like exit locations, and then covers the topics that will be learned in the training, including what fire is, classifications of fire, fire causes, prevention, extinguisher types, how to use one, and making good decisions around fire safety. It details the PASS method for using an extinguisher and emphasizes that trainees are not expected to fight fires but should instead call emergency services and not take unnecessary risks.
This document provides best practices for blinding and de-blinding procedures based on the presenter's experience working in the oil and gas industry. It discusses the purpose of blinding as a safety measure to isolate hazardous energy sources. Key steps in the blinding process are outlined, including preparing a blind list, tagging blind points, verifying lines are shut off, sequentially installing and removing blinds, and having sign-offs from equipment operators and process engineers. Common mistakes like lack of supervision and incompetence are mentioned, with an example of a spill occurring due to leaving a flange unbolted. Maintaining integrity assurance through independent verification is recommended.
The document discusses ladder safety, including types of portable ladders, ratings, selecting the appropriate ladder, proper use, maintenance and storage. It notes that most ladder injuries involve falls of less than 10 feet and recommends inspecting ladders regularly, setting them up correctly, and climbing/descending properly to reduce risks.
Atmospheric Storage Tank Safety is dependent on various factors. To name a few:
1. Liquid movement in and out of the tank
2. Weather condition changes
3. Fire exposure
The presentation shows a basic overview of how we can create safe environment for storage and transportation of fluids.
The document provides a fire risk assessment report for Hindustan Unilever Limited plant in Etah, Uttar Pradesh. It includes an acknowledgment, index, general plant information, assessment objectives and scope. Fire load calculations are presented for different areas of the plant based on combustible materials and their weights. The maximum fire load density is found to be in the PM Godown. Existing fire detection and suppression systems like hydrants, extinguishers, and sprinklers are evaluated against NBC 2016 standards and no additional requirements are found to be needed. Observations and recommendations to reduce fire risks are also provided.
10 Ways to Prevent Electrical Fire
1 Conduct weekly inspections
2 Do not overload power sockets
3 Do not use wooden -Distribution Boards
4 Check for damaged cables
5 Do not use halogen lamps
6 materials near electric “flash points
7 Do not cover electric sockets
8 Regular service air conductors
9 Use split-unit air Conditioner
10 Switch off fans & extraction fans when not in use
Fire safety inspection being conducted weekly on all electric sources and air conditioner being serviced and maintained as per schedule
Electrical safety issues immediately corrected.
Are fire safety inspections not being regularly conducted or air conditioner not being serviced and maintained
Follows up inspections reveal uncorrected issues previous reported
This document provides an agenda and information for a fire safety training course. It discusses why the training is provided, common fire causes, employee responsibilities during fires, fire classifications, correct extinguisher use, prevention responsibilities, and tips. Key points covered include OSHA mandates training, the RACE method for fires (rescue, alarm, confine, extinguish), PASS technique for extinguishers (pull, aim, squeeze, sweep), only fighting small contained fires if properly trained, and prevention methods like good housekeeping.
The document outlines Kuwait Drilling Company's Dropped Objects Prevention System (DROPS) for land rigs. The system aims to reduce the risk of dropped objects falling from heights on rigs. It includes various steps like conducting awareness training, creating permanent and temporary equipment inventories, inspection guidelines, and ensuring tools are properly secured. Third party companies working on rigs must also comply with DROPS. Regular inspections, audits, and crew training are emphasized to successfully implement and maintain the DROPS program over the long term.
This health and safety induction covers various workplace hazards and safety procedures. It discusses evacuation plans, common accident types, safety signage, hazards like working at heights and with chemicals/electricity. Proper use of ladders, scaffolds, protective equipment and incident reporting are outlined. Manual handling, fire safety and the importance of prevention are also emphasized. The goal is to educate workers and promote a safety-focused culture.
This document provides an overview of hand and power tool safety. It discusses the responsibilities of employers to provide safe tools and train employees, as well as employee responsibilities to follow safe practices. Basic safety rules are outlined, such as using the proper tool for the job, wearing PPE, and keeping tools maintained and stored safely. Hazards associated with different types of tools are explained, along with the importance of machine guarding and avoiding moving parts. The document also covers electrical, pneumatic, and powder-actuated tools, outlining precautions for each.
This document outlines a hot work training program that covers:
- The importance of fire prevention during hot work like welding and cutting.
- OSHA and NFPA standards for hot work safety.
- AHEC's hot work permit program which requires permits, fire watches, and preparation of work areas before hot work can begin.
- Responsibilities of various parties like supervisors, contractors, and fire watches.
- Procedures for conducting hot work including assessing risks, preparing work areas, and performing hot work safely.
The document outlines key aspects of an effective fire prevention program, including life safety, property protection, and business continuity as primary goals. It emphasizes controlling ignition sources by proper storage and handling of flammables, maintaining good housekeeping, and protecting compartmentalization through closed and maintained fire doors. Electrical safety, combustible storage limits, and fire door functions are also reviewed to prevent fire ignition and spread.
Getting your PPE Facts Right - 5 Facts and 5 MythsKristy Thornton
Ensure you're protecting yourself and your workers with 'Getting your PPE Facts Right - 5 Facts and 5 Myths'
Kristy Thornton of Thiess Services entry in the British Occupational Hygiene Society and 3M competition to attend the IOHA 2015 conference.
#IOHA2015 #3Mcompetition
@BOHSworld
Personal protective equipment, or PPE, refers to a wide variety of safety gear designed to minimize the risk of injury to the wearer's body. PPE is used to protect different parts of the body, including the head with hard hats and welding helmets, respiratory protection with masks and respirators, hearing protection with earplugs and earmuffs, and eye protection with safety glasses and goggles. Examples of hand protection PPE are also listed.
The document discusses explosion hazards and preventing the formation of potentially explosive atmospheres. It explains that an explosion occurs when a combustible substance is dispersed in air and an ignition source is present, forming a potentially explosive atmosphere. To prevent explosions, measures aim to avoid creating explosive atmospheres or igniting them. This involves substituting dangerous substances, limiting concentrations, inerting containers, using closed systems, ventilation, proper storage and labeling, and protecting equipment from thermal impacts.
This document outlines the occupational health and safety induction and procedures for RedPixel Studios. It includes sections on the induction process, current safety procedures, equipment safety checks, safety representatives, existing and potential hazards, controlling risks, hazard reporting, meetings and inspections, emergency procedures, responsibilities, and resources for additional information. The goal is to introduce new employees to workplace safety policies and ensure all staff are aware of hazards and follow proper procedures to minimize risks.
This document outlines safety requirements and training for operating scissor lifts. It discusses that there are 8 fatalities per year involving scissor lifts, mostly from tipping over. Scissor lifts must support 4 times their intended load and not exceed rated load capacities. Workers must be trained on scissor lift safety, and properly protect themselves from electrical, fall, and falling object hazards when working on lifts. Lifts should not be moved with workers onboard unless certain precautions are followed.
Construction site safety involves protecting workers from injury. Employees are responsible for following safety rules and not endangering themselves or others. Basic safety rules include keeping work areas tidy and free of debris, ensuring safe equipment operation and use of protective gear. In emergencies, workers should remain calm and call for help or evacuate as directed. Safety supervisors oversee site safety. Proper safety training and adherence to guidelines are necessary to maintain a safe working environment.
Fire requires three elements to occur: fuel, heat, and oxygen. Fuel can be a solid, liquid, or gas, heat provides the energy to raise the fuel's temperature for ignition, and oxygen is needed at a level of at least 16% from the air. In case of a fire, personal safety is paramount; one is not required to fight the fire. The document emphasizes fire safety and prevention training.
The document provides information on safety procedures for gasoline/petrol areas. It discusses hazards of gasoline such as health effects from inhalation and skin contact. Precautions are outlined for loading areas, storage, and general use. Proper personal protective equipment and emergency response procedures like fire evacuation and spill response are also reviewed. The document aims to educate on safety policies and guidelines for working with gasoline.
This document summarizes the fire fighting system for the PN02 medical college buildings. It describes that water is supplied from the PNU station at 120 PSI and delivered to each building through alarm check valves and zone control valves. Sprinklers are located throughout the buildings and are connected to the fire alarm system. Landing valves in staircases and fire hose cabinets are also supplied water to aid in firefighting. The system is tested and meets UL and FM approval standards.
This document provides training on portable fire extinguishers. It discusses emergency procedures, environmental concerns like exit locations, and then covers the topics that will be learned in the training, including what fire is, classifications of fire, fire causes, prevention, extinguisher types, how to use one, and making good decisions around fire safety. It details the PASS method for using an extinguisher and emphasizes that trainees are not expected to fight fires but should instead call emergency services and not take unnecessary risks.
This document provides best practices for blinding and de-blinding procedures based on the presenter's experience working in the oil and gas industry. It discusses the purpose of blinding as a safety measure to isolate hazardous energy sources. Key steps in the blinding process are outlined, including preparing a blind list, tagging blind points, verifying lines are shut off, sequentially installing and removing blinds, and having sign-offs from equipment operators and process engineers. Common mistakes like lack of supervision and incompetence are mentioned, with an example of a spill occurring due to leaving a flange unbolted. Maintaining integrity assurance through independent verification is recommended.
The document discusses ladder safety, including types of portable ladders, ratings, selecting the appropriate ladder, proper use, maintenance and storage. It notes that most ladder injuries involve falls of less than 10 feet and recommends inspecting ladders regularly, setting them up correctly, and climbing/descending properly to reduce risks.
Atmospheric Storage Tank Safety is dependent on various factors. To name a few:
1. Liquid movement in and out of the tank
2. Weather condition changes
3. Fire exposure
The presentation shows a basic overview of how we can create safe environment for storage and transportation of fluids.
The document provides a fire risk assessment report for Hindustan Unilever Limited plant in Etah, Uttar Pradesh. It includes an acknowledgment, index, general plant information, assessment objectives and scope. Fire load calculations are presented for different areas of the plant based on combustible materials and their weights. The maximum fire load density is found to be in the PM Godown. Existing fire detection and suppression systems like hydrants, extinguishers, and sprinklers are evaluated against NBC 2016 standards and no additional requirements are found to be needed. Observations and recommendations to reduce fire risks are also provided.
10 Ways to Prevent Electrical Fire
1 Conduct weekly inspections
2 Do not overload power sockets
3 Do not use wooden -Distribution Boards
4 Check for damaged cables
5 Do not use halogen lamps
6 materials near electric “flash points
7 Do not cover electric sockets
8 Regular service air conductors
9 Use split-unit air Conditioner
10 Switch off fans & extraction fans when not in use
Fire safety inspection being conducted weekly on all electric sources and air conditioner being serviced and maintained as per schedule
Electrical safety issues immediately corrected.
Are fire safety inspections not being regularly conducted or air conditioner not being serviced and maintained
Follows up inspections reveal uncorrected issues previous reported
This document provides an agenda and information for a fire safety training course. It discusses why the training is provided, common fire causes, employee responsibilities during fires, fire classifications, correct extinguisher use, prevention responsibilities, and tips. Key points covered include OSHA mandates training, the RACE method for fires (rescue, alarm, confine, extinguish), PASS technique for extinguishers (pull, aim, squeeze, sweep), only fighting small contained fires if properly trained, and prevention methods like good housekeeping.
The document outlines Kuwait Drilling Company's Dropped Objects Prevention System (DROPS) for land rigs. The system aims to reduce the risk of dropped objects falling from heights on rigs. It includes various steps like conducting awareness training, creating permanent and temporary equipment inventories, inspection guidelines, and ensuring tools are properly secured. Third party companies working on rigs must also comply with DROPS. Regular inspections, audits, and crew training are emphasized to successfully implement and maintain the DROPS program over the long term.
This health and safety induction covers various workplace hazards and safety procedures. It discusses evacuation plans, common accident types, safety signage, hazards like working at heights and with chemicals/electricity. Proper use of ladders, scaffolds, protective equipment and incident reporting are outlined. Manual handling, fire safety and the importance of prevention are also emphasized. The goal is to educate workers and promote a safety-focused culture.
This document provides an overview of hand and power tool safety. It discusses the responsibilities of employers to provide safe tools and train employees, as well as employee responsibilities to follow safe practices. Basic safety rules are outlined, such as using the proper tool for the job, wearing PPE, and keeping tools maintained and stored safely. Hazards associated with different types of tools are explained, along with the importance of machine guarding and avoiding moving parts. The document also covers electrical, pneumatic, and powder-actuated tools, outlining precautions for each.
This document outlines a hot work training program that covers:
- The importance of fire prevention during hot work like welding and cutting.
- OSHA and NFPA standards for hot work safety.
- AHEC's hot work permit program which requires permits, fire watches, and preparation of work areas before hot work can begin.
- Responsibilities of various parties like supervisors, contractors, and fire watches.
- Procedures for conducting hot work including assessing risks, preparing work areas, and performing hot work safely.
The document outlines key aspects of an effective fire prevention program, including life safety, property protection, and business continuity as primary goals. It emphasizes controlling ignition sources by proper storage and handling of flammables, maintaining good housekeeping, and protecting compartmentalization through closed and maintained fire doors. Electrical safety, combustible storage limits, and fire door functions are also reviewed to prevent fire ignition and spread.
Getting your PPE Facts Right - 5 Facts and 5 MythsKristy Thornton
Ensure you're protecting yourself and your workers with 'Getting your PPE Facts Right - 5 Facts and 5 Myths'
Kristy Thornton of Thiess Services entry in the British Occupational Hygiene Society and 3M competition to attend the IOHA 2015 conference.
#IOHA2015 #3Mcompetition
@BOHSworld
Personal protective equipment, or PPE, refers to a wide variety of safety gear designed to minimize the risk of injury to the wearer's body. PPE is used to protect different parts of the body, including the head with hard hats and welding helmets, respiratory protection with masks and respirators, hearing protection with earplugs and earmuffs, and eye protection with safety glasses and goggles. Examples of hand protection PPE are also listed.
This document discusses 5 common myths and their corresponding facts regarding personal protective equipment (PPE). The myths covered include: 1) that more PPE always means more protection; 2) that earmuffs are always better than earplugs; 3) that face shields can replace safety glasses; 4) that hard hats last forever; and 5) that leather gloves provide good cut protection. The facts provided debunk each myth, noting risks of overprotection, the importance of proper fitting for hearing protection, limitations of face shields, expiration dates for hard hats, and lack of cut resistance for leather gloves. References are included at the bottom.
This document provides an overview of fire safety topics including the fire triangle, classes of fires, fire extinguisher usage, SCBA equipment, and decision making for firefighting. Key points covered include the components needed for a fire, definitions of flammable and combustible, the "PASS" method for using an extinguisher, factors that affect the safety and effectiveness of SCBA equipment, and emphasizing not fighting fires without proper training and equipment. Case studies are presented to reinforce the lessons.
- The document summarizes the 1944 Bombay dockyard explosion that occurred on April 14th when a ship carrying explosives caught fire and exploded, killing over 1,500 people.
- The ship, SS Fort Stikine, had been carrying explosives and ammunition and caught fire while docked. Despite efforts from 32 fire engines, the fire grew out of control.
- At 4:05pm, the ship exploded in a massive blast that destroyed 14 other nearby ships. A second larger explosion occurred later. The explosions caused widespread damage and loss of life across the dockyards and surrounding areas.
- Over 1,500 people were killed or missing, and thousands more were injured. 66 firefighters also lost their lives trying to
PPE is protective equipment meant to protect against workplace hazards and risks. It includes equipment for the eyes and face, hearing, respiration, hands, head, body, and feet. While PPE reduces risk, general safety measures and collective protection are preferred when possible. Employers must provide appropriate PPE to employees, ensure its proper use, and provide training on PPE requirements. Employees must correctly use and maintain assigned PPE.
The document provides an orientation to lab safety rules for students at Northern Virginia Community College. It outlines why safety rules are necessary to comply with regulations and ensure a safe learning environment. It details emergency procedures and contact information. It also explains the proper use of personal protective equipment and following protocols for hazardous materials, keeping work areas clear, reporting any issues, and using good judgement. The goal is to educate students on best practices to maintain a safe lab environment.
Personal protective equipment guidance for the selection and use of ppe 2012Charles Brawley
The goal of the PPE program is to improve personnel safety through appropriate use of PPE. The document provides information on selecting and using various types of PPE, including gloves, gowns, masks, respirators, goggles and face shields. It discusses factors to consider for PPE selection such as the anticipated exposure, durability for the task, and proper fit. The document also provides guidance on properly donning, using, and removing different types of PPE to protect healthcare workers from exposure to hazardous materials.
RONCO | Intro to Safety and Personal Protective Equipment (PPE)Ronco Canada
This document discusses personal protective equipment (PPE) and the importance of proper training. It notes that according to statistics, millions of injuries occur in the workplace every year and many could be prevented by proper use of PPE. However, surveys show that workers often fail to wear PPE correctly or at all due to factors like discomfort, lack of awareness of hazards, and lack of training. Proper PPE selection, training workers on hazards and PPE limitations, and ensuring they understand usage protocols are essential for compliance. OSHA requires training programs cover when PPE is necessary and how to use it properly. Regular retraining is also important to ensure safe PPE use.
10 Most Common PPE Mistakes in Electrical Arc FlashMagid
The Top 10 Mistakes Made in Electrical Workplace Safety is a presentation from Magid Glove & Safety breaks down the 10 most common mistakes made in electrical workplace safety and provides safety tips and product recommendations that will help keep your workers safe and protected.
This document discusses different types of fire extinguishers and their uses. It explains that there are four elements required for fire - oxygen, heat, fuel and a chemical reaction. It describes various fire extinguishers like water, foam, dry powder, and carbon dioxide, indicating what types of fires each can be used on. The document also discusses fire control methods, fire protection methods, and common fire control equipment like fire extinguishers, hydrants, smoke/heat detectors, fire alarms, sprinklers and blankets.
The document provides information on emergency response teams and fire safety training at Prime Hospitals. It defines the ERT as a team of specially trained staff who respond during emergencies. Key members include floor in-charges, nursing supervisors, fire marshals, and engineers. The document reviews fire fundamentals like the fire triangle, types of fires, detection/suppression equipment, and proper procedures for responding to a fire, including using extinguishers and evacuating. ERT roles and an evacuation drill are also summarized to educate staff on emergency preparedness and response.
Personal protective equipment (PPE) like gloves, gowns, masks, and eye protection form barriers that protect healthcare workers from exposure to infectious materials. The proper use of PPE includes donning it in a specific sequence - gown, mask, goggles, then gloves - before entering a patient's room. PPE should be removed in the reverse order, and hand hygiene performed, to prevent the spread of germs. Common types of PPE like surgical masks, N95 respirators, and gloves are described along with guidelines for proper fitting, use, and disposal to protect both healthcare workers and patients.
The document provides an introduction and agenda for a workshop on behavioral safety. The agenda covers topics such as the origins and purpose of behavioral safety, how it works through observations and feedback, and what is involved in successfully implementing a behavioral safety program. The workshop also includes activities for participants to discuss behavioral safety concepts and practices.
Personal Protective Equipment (P.P.E.)chazzportal8
This document defines and describes various types of personal protective equipment (PPE) including:
Non-specialty safety-toe protective footwear such as steel-toe boots that protect the feet from falling objects. Non-specialty prescription safety eyewear such as glasses or eyeglasses worn for eye protection or vision correction. Additional PPE described include sturdy work shoes, lineman's boots, ordinary cold weather gear such as jackets, logging boots, ordinary rain gear such as raincoats or rain suits, back belts, long sleeve shirts, long pants, and dusk masks worn over the nose and mouth to protect from dusts.
This document provides information on personal protective equipment (PPE), focusing on eye and face protection, head protection, hand protection, and foot protection. It describes common hazards for each area and the appropriate PPE to use, such as safety glasses, hard hats, gloves, and steel-toe boots. Guidelines are provided for properly wearing, maintaining, and caring for different types of PPE.
Safety culture is the number one indicator of successful injury prevention programs, as discussed in a previous blog post.
But what is safety culture and how do you know where yours stacks up?
According to OSHA, “Safety cultures consist of shared beliefs, practices, and attitudes that exist at an establishment. Culture is the atmosphere created by those beliefs, attitudes, etc., which shape our behavior.”
By definition, safety culture is difficult to measure. How do you measure values, attitudes and beliefs?
Following are 25 ways to tell whether or not you have an awesome safety culture. If you can answer yes to most of these, you’re doing great. Keep it up!
If not, you have some work to do. Don’t be discouraged, culture change takes time and perseverance.
This document provides information about personal protective equipment (PPE) requirements. It discusses that employers must provide PPE to employees when hazards are present that could cause injury. The document outlines employer responsibilities to assess hazards, select appropriate PPE, provide training to employees, and maintain equipment. It then focuses on eye and face protection, describing common hazards, types of protective equipment like safety glasses and goggles, and proper use and fit. The goal is to educate about protecting eyes from workplace dangers.
Personal Protective Equipment in the Construction Industry Training by NMENVAtlantic Training, LLC.
This document outlines OSHA regulations for personal protective equipment in the construction industry. It discusses conducting hazard assessments to determine appropriate PPE, examples of PPE like hard hats and gloves, and specific standards for head, eye, foot, respiratory and other types of PPE. Employers must provide PPE and training, and ensure equipment like safety belts, lifelines, lanyards and safety nets meet OSHA design and usage requirements to protect workers from hazards at heights and in other situations.
This document provides an overview of personal protective equipment (PPE) requirements. It discusses that employers must provide PPE when workplace hazards cannot be controlled through engineering or administrative controls. The document outlines OSHA regulations on assessing hazards, selecting appropriate PPE, and training employees on proper use. It describes various types of PPE including eye, face, head, foot, hand, respiratory and fall protection. Employers must provide PPE and train employees on use, and employees must properly use PPE required for their job.
Safe Usage Of PPE Toolbox Talk TBT 006.pdfGlobal EHS
Toolbox Talk - Safe Usage Of PPE
PPE is last line of defence which means there is nothing between you and your PPE that will protect you from a Hazard.
Below are the ways in which PPE fails to Protect us are;
1. Wrong PPE:
Wearing only Light Eye Protection while grinding.
Use of PVC gloves when there is need of rubber gloves.
Using dust mask when vapor mask required.
2. Damaged of modified PPE:
Drilling holes in ear protection.
Removing vents from goggles.
Torn acid suit.
3. Not wearing specified PPE:
Not wearing goggles while drilling.
Not wearing gloves while lifting.
Not wearing ear defenders whilst grinding.
4. Wearing PPE incorrectly:
Safety helmet on backwards.
Overalls tied around waist.
Earplugs no inserted into ear canal.
5. Wearing contaminated PPE:
Tipping contamination on goggles into own eyes when removing.
Removing acid suit without decontaminating.
Using PPE not issued to you.
To counter these failures PPE should only be used if the individual is competent in its use. The individual has inspected the PPE. The individual has been made aware of the correct method of putting on and removing PPE.
Always do assessments to ensure you have the correct PPE for the job.
Personal protection is the last line of defence. It is personal to you.
If you abuse it, fail to use it or are given the wrong type it is only you who will be injured.
Follow below to avoid failure of PPE usage:
• In case of Doubt, ask for the same.
• Get PPE issued from authorised.
• Check it every-time before use.
• Wear it every-time.
• And last but not the least, if you take of your PPE then PPE will take care of you.
Ensure Safe Usage Of PPE to protect yourself from a Hazard.
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5 Myths 5 Facts About Personal Protective Equipment (PPE)
1. 3M Business Name
COVER MONTAGE GOES HERE
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Getting Your PPE Facts Right – 5 Facts and 5 Myths
By: Kyle Vogel
2. “So long as I wear my PPE, I will be kept safe”
Myth #1
3. • Wearing PPE will only protect you if you wear it properly
– Does it fit?
– Is it being worn according to the manufacturer’s recommendations?
– Has the equipment exceeded its expiration date?
The Truth: It’s Not That Simple
4. • PPE must be rated for the hazard you are exposed to
– Is your respirator designed to protect against particulates, specific
gases & vapors, or a combination of the two?
– Do your earplugs/earmuffs have a high enough noise reduction rating
(NRR)?
– Does the length of your fall protection lifeline exceed the fall
distance?
The Truth: It’s Not That Simple
5. “All brands of PPE are created equally… the manufacturer doesn’t
really matter”
Myth #2
6. • Has the manufacturer demonstrated that their product meets
performance standards?
– Look for equipment that meets standards set by agencies such as:
»American National Standards Institute (ANSI)
»ASTM International (ASTM)
»National Institute for Occupational Safety and Health (NIOSH)
»Mine Safety and Health Administration (MSHA)
The Truth: Not Necessarily…
8. Taking care of PPE will extend the product life and may save the user’s life
• PPE should be inspected before each use
• OSHA requirements:
– Employees must be trained in proper care, maintenance, useful life, and
disposal of PPE [29 CFR 1910.132(f)(1)(iv)]
– Defective, damaged, or contaminated PPE must not be used [29 CFR 1910.132(e)]
The Truth
9. “This job will only take a few minutes, so I don’t need to take the
time to put on PPE”
Myth #4
10. All it takes is one second for an accident to occur
• Not having the necessary PPE in a hazardous environment can
put your life or health at risk
– Real-life examples:
1. Ironworker without fall protection falls to his death
2. Construction worker not wearing hard hat killed by tape measurer
3. Two contractor employees without respirators overcome by nitrogen
4. Five students sent to hospital for eye injuries after failing to wear safety
goggles during lab
The Truth
12. If employers or safety managers determine that PPE is necessary,
than they can require its use
• It is important to ask why PPE isn’t being used
– Have employees been properly trained on use?
– Is the equipment being offered comfortable?
– Do employees have easy access to PPE?
– Are supervisors leading by example and wearing safety equipment?
• Get employees involved! Allow them to sample different
products and choose the equipment they want to wear
The Truth
13. Be Smart. Be Safe. Wear Your PPE
For more facts, contact a health and safety professional or visit:
• OSHA Safety and Health Topics: PPE
• CDC/NIOSH PPE Resources
• Oklahoma State University PPE Resources
• 3M PPE Resources
14. 3M Business Name
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Thank you to the British Occupational Hygiene Society (BOHS)
and 3M for making this competition possible
15. 3M Business Name
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The End