This document discusses common insulation hazards, risks, and controls. It identifies hazards such as asbestos, confined spaces, synthetic mineral fibers, dust, vermin, hot and cold temperatures, and UV radiation. It provides details on identifying and controlling risks associated with these hazards, including only licensed workers removing asbestos, wearing proper PPE, taking regular breaks in extreme temperatures, and following general safe work practices like good housekeeping and tool maintenance. Risks in restricted access areas like ceiling spaces are also addressed.
Insulation Job is done every industry But no one know about Actual Insulation job hazards and precautions . This slides explain the insulation job Hazards & precautions , type of insulation etc ..
Noise pollution occurs when unwanted or excessive sound disrupts normal activities. It can damage both physical and psychological health by causing issues like high blood pressure, sleep disruption, and memory loss. Major sources of noise pollution are transportation systems, construction sites, and industrial operations. Solutions include planting trees as sound barriers, maintaining vehicles and machinery, installing soundproofing in buildings, and enacting regulations on loud speakers in public areas.
1. The document provides guidance on responding to hazardous spills, including taking immediate action, wearing protective gear, containing the spill, cleaning it up, contacting authorities, and disposing of cleanup materials properly.
2. It emphasizes the importance of being prepared for spills with contingency plans and fully stocked spill kits containing materials like absorbents, booms, and drain covers.
3. The document is part of an emergency response handbook included with custom spill kits sold by Project Sales Corp in Andhra Pradesh to help customers safely and properly handle spill situations.
This document classifies and provides examples of physical hazards in the workplace. Physical hazards are workplace dangers that can physically impact the body and include excessive noise, radiation, falls, and unsafe conditions. Examples given are frayed electrical cords, unguarded machinery, loud noise, working at heights without fall protections, and tripping hazards that can all lead to accidents if not addressed.
This document summarizes various active and passive fire protection systems for a building. It describes sprinkler systems, dry and wet riser systems, hose reel systems, portable fire extinguishers, fire alarms, detection systems, and smoke and fumes control as active fire protection systems. Passive systems include compartmentation, means of escape, fire stops and seals, and fire dampers. It provides details on dry and wet riser systems, hose reel systems, portable fire extinguishers, and their requirements.
A powerpoint presentation designed to cover the basics of Personal Protective Equipment including gloves, respiratory, earplugs, etc... Can be used in training employees. Made available free from www.nationalsafetyinc.com
This document provides information about corporate hearing protection programs. It discusses how hearing loss can occur suddenly or gradually over time from noise exposure. Employers are required to measure noise levels and implement hearing protection programs if noise exceeds certain levels. The document reviews the effects of noise on hearing, types of hearing protection, proper use, and the purpose of audiometric testing in monitoring employees' hearing. It provides examples of noise levels from various sources and equipment.
This document provides an overview of emerging communication systems discussed at an NFPA conference. It summarizes the four types of emergency communication systems and describes chapters in the NFPA 72-2010 edition regarding these systems. Requirements outlined include system components, operation, documentation, security, and interfaces with other systems.
Insulation Job is done every industry But no one know about Actual Insulation job hazards and precautions . This slides explain the insulation job Hazards & precautions , type of insulation etc ..
Noise pollution occurs when unwanted or excessive sound disrupts normal activities. It can damage both physical and psychological health by causing issues like high blood pressure, sleep disruption, and memory loss. Major sources of noise pollution are transportation systems, construction sites, and industrial operations. Solutions include planting trees as sound barriers, maintaining vehicles and machinery, installing soundproofing in buildings, and enacting regulations on loud speakers in public areas.
1. The document provides guidance on responding to hazardous spills, including taking immediate action, wearing protective gear, containing the spill, cleaning it up, contacting authorities, and disposing of cleanup materials properly.
2. It emphasizes the importance of being prepared for spills with contingency plans and fully stocked spill kits containing materials like absorbents, booms, and drain covers.
3. The document is part of an emergency response handbook included with custom spill kits sold by Project Sales Corp in Andhra Pradesh to help customers safely and properly handle spill situations.
This document classifies and provides examples of physical hazards in the workplace. Physical hazards are workplace dangers that can physically impact the body and include excessive noise, radiation, falls, and unsafe conditions. Examples given are frayed electrical cords, unguarded machinery, loud noise, working at heights without fall protections, and tripping hazards that can all lead to accidents if not addressed.
This document summarizes various active and passive fire protection systems for a building. It describes sprinkler systems, dry and wet riser systems, hose reel systems, portable fire extinguishers, fire alarms, detection systems, and smoke and fumes control as active fire protection systems. Passive systems include compartmentation, means of escape, fire stops and seals, and fire dampers. It provides details on dry and wet riser systems, hose reel systems, portable fire extinguishers, and their requirements.
A powerpoint presentation designed to cover the basics of Personal Protective Equipment including gloves, respiratory, earplugs, etc... Can be used in training employees. Made available free from www.nationalsafetyinc.com
This document provides information about corporate hearing protection programs. It discusses how hearing loss can occur suddenly or gradually over time from noise exposure. Employers are required to measure noise levels and implement hearing protection programs if noise exceeds certain levels. The document reviews the effects of noise on hearing, types of hearing protection, proper use, and the purpose of audiometric testing in monitoring employees' hearing. It provides examples of noise levels from various sources and equipment.
This document provides an overview of emerging communication systems discussed at an NFPA conference. It summarizes the four types of emergency communication systems and describes chapters in the NFPA 72-2010 edition regarding these systems. Requirements outlined include system components, operation, documentation, security, and interfaces with other systems.
The document discusses key aspects of an effective fire prevention program, including life safety, property protection, and continuity of operations as primary goals. It describes the fire triangle of fuel, heat, and oxygen and strategies to control or isolate these elements. The document provides guidelines for good housekeeping, safe storage of flammables and combustibles, and identifies electrical hazards. It emphasizes the importance of compartmentalization through proper maintenance of fire barriers such as walls, doors, and dampers.
We are one of the finest manufacturers and suppliers of Industrial safety shoes providing high quality and comfortable industrial leather footwear. Clients can avail these products as per their specific requirements and on industry leading prices.
The OSHA standard for noise requires at-workers to receive training on how noise affects them along with the controls to protect them from exposure and monitor their hearing. If this the type of training that you require to meet your regulatory obligations, contact us at The Windsor Consulting Group, Inc. We have over 60 occupational health and safety course offering to help your workforce, public, and the environment
Fire blankets are made of fiberglass fabric, which makes them highly effective for quickly extinguishing fires. They can withstand high temperatures up to 600°C and are useful for reducing burns and preventing the spread of fires. Different types of fire blankets include welding blankets for withstanding sparks and molten metal, and ceramic fire blankets that can withstand extremely high temperatures up to 1260°C for heavy-duty welding protection. The document discusses the specifications and applications of fiberglass, silicone-coated fiberglass, and ceramic fire blankets.
This document provides an introduction to noise control concepts and methods. It outlines when noise control is required according to legal exposure limits. Key aspects of noise control covered include noise risk assessment, identifying excessive noise exposures, and implementing controls following the hierarchy of control from elimination to administrative controls to personal protective equipment. Engineering controls for noise reduction are discussed in terms of controlling noise at the source, transmission path, and receiver. Methods like insulation, barriers, and enclosure of noise sources are presented. The importance of noise monitoring and a multifaceted approach to noise control following the hierarchy are emphasized.
This document provides information on machine safety. It discusses principles of machine safety including eliminating hazards through engineering controls and guards. It defines key terms like guard, hazard, and risk. It describes different types of guards for moving parts and transmissions. It also discusses non-mechanical hazards and access hazards. Examples of common hazards are given for different workplace activities like operating, maintaining and cleaning machinery. The document emphasizes that all hazards that cannot be eliminated must be controlled to prevent harm.
Fire can spread through three methods: convection, conduction, and radiation. Several factors influence how quickly fires spread, such as wind, open spaces, chemicals/accelerants, poor building construction/ventilation, and sometimes even water. Proper fire detection equipment and suppression systems like sprinklers are vital for detecting fires early and controlling or extinguishing the flames before significant spread occurs. Different types of fires require specific extinguishing agents and equipment according to their fuel source.
Three key points from the document:
1. Safety is important to prevent accidents in the workplace caused by negligence, poor training, unsafe equipment or behaviors. Most accidents follow a pattern of lack of management controls, unsafe acts or conditions, and result in losses.
2. Employers and employees have legal duties under health and safety laws to protect workers and others from risks. This includes conducting risk assessments, implementing controls, providing training, and following safe systems of work.
3. Ignoring safety risks and procedures is against the law and can lead to prosecution, fines, injuries or even death for those involved and affected. All workers are responsible for keeping themselves and others safe by raising concerns and following safety rules.
This document is a slide presentation on personal protective equipment (PPE) used in general industry settings. It covers the key types of PPE like head, eye and face protection, respiratory protection, hearing protection, hand protection, and foot and leg protection. For each type of PPE, the document discusses common hazards protected against, examples of PPE used, and any relevant standards. It also reviews the hierarchy of controls and employer and employee responsibilities related to PPE. The overall purpose is to provide an introduction and overview of PPE requirements and selections for general industry workplaces.
This document provides information on different types of explosives, bomb components, and procedures for handling bomb threats and suspicious objects. It describes low and high explosives, components of a bomb like detonators and batteries, commonly used explosive materials, and types of explosive devices and bomb threats. It outlines search procedures including different sweep levels and guidelines for evacuation. It also defines letter/book bombs and provides tips for detecting letter bombs as well as proper action to take upon finding a suspicious object.
This document summarizes an experiment on the effects of light intensity on tissue cultures. The experiment measured light intensity from different sources using a luxmeter. It found that intensity increased with the number of fluorescent tubes used, and was highest for sunlight outside. Covering cultures with aluminum foil or newspaper reduced intensity. The discussion notes that low light is better for callus formation but cultures need sufficient light for photosynthesis. Improvements suggested include using LED lights and optimizing spacing and lighting conditions for cultures.
This document provides an overview of personal protective equipment (PPE) and its importance. It discusses what PPE is, why it is important for safety reasons, and what the law requires in terms of employer and employee responsibilities regarding PPE. The document also outlines the minimum PPE standards for MUS operational sites, common reasons why workers fail to wear required PPE putting their safety at risk, and situations where PPE may become a hazard and cease to be effective or increase risks. The goal is to promote proper PPE usage and a safety-first culture at work.
This document discusses the importance of ear protection from harmful noise. It notes that 30 million Americans are exposed to harmful noise at work and many more through recreational activities like concerts or firearms use. Ten million Americans have noise-induced hearing loss from exposure. The document provides decibel levels for common sounds and exposure limits, noting that sustained exposure over 90dB can cause damage. It recommends using earplugs rated at least 20dB for protection and choosing venues with more distance from noise sources to allow for longer safe exposure. Daily noise exposure should be avoided and music in headphones does not constitute protection.
Workers can be exposed to a wide array of noise exposures doing different tasks. They also may be exposed to noise while at sporting venues or participating in variuos recreational activities. Evaluating noise exposure correctly is just as important as selecting the right controls. This presentation examines the physics of noise, how to measure it, who to include in a hearing conservation program, and what controls can be used to reduce the risk.
Heat stress occurs when the body is unable to regulate its temperature due to high external temperatures. Left untreated, it can progress from heat cramps and heat exhaustion to the life-threatening heat stroke. To prevent heat stress, it is important to drink fluids regularly, replace lost minerals, take breaks in cool areas, and allow time to adjust to hot environments. Proper treatment for victims includes cooling them down and seeking immediate medical attention if symptoms are severe.
The document summarizes key aspects of The Factories Act of 1948 and subsequent amendments relating to occupational health and safety in India. It defines important terms, outlines the duties of occupiers and powers of inspectors. It also describes requirements around factory approvals, ventilation, lighting, drinking water, machinery guarding, and other safety measures. The Act aims to strengthen protections for workers and enable better enforcement of standards in industry.
The document defines work at height as any work performed 1.8 meters or more above ground level, including below ground. Work above 1.8 meters requires a permit and safety checklist. Fall distances increase rapidly with time, emphasizing the need for fall protection like railings, safety harnesses attached to lifelines, and safety nets. Proper planning, equipment, and rescue procedures are required for working at heights.
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 discusses fire detection and alarm systems. It covers the design requirements based on building standards, planning the system based on building type and size, selecting the type of coverage needed, configuring zones within the premises, guidelines for zone configuration, types of alarm detection systems including conventional and addressable, and addressing techniques for detectors. The overall purpose is to provide early warning of fires and allow firefighting actions before situations get out of control.
This document provides information about asbestos awareness for workers at Auraria Higher Education Center. It defines key terms related to asbestos like ACM, friable, and trace asbestos. It outlines regulations from OSHA, EPA, and CDPHE regarding worker safety and the three types of asbestos training. Type 1 is awareness training, Type 2 is operations and maintenance training, and Type 3 is for abatement workers. The document discusses the health effects of asbestos, how asbestos fibers can be released, and the potential health issues from asbestos exposure through inhalation or ingestion. It also includes a brief history of asbestos regulation in the US.
This document provides an overview of asbestos awareness training for schools. It discusses why asbestos knowledge is important, what asbestos is and how it was commonly used in buildings including schools. It outlines how to manage asbestos risks, including ensuring the asbestos register is maintained and visual inspections are conducted. A case study shows how failing to properly manage asbestos led to prosecution. The document emphasizes that properly maintained asbestos is low risk, but damaged asbestos needs expert removal to prevent fiber release and health issues. It provides resources for addressing asbestos questions or issues.
The document discusses key aspects of an effective fire prevention program, including life safety, property protection, and continuity of operations as primary goals. It describes the fire triangle of fuel, heat, and oxygen and strategies to control or isolate these elements. The document provides guidelines for good housekeeping, safe storage of flammables and combustibles, and identifies electrical hazards. It emphasizes the importance of compartmentalization through proper maintenance of fire barriers such as walls, doors, and dampers.
We are one of the finest manufacturers and suppliers of Industrial safety shoes providing high quality and comfortable industrial leather footwear. Clients can avail these products as per their specific requirements and on industry leading prices.
The OSHA standard for noise requires at-workers to receive training on how noise affects them along with the controls to protect them from exposure and monitor their hearing. If this the type of training that you require to meet your regulatory obligations, contact us at The Windsor Consulting Group, Inc. We have over 60 occupational health and safety course offering to help your workforce, public, and the environment
Fire blankets are made of fiberglass fabric, which makes them highly effective for quickly extinguishing fires. They can withstand high temperatures up to 600°C and are useful for reducing burns and preventing the spread of fires. Different types of fire blankets include welding blankets for withstanding sparks and molten metal, and ceramic fire blankets that can withstand extremely high temperatures up to 1260°C for heavy-duty welding protection. The document discusses the specifications and applications of fiberglass, silicone-coated fiberglass, and ceramic fire blankets.
This document provides an introduction to noise control concepts and methods. It outlines when noise control is required according to legal exposure limits. Key aspects of noise control covered include noise risk assessment, identifying excessive noise exposures, and implementing controls following the hierarchy of control from elimination to administrative controls to personal protective equipment. Engineering controls for noise reduction are discussed in terms of controlling noise at the source, transmission path, and receiver. Methods like insulation, barriers, and enclosure of noise sources are presented. The importance of noise monitoring and a multifaceted approach to noise control following the hierarchy are emphasized.
This document provides information on machine safety. It discusses principles of machine safety including eliminating hazards through engineering controls and guards. It defines key terms like guard, hazard, and risk. It describes different types of guards for moving parts and transmissions. It also discusses non-mechanical hazards and access hazards. Examples of common hazards are given for different workplace activities like operating, maintaining and cleaning machinery. The document emphasizes that all hazards that cannot be eliminated must be controlled to prevent harm.
Fire can spread through three methods: convection, conduction, and radiation. Several factors influence how quickly fires spread, such as wind, open spaces, chemicals/accelerants, poor building construction/ventilation, and sometimes even water. Proper fire detection equipment and suppression systems like sprinklers are vital for detecting fires early and controlling or extinguishing the flames before significant spread occurs. Different types of fires require specific extinguishing agents and equipment according to their fuel source.
Three key points from the document:
1. Safety is important to prevent accidents in the workplace caused by negligence, poor training, unsafe equipment or behaviors. Most accidents follow a pattern of lack of management controls, unsafe acts or conditions, and result in losses.
2. Employers and employees have legal duties under health and safety laws to protect workers and others from risks. This includes conducting risk assessments, implementing controls, providing training, and following safe systems of work.
3. Ignoring safety risks and procedures is against the law and can lead to prosecution, fines, injuries or even death for those involved and affected. All workers are responsible for keeping themselves and others safe by raising concerns and following safety rules.
This document is a slide presentation on personal protective equipment (PPE) used in general industry settings. It covers the key types of PPE like head, eye and face protection, respiratory protection, hearing protection, hand protection, and foot and leg protection. For each type of PPE, the document discusses common hazards protected against, examples of PPE used, and any relevant standards. It also reviews the hierarchy of controls and employer and employee responsibilities related to PPE. The overall purpose is to provide an introduction and overview of PPE requirements and selections for general industry workplaces.
This document provides information on different types of explosives, bomb components, and procedures for handling bomb threats and suspicious objects. It describes low and high explosives, components of a bomb like detonators and batteries, commonly used explosive materials, and types of explosive devices and bomb threats. It outlines search procedures including different sweep levels and guidelines for evacuation. It also defines letter/book bombs and provides tips for detecting letter bombs as well as proper action to take upon finding a suspicious object.
This document summarizes an experiment on the effects of light intensity on tissue cultures. The experiment measured light intensity from different sources using a luxmeter. It found that intensity increased with the number of fluorescent tubes used, and was highest for sunlight outside. Covering cultures with aluminum foil or newspaper reduced intensity. The discussion notes that low light is better for callus formation but cultures need sufficient light for photosynthesis. Improvements suggested include using LED lights and optimizing spacing and lighting conditions for cultures.
This document provides an overview of personal protective equipment (PPE) and its importance. It discusses what PPE is, why it is important for safety reasons, and what the law requires in terms of employer and employee responsibilities regarding PPE. The document also outlines the minimum PPE standards for MUS operational sites, common reasons why workers fail to wear required PPE putting their safety at risk, and situations where PPE may become a hazard and cease to be effective or increase risks. The goal is to promote proper PPE usage and a safety-first culture at work.
This document discusses the importance of ear protection from harmful noise. It notes that 30 million Americans are exposed to harmful noise at work and many more through recreational activities like concerts or firearms use. Ten million Americans have noise-induced hearing loss from exposure. The document provides decibel levels for common sounds and exposure limits, noting that sustained exposure over 90dB can cause damage. It recommends using earplugs rated at least 20dB for protection and choosing venues with more distance from noise sources to allow for longer safe exposure. Daily noise exposure should be avoided and music in headphones does not constitute protection.
Workers can be exposed to a wide array of noise exposures doing different tasks. They also may be exposed to noise while at sporting venues or participating in variuos recreational activities. Evaluating noise exposure correctly is just as important as selecting the right controls. This presentation examines the physics of noise, how to measure it, who to include in a hearing conservation program, and what controls can be used to reduce the risk.
Heat stress occurs when the body is unable to regulate its temperature due to high external temperatures. Left untreated, it can progress from heat cramps and heat exhaustion to the life-threatening heat stroke. To prevent heat stress, it is important to drink fluids regularly, replace lost minerals, take breaks in cool areas, and allow time to adjust to hot environments. Proper treatment for victims includes cooling them down and seeking immediate medical attention if symptoms are severe.
The document summarizes key aspects of The Factories Act of 1948 and subsequent amendments relating to occupational health and safety in India. It defines important terms, outlines the duties of occupiers and powers of inspectors. It also describes requirements around factory approvals, ventilation, lighting, drinking water, machinery guarding, and other safety measures. The Act aims to strengthen protections for workers and enable better enforcement of standards in industry.
The document defines work at height as any work performed 1.8 meters or more above ground level, including below ground. Work above 1.8 meters requires a permit and safety checklist. Fall distances increase rapidly with time, emphasizing the need for fall protection like railings, safety harnesses attached to lifelines, and safety nets. Proper planning, equipment, and rescue procedures are required for working at heights.
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 discusses fire detection and alarm systems. It covers the design requirements based on building standards, planning the system based on building type and size, selecting the type of coverage needed, configuring zones within the premises, guidelines for zone configuration, types of alarm detection systems including conventional and addressable, and addressing techniques for detectors. The overall purpose is to provide early warning of fires and allow firefighting actions before situations get out of control.
This document provides information about asbestos awareness for workers at Auraria Higher Education Center. It defines key terms related to asbestos like ACM, friable, and trace asbestos. It outlines regulations from OSHA, EPA, and CDPHE regarding worker safety and the three types of asbestos training. Type 1 is awareness training, Type 2 is operations and maintenance training, and Type 3 is for abatement workers. The document discusses the health effects of asbestos, how asbestos fibers can be released, and the potential health issues from asbestos exposure through inhalation or ingestion. It also includes a brief history of asbestos regulation in the US.
This document provides an overview of asbestos awareness training for schools. It discusses why asbestos knowledge is important, what asbestos is and how it was commonly used in buildings including schools. It outlines how to manage asbestos risks, including ensuring the asbestos register is maintained and visual inspections are conducted. A case study shows how failing to properly manage asbestos led to prosecution. The document emphasizes that properly maintained asbestos is low risk, but damaged asbestos needs expert removal to prevent fiber release and health issues. It provides resources for addressing asbestos questions or issues.
This document provides information on asbestos awareness training for workers who may disturb asbestos-containing materials. It discusses who requires Class A asbestos awareness training, the content of the training, types and locations of asbestos, health effects, and an organization's asbestos management plan and emergency procedures. The training covers introduction to asbestos, laws, risks, surveys, identification of materials, and actions to take if asbestos is disturbed including isolation, air monitoring, and recording exposures.
This document provides training on asbestos awareness for AusNet Services employees. It defines asbestos and its health risks, outlines how to identify asbestos and proper procedures for working with or near asbestos-containing materials. The training explains that friable asbestos poses more risk if disturbed, describes areas where asbestos is commonly found at AusNet sites, and emphasizes that suspected asbestos should not be disturbed without proper training and precautions.
Asbestos removal Melbourne – Asbestos is a word that can strike fear into a potential buyer. The presence of this hazardous material in your property can potentially derail the property transaction. Moreover, if your buyer finds out that you were aware of the presence of fibrous material but failed to inform them, they could hold you liable for a misleading omission and seek the cost of having the materials removed, as well as any other related expenses.
This training covered asbestos safety. It defined asbestos and explained that it is a serious health hazard found in many building materials. Asbestos was used widely in construction but can cause diseases like mesothelioma and asbestosis. The training discussed where asbestos is commonly found, how to protect yourself from exposure, and outlined OSHA regulations regarding asbestos.
The Queensland legislation clearly stated that Asbestos removal Townsville should be performed by a person who has a proper license. If you believe or suspect that your property contain fibrous products, give our members a call.
This document provides a summary of a training manual for workers who handle asbestos-containing materials. It discusses the health hazards of asbestos exposure and regulations from the EPA, OSHA and DOT for safely transporting, disposing of, and working with asbestos. The training covers proper protective equipment, work practices, documentation and emergency procedures to prevent asbestos fiber release and overexposure.
This training covered asbestos safety. It defined asbestos and explained that it is a serious health hazard found in many building materials. The training described the various types of asbestos and where it is typically found. It discussed the health hazards of asbestos exposure, including cancers and lung diseases. The training emphasized that asbestos should not be disturbed without proper protection and training. It provided tips on protecting yourself and outlined OSHA regulations regarding asbestos safety.
Turkey Asbestos Regulations
Article 1. Purpose – To prevent exposure
Article 2. Application – Applies to All works and workplaces where exposure is possible
Article 3. Prepared in accordance with Article 78 of Labour Law
Article 4. Definitions – Covers all 6 Fibre types 4857
Article 5. RA’s –Requirements to conduct RA for all work liable to expose anyone to asbestos fibres
Article 6. Notification of Asbestos Work to Ministry of L & SS,
Article 7. Prohibition for ‘use’
Prohibits licensable ACM’s i.e Insulation, sprays etc
Prohibits marketing, producing and exposure
Removal, separation works are excluded
By the end of the course, students will be able to name the three main types of asbestos, list the diseases caused by asbestos exposure and their increased risk for smokers, identify common uses and locations of asbestos in buildings, know how to avoid asbestos risks, and explain emergency procedures for discovered or disturbed asbestos.
This document outlines the safety procedures for demolishing an existing boiler house. It will involve removing asbestos insulation and lagging, shutting down utilities, and demolishing the structure. Proper notification, licences, training, protective equipment and monitoring will be required when handling asbestos. A method statement and risk assessment was provided. Demolition will follow, including pre-weakening the structure, dismantling walls and removing the floor/foundation. Precautions like collapse prevention and protecting the public/workers will be followed.
We can find Asbestos not only on the roof. Asbestos is fireproof and has a soundproof quality, it’s used in hundreds and thousands of products that can be found inside your house, bathroom, garage, carport and even at your kitchen. And we are going to take the kitchen renovation project as the example.
Asbestos is a naturally occurring mineral found in certain rocks. It separates into strong, thin fibers that are invisible to the naked eye. Asbestos is strong, fire and corrosion resistant, and a good insulator. It was typically used in building materials as an additive to enhance strength in concrete, asphalt, roof shingles, siding, wall board, floor tiles, joint compounds and adhesives. Since Asbestos can be a great source of stability and flame control it was used in building materials before the mid-1970s and occasionally until the late 1980’s.
If the building materials mentioned above contain more than one percent asbestos as determined with polarized light microscopy (PLM) they are considered asbestos-containing materials (ACM). ACM can be friable or non-friable. Friable ACM is dry and can be crumbled or reduced to a powder by hand. Friable ACM presents greater risks to human health than non-friable ACM. When dry, non-friable ACM cannot be crumbled or reduced to a powder with hand pressure.
Asbestos is a mineral fiber that was commonly used in building materials for its resistance and insulation properties but poses extreme health risks if inhaled. It can cause lung diseases like asbestosis and cancers after long exposure. Asbestos is only a risk if disturbed or removed from fixed structures. National legislation prohibits asbestos in new products and requires proper handling and disposal of asbestos-containing waste to prevent exposure. If asbestos is detected on a worksite, work must stop immediately and safety experts must assess and advise on preventive measures before any further action.
UNIT 3 Part A - Safety in Construction & Demolition Operation.pdfPinakRay1
1. The document provides safety guidelines for various aspects of construction and demolition work. It addresses safety precautions for underground works, above ground works, use of machinery, storage of materials, transportation of materials, and more.
2. Key safety measures outlined include wearing proper protective equipment, conducting safety training and audits, establishing security protocols, preparing safe work plans, using signage, and complying with regulations regarding items like chemical storage and first aid.
3. Additional precautions are noted for high-risk activities like underwater work, use of explosives, and preventing issues like falls or explosions. Strict adherence to safety procedures is emphasized throughout all construction and demolition processes.
This document discusses asbestos building materials and repairs following Cyclone Olwyn. It provides background on asbestos, including its various forms and historical uses in construction. It describes the damage caused by Cyclone Olwyn in Northwest Australia and compares the storm's winds to modern design codes. The document outlines repair strategies for structures damaged by the cyclone, addressing structural upgrades, asbestos sheeting repairs, and pre-existing maintenance issues. It concludes by considering insurance implications if damaged structures fail in future storms due to lack of upkeep.
This document provides practical guidelines for managing asbestos-containing materials (ACMs) in workplaces. It covers what asbestos is, where it can be found in buildings, health effects, assessing risks from ACMs, managing ACMs, conducting asbestos surveys, training requirements, personal protective equipment, lower and higher risk work with ACMs, air monitoring, clearance certification, notification requirements, and disposal of ACMs. The aim is to prevent occupational illness from asbestos exposure by outlining necessary precautions to control or reduce exposure to asbestos fibres.
Even though the use of asbestos has been prohibited since 2003 in Australia, many old buildings still contain asbestos flooring, insulation, ceiling tiles, siding and other items. Hence, when renovation or refurbishment projects take place in the home or workspace, these things must be handled very carefully.
Similar to Pp 16 common insulation hazards and controls (20)
The document provides an overview of an ITIL 4 Foundation course, including:
- The course introduces key concepts of ITIL 4 and prepares attendees for the ITIL Foundation exam.
- Learning objectives include understanding service management fundamentals, concepts, and ITIL practices.
- The ITIL Foundation exam is 40 multiple choice questions to be completed in 1 hour with a pass mark of 65%.
This document discusses common insulation hazards, risks, and controls for insulation installers. It identifies electrical hazards, asbestos, working at heights, confined spaces, dust and fibres, temperature extremes, and safe work practices as common hazards. It provides details on electrical hazards, controlling risks through isolating, locking out, and tagging equipment, using personal protective equipment, and ensuring worker competence. The document emphasizes following standards and developing safe work method statements to safely manage electrical and other risks.
This document outlines risk management procedures for insulation installation. It discusses identifying hazards, assessing risks using a risk matrix, and controlling hazards using a hierarchy of controls. Common hazards of insulation work include electrical, working at heights, hazardous substances, pests/vermin, restricted spaces, and hot/cold temperatures. Risk is determined by likelihood, severity, and frequency of harm. The hierarchy of controls from best to last is elimination, substitution, isolation, engineering controls, administration controls, and personal protective equipment.
Pp 5 legislation codes of practice and standards final(1)ScottDickenson2
Legislation, codes of practice, and standards provide requirements for safely installing insulation. Key points include:
- Legislation includes national and state Acts and Regulations that mandate safe installation practices.
- Industry codes of practice provide guidance on meeting legal requirements for specific activities like insulation.
- Standards like those from Standards Australia specify minimum insulation performance and safety standards.
- The National Construction Code sets minimum insulation R-values for different climate zones.
- Australian Standards cover issues like thermal insulation testing and installation, pliable membranes, fire safety, and working at heights. Installers must understand and follow applicable legislation, codes, and standards.
Pp 5 legislation codes of practice and standards finalScottDickenson2
Legislation, codes of practice, and standards provide the legal and regulatory framework for insulation installation in Australia. Key points covered include:
- Acts and regulations set mandatory rules at the national and state/territory level
- Industry codes of practice provide guidance on meeting legal obligations safely
- The National Construction Code specifies insulation requirements and deemed-to-satisfy clauses
- Australian standards establish specifications for insulation products and their testing
- Codes also address industry conduct, waste management, health and safety practices
Pp 1 insulation installation training program finalScottDickenson2
This document provides an introduction and overview of insulation installation training. It discusses the aims of the training program which are to provide safe insulation installation practices and comply with relevant codes and regulations. The training program covers work health and safety topics, safe installation methods, and the specific competency requirements to become an authorized insulation installer. Trainees must complete nationally recognized training units, obtain Clean Energy Council accreditation, and demonstrate skills in areas like interpreting electrical safety reports and installing insulation correctly.
Pp 2 principles of energy efficiency and insulation (thermal and acoustic) finalScottDickenson2
Insulation works by trapping air pockets that slow the transfer of heat and sound. Batt insulation is made of thin fibers that separate millions of tiny air pockets, reducing heat transfer through convection and lowering indoor temperatures by 8-12°C. Reflective foil laminates provide a weatherproof membrane. The higher the R-value of insulation, the greater its resistance to heat and sound transfer. Installing proper insulation helps prevent condensation issues that can damage buildings.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
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Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
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2. Introduction
• Common hazards for insulation
installers
• How to identify these
• How are the risks controlled
• Safe work practices
WHS common
insulation hazards,
risks and controls
3. Common insulation hazards
• Electrical hazards and risks (covered in a separate
section)
• Working at heights and falls from heights
(covered in a separate section)
• Asbestos containing materials (ACM)
• Confined spaces / restricted access areas
• Synthetic mineral fibres, dust, vermin / pests
• Hot and cold working environments and UV
• Safe work practices WHS common
insulation hazards,
risks and controls
4. Asbestos containing materials (ACM)
Asbestos can be found in many areas of buildings, especially those
built or renovated prior to 1990 including bonded form (around
eaves, ceilings, wet areas etc), and friable form (around hot water
pipes etc)
Never try to remove asbestos – law states that people who assess
and remove asbestos must be licensed
You must immediately report the presence (or suspected presence)
of asbestos to your supervisor.
5. Identification of ACM
The main construction materials used are made from
timber, brick, steel and cement sheet. If cement sheet is
present and was installed up until 1990, it is likely to
contain asbestos bonded to the cement particles. For
example, a roof made from corrugated cement sheeting is
likely to contain asbestos.
Areas of buildings that are prone to wet conditions may
contain asbestos in the walls and floors, and ceilings. For
example, bathrooms, toilets and laundries may have
asbestos sheeting or vinyl tiles.
Likewise, pipes throughout the building that carry water
and sewage may also contain asbestos.
Insert diagrams (links) Asbestos containing
materials
6. Asbestos and ceiling insulation
Exposure to asbestos (https://alertforce.com.au/new-campaign-to-
improve-ceiling-safety/)
Insulation installed prior to 2003 may contain bonded or friable asbestos
fibres. This potential exposure to asbestos is a significant risk to individual’s
long-term health.
When insulation or other materials are disturbed within a confined space, the
fibres can become airborne and densely fill the breathing space of a worker.
When an individual inhales airborne asbestos fibres, they risk developing
serious lung diseases, such as the fatal cancer mesothelioma.
Avoiding exposure to asbestos is a vitally important step to protecting the
health and wellbeing of any individual working in a ceiling space. This can
include wearing approved breathing masks and obtaining asbestos awareness
training to ensure they can easily identify and avoid potential asbestos fibres.
Personal protective equipment, such as P2 graded masks and disposable
coveralls, should always be worn when dealing with asbestos. This mitigates
the risk of inhaling fibres or spreading them to other items of clothing when
attempting to launder the work outfit.
Asbestos containing
materials
7. Identification of ACM (con’t)
• A thorough inspection of all areas of the workplace
must be conducted, including all areas of the
building that will be accessed by workers during the
installation including; ceiling spaces, cellars, shafts,
storage areas and wall cavities.
• An asbestos register may be available
• A risk assessment should be undertaken if the
likelihood of ACM being present is high
• Knowledge of materials used in the construction of
the building or experience and findings from
inspections of similar sections of the building (or
similar buildings) may also assist Asbestos containing
materials
8. Controlling risks associated with ACMs
Asbestos cop
• Asbestos register
• Asbestos management plan (risk management)
• Consultation with workers
• SWMS, signs and labels, PPE and safe work
procedures;
– A safe work procedure for collecting samples to be tested
would include actions such as: − isolating the area where
the sample is to be collected − assessing if the area is safe
to enter − minimising dust − wearing suitable PPE − sealing
the samples, and storing and transporting them in a safe,
secure manner Asbestos containing
materials
9. Tools and equipment - ACM
The Code of Practice: How to manage and control asbestos in the workplace,
specifies tools and equipment that must not be used on asbestos or ACM unless
the use of the equipment is controlled. This highlights safe work practices for use
in areas that may contain asbestos as well as other contaminates such as
accumulated dust in celling spaces, vermin droppings, fibre glass.
The use of high-pressure water and compressed air is prohibited under the WHS
Regulations as they can cause asbestos to become friable.
Power tools, brooms and any other equipment or tool that may release airborne
asbestos in the workplace must not be used. Use manually operated (non-
powered) hand tools, or if unsuitable, battery powered tools, fitted with a Local
Exhaust Ventilation (LEV) dust control hood, in conjunction with wet methods for
dust control.
Where power tools with dust suppression/extraction are used, exposure
monitoring should be carried out. If more than half the exposure standard is
exceeded, (0.1 fibres/ml) work should be stopped and improvements made to the
controls being used.
Asbestos containing
materials
10. Risk management for the presence
of friable asbestos
If an approved installer identifies friable asbestos while delivering an EEIS eligible activity,
they need to follow the risk treatment steps listed below:
(1) Stop work;
(2) Notify immediate supervisor;
(3) Notify the principle contractor;
(4) The principle contractor should notify the retailer;
(5) Notify Worksafe ACT and request a 5 day notification waiver, according to section 466 of the Work Health and
Safety Regulation 2011.
(6) Deleted as relates to the removal of asbestos procedure
(7) The principle contractor should inform the owner and tenant of the residential premises. Unless the following
actions are undertaken, then this residential premise is no longer eligible for any EEIS activities.
Once it is identified that friable asbestos may be present the following steps should be completed to ensure that
it is safe for work to continue. Note: The home owner is responsible for all costs of inspections and/or removal of
asbestos
(8) A licensed asbestos assessor is engaged by the home owner to verify whether asbestos is, or is not present
(9 )If verified, by a licensed asbestos assessor, that there is no asbestos, inform the principle contractor. The
principle contractor can now deliver these insulation activities and other EEIS activities at this residential
premises.
(10) If verified that there is asbestos by the licensed asbestos assessor they need to notify the home owner and
engage the services of a licensed asbestos removalist who requests a five day notification waiver to remove the
asbestos.
(11) The site must be made safe via appropriate removal of the asbestos by a licensed asbestos removalist, once
approval by Access Canberra is given, and clearance certificate issued by a licensed asbestos assessor.
Asbestos containing
materials
12. Confined spaces
A confined space is a space of any size which:
• Is not intended as a regular workplace (eg some roof spaces,
tanks, etc
• Has restricted means for entry and exit
• May have an atmosphere that is contaminated or lacking in
oxygen
• Has special requirements such as a permit for work provisions
for rescue and first aid, communication and people acting as
`spotters`
• Often covered by Australian Standards and require separate
training
• Many roof spaces pose potential hazards as they are cramped,
dark, dusty and unsafe to move around in except on structural
members – they can also get very hot
13. Spaces with restricted access
Ceiling spaces –a ceiling space, for the purposes of
installing insulation is not a confined space; see
Code of Practice Appendix B
(https://www.safeworkaustralia.gov.au/sites/default/files/2020-08/model_code_of_practice_confined_spaces.pdf)
14. Controlling risks in restricted access areas
• Please watch the video Confined spaces
• Please watch the video Insulating ceilings
• Refer to ICANZ Handbook
15. Synthetic mineral fibres (SMFs)
• Synthetic mineral fibres (SMFs) (fibres made from
fibreglass/glassrock or other materials used for insulation or
reinforcement of cement and plaster building materials)
• Since 2001, all insulation products manufactured in
Australia have been based on mineral wool fibre which is
biosoluble FBS-1 Glasswool or Rockwool, regarded as non-
hazardous and non-dangerous goods
• Ceiling insulation in older homes may have rockwool
Rockwool has been used as insulation since the late 1800s, and
was popular as both blown-in and batts insulation during the
1950s, is not made with ACM however years of accumulated
dust and vermin droppings make it highly advisable to avoid
breathing in the dust and masks should be worn.
16. Safety Data Sheets (SDS)
Safety data Sheets are documents developed by product manufacturers that
provide critical information about hazardous materials and chemicals. For
example, they include information on:
• the product’s identity and ingredients
• health and physical hazards
• safe handling and storage procedures
• emergency procedures
• disposal considerations.
For more information on SDSs see the Safe work Australia website
See also the following links for access to manufactures’ SDSs
• Knauf insulation
• Bradfield insulation
Note: search the term SUIS (Safe use instruction sheets – denoting the non-
hazardous nature of the products and therefore the non requirement to produce
SDSs for them.
17. Dust in ceiling spaces and underfloor
As mentioned previously, dust build up in these areas in
older homes could contain ACM from pipe lagging, bonded
asbestos used as packing in floor joists, or waste off cuts from
wet areas – an initial inspection and sampling must be
undertaken must occur if the presence of ACMs is suspected.
Dust inhalation as an occupational hazard can also lead to
sneezing, coughing, eye irritation, lung tissue
swelling, asthma and throat infections.
Accumulated exposure in some workers could also lead to
occupational lung diseases
18. Vermin in ceiling spaces and underfloor
Vermin are pests or nuisance animals, such as
insects, birds, and rodents that may create safety
and health hazards for workers.
Workers at outdoor worksites, as well as in
enclosed spaces, have the potential for exposure to
vermin that can cause bites or stings.
Birds and rodents can also transmit disease directly,
as well as through their urine or faeces.
19. Controls for pests and vermin
• Before working in a ceiling space, individuals should
ensure any vermin or insect activity has been
eliminated or minimised through extermination or
other methods
• use crawl boards to walk across ceiling space
• ensure your entry and exit points are easily
accessible
• use appropriate personal protective equipment such
as gloves and masks
• Follow site sanitation procedures such as washing
hands, use designated eating areas and store food
and food waste appropriately.
20. Response to incidents
• If a bite or sting occurs, workers should seek
medical attention as soon as possible.
• Any exposure to an animal or their leavings
should be followed by adequate personal
hygiene solutions, such as disinfectant and full
body showers.
• If any illness or pain is detected, individuals
should visit their doctor or local hospital.
21. Hot and cold working environments and UV
• VIDEO - Working in hot weather
https://vimeo.com/224153683
• ICANZ Handbook Page 41.
22. Hot and cold working environments
Installing insulation can expose you to particular risks (eg radiant heat in the
roof space, or UV radiation, wind chill, thermal hazards on the roof
The effects of heat and cold on the body are affected by the environment
through:
air temperature (how hot or cold the surrounding air is)
humidity (the moisture content in the air)
air movement including wind speed and air circulation
radiant heat (from the sun, given out by plant, buildings, equipment
etc)
All workers must be trained in heat-risk
awareness and how to recognise heat
stress symptoms in themselves and their
workmates
23. Controlling the risk of hot and cold extremes
Installers must understand the difference between discomfort, and
hypothermia, heat stroke and heat exhaustion/ stress which can mean
serious medical conditions
• Avoid extreme heat – reschedule work to cooler times in
the day
• Share the work around – take turns at working in roof
spaces
• Take regular breaks from the extreme temperature
• Drink water - keep hydrated
• Keep a check on safety attitude
• If overheating; cramps, dizzy or feel like throwing up –
slow down move to the shade or airconditioned area,
loosen clothes and remove PPE is safe to do so, wet down
clothes, let others know, if gets worse seek medical
attention.
24. UV radiation
Comes from the sun as well as lasers, welding flashes and
high intensity lighting
Passes through the skin and harms living body cells (sunburn
and can cause potentially fatal melanomas) – eyes are also at
risk
Be sensible and protect your eyes and skin – wear correct PPE
ankle to wrist clothing and head and neck protection as well as
sunscreen and Uv rated safety glasses.
25. General site safe work practices
Safe working practices means working in a way
that minimises risk to yourself, other people,
equipment, materials, the environment, and
work processes.
In addition to applying the risk management
principles you have learnt the following
practices must be adhered to;
26. Safe work practices
• Do not take unnecessary risks
• Always look out for hazards
• Always use Personal Protective Equipment (PPE)
• If you must smoke, do so only in designated areas
• Keep your work area clean and tidy
• Enter and leave the workplace using proper
routes
• Never attend work under the influence of drugs
or alcohol
27. Storage of materials and equipment:
safe and organised manner so they can be retrieved again safely
in accordance with SDS and legislation
cannot fall on a person or cause injury (eg through projection of sharp edges)
flammable and combustible materials – do not store more than is necessary!
Removal of debris:
should continually be removed to prevent build up
build up could affect entry/exit to a site and pose a fire hazard
disposal must not create a risk to the environment
Litter:
includes things such as food scraps and wrappings, paper etc
must be disposed of in proper containers (eg garbage bins)
disposal must not pose a risk to the environment
Working safely
Tips for keeping the worksite safe:
28. Good housekeeping:
essential to a safe work site
every-day cleanliness, tidiness and good order in your work area
machinery and equipment maintenance so they are in
safe and efficient working order
Tools and machinery
Knives, cutters, staple guns etc pose hazards, particularly in confined spaces
and when used around electricals
Other equipment (eg machinery used to pump loosefill) pose risk and need
to keep clothing and hands well clear
Use only tools and equipment that are serviced, checked and safe to use
Cover knife blades when not in use, and lock in place when in use
Working safely
Tips for keeping the worksite safe:
29. Remember your duty of care
WHS Act section 28
Duties of workers
Workers have a duty to take reasonable care for
their own health and safety and to not adversely
affect the health and safety of other persons.
Workers must comply with reasonable instructions,
as far as they are reasonably able, and cooperate
with reasonable health and safety policies or
procedures that have been notified to worker.