This document is a smoker's risk assessment form for residents at a care centre. It collects information about the resident's mobility, impairments, and ability to respond in an emergency. It also assesses smoking areas at the facility, including internal rooms, external areas, safety features, and evacuation procedures. The form is used to evaluate risks of smoking and identify control measures to manage safety. It must be updated every 3 months or if a new risk is found.
This document discusses hazards associated with rebar cutting and bending machines, chop saw machines, and provides precautions for safe operation. Key hazards include injury from machine parts, flying debris, electrical shock, and improper or unsafe machine operation. Safe operation requires proper training, use of machine guards, protective equipment, following maintenance procedures, and not overriding safety devices. Operators should feed material smoothly, avoid contact with cutting wheels, and not make unsupported or awkward cuts.
This presentation discusses hand safety in the workplace. It notes that hands are unique and valuable tools that allow skilled work. Common hand injuries are reviewed, along with case studies of injuries caused by improper lifting, tool placement, and fatigue. The presentation recommends following the hierarchy of controls to eliminate hazards, such as using lifting tools instead of hands. It also stresses focusing on tasks, proper tool use, housekeeping, and using task-specific gloves as the last line of defense. Overall, the goal is to raise awareness of hand hazards and promote controls to reduce injuries.
This document is an inspection form for a harness used in safety equipment. It contains sections to record the harness part number, serial number, dates of first use and manufacture, owner information, and inspector details. The form is then used to document the inspection of the harness components including hardware, webbing, stitching, labels and markings. Pass or fail ratings are given for each section along with any relevant notes.
Excavation and Trench Safety. Excavation and trenching are amongst the most dangerous operations in the construction industry. Dangers can include cave-ins, falling loads, hazardous atmospheres and hazards from using heavy equipment. Regular pre-work inspections can reduce hazards and serious risk of injury.
Working safely is important when on a construction site. There are risks of being struck by vehicles, so high visibility vests should be worn and safe pedestrian zones established. If unsafe vehicle operation is observed, stop work and notify a supervisor. Designated pedestrian routes clearly identify safe paths, though situational awareness is still required. Proper training and permission is necessary before operating any plant or machinery, and safe systems of work must always be followed. Safety signs use distinctive colors and shapes to clearly communicate prohibitions, warnings, mandatory actions, and the locations of firefighting and emergency equipment.
Objektif :
Mengekalkan kecekapan
Pengawal bendera mestilah dilatih dan terlatih untuk tugas-tugas mengibar bendera selaras dengan SOP.
Berhenti / panduan dengan selamat
Pengawal bendera dilatih untuk memberhenti dan memberi panduan kepada trafik dengan berkesan bagi mengelak daripada sebarang kejadian atau kemalangan.
Mengekalkan tanggungjawab
Pengawal bendera supaya memahami tanggungjawab untuk mengawal lalulintas dan aliran trafik serta MENGutamakan keselamatan.
Lifting, handling, or carrying objects accounted for 16.7% of major construction injuries in 2008-2009. The Manual Handling Operations Regulations require employers to avoid hazardous manual handling where possible, assess any risks, and reduce them. Employers must provide manual handling training and consider the task, load, environment, individual capabilities, and other factors when assessing risks. Proper lifting technique and use of mechanical aids can help reduce manual handling injuries.
Slips, Trips, and Falls - Workplace Safetycarrollcenter
This document provides information on how to prevent slips, trips, and falls. It discusses common causes of slips such as wet floors or icy conditions. Trips may be caused by damaged steps or objects left on stairways. Falls can result from hazards like broken chairs or unstable ladders. The document recommends wearing appropriate footwear, keeping walkways clear of clutter, cleaning spills immediately, and reporting any unsafe conditions to a supervisor.
This document discusses hazards associated with rebar cutting and bending machines, chop saw machines, and provides precautions for safe operation. Key hazards include injury from machine parts, flying debris, electrical shock, and improper or unsafe machine operation. Safe operation requires proper training, use of machine guards, protective equipment, following maintenance procedures, and not overriding safety devices. Operators should feed material smoothly, avoid contact with cutting wheels, and not make unsupported or awkward cuts.
This presentation discusses hand safety in the workplace. It notes that hands are unique and valuable tools that allow skilled work. Common hand injuries are reviewed, along with case studies of injuries caused by improper lifting, tool placement, and fatigue. The presentation recommends following the hierarchy of controls to eliminate hazards, such as using lifting tools instead of hands. It also stresses focusing on tasks, proper tool use, housekeeping, and using task-specific gloves as the last line of defense. Overall, the goal is to raise awareness of hand hazards and promote controls to reduce injuries.
This document is an inspection form for a harness used in safety equipment. It contains sections to record the harness part number, serial number, dates of first use and manufacture, owner information, and inspector details. The form is then used to document the inspection of the harness components including hardware, webbing, stitching, labels and markings. Pass or fail ratings are given for each section along with any relevant notes.
Excavation and Trench Safety. Excavation and trenching are amongst the most dangerous operations in the construction industry. Dangers can include cave-ins, falling loads, hazardous atmospheres and hazards from using heavy equipment. Regular pre-work inspections can reduce hazards and serious risk of injury.
Working safely is important when on a construction site. There are risks of being struck by vehicles, so high visibility vests should be worn and safe pedestrian zones established. If unsafe vehicle operation is observed, stop work and notify a supervisor. Designated pedestrian routes clearly identify safe paths, though situational awareness is still required. Proper training and permission is necessary before operating any plant or machinery, and safe systems of work must always be followed. Safety signs use distinctive colors and shapes to clearly communicate prohibitions, warnings, mandatory actions, and the locations of firefighting and emergency equipment.
Objektif :
Mengekalkan kecekapan
Pengawal bendera mestilah dilatih dan terlatih untuk tugas-tugas mengibar bendera selaras dengan SOP.
Berhenti / panduan dengan selamat
Pengawal bendera dilatih untuk memberhenti dan memberi panduan kepada trafik dengan berkesan bagi mengelak daripada sebarang kejadian atau kemalangan.
Mengekalkan tanggungjawab
Pengawal bendera supaya memahami tanggungjawab untuk mengawal lalulintas dan aliran trafik serta MENGutamakan keselamatan.
Lifting, handling, or carrying objects accounted for 16.7% of major construction injuries in 2008-2009. The Manual Handling Operations Regulations require employers to avoid hazardous manual handling where possible, assess any risks, and reduce them. Employers must provide manual handling training and consider the task, load, environment, individual capabilities, and other factors when assessing risks. Proper lifting technique and use of mechanical aids can help reduce manual handling injuries.
Slips, Trips, and Falls - Workplace Safetycarrollcenter
This document provides information on how to prevent slips, trips, and falls. It discusses common causes of slips such as wet floors or icy conditions. Trips may be caused by damaged steps or objects left on stairways. Falls can result from hazards like broken chairs or unstable ladders. The document recommends wearing appropriate footwear, keeping walkways clear of clutter, cleaning spills immediately, and reporting any unsafe conditions to a supervisor.
The scaffold that the deceased was working on did not have lifelines for workers to anchor their safety belts, and the scaffold was not properly secured. As a result, the worker fell from the fifth level of the scaffold and died.
This document outlines various construction site safety hazards and procedures. It notes that the most common construction accidents are falls from height (56%) and being struck by collapsing or overturning objects (21%). It provides guidance on safe work practices for working at heights, using ladders, excavation work, crane operation, traffic safety, electricity safety, sewage work, and use of personal protective equipment. The document emphasizes that safety is everyone's responsibility and all accidents can be prevented through proper training, risk identification, and following safety procedures.
This document outlines various fire safety guidelines for schools. It emphasizes maintaining clear emergency exits and egress paths. Combustible storage and decorations are only permitted in limited quantities and must meet testing standards. Electrical safety is also covered, prohibiting overloading outlets and the unsafe use of extension cords or power strips. Proper maintenance of fire alarms, suppression systems, and fire-rated components is discussed. Overall it stresses a shared responsibility between staff and administrators to identify and address potential fire hazards.
The document discusses strategies for preventing hand injuries, including following OSHA regulations on hand protection, machine guarding, and controlling hazardous energy. It notes that hand and finger injuries have accounted for 30-56% of injuries at Helmerich & Payne Inc. in recent years. The strategies proposed to prevent injuries include identifying and communicating pinch points, using proper tools and equipment, sharing lessons learned, requiring job safety analyses (JSAs) and following them, designing equipment for safety, and conducting safety meetings and training.
This manual provides guidance on working safely at heights for occupational health and safety professionals and supervisors. It covers definitions of working at heights, common risks such as falls from heights and falling objects, and best practices for prevention. The manual aims to help raise awareness of the dangers of working at heights and provide information on procedures and controls to prevent falls and injuries from working at heights. It addresses a variety of sectors where working at heights is common, such as construction, agriculture, industrial and commercial settings.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
Imagine a typical day, you’re working in an office and suddenly hear a loud warning sound through the alarm system. What would you do instantly? If it’s a fire emergency, can you deem yourself knowledgeable with the fire safety signs on the building or should you panic not knowing the fire safety signs thoroughly?
Well, it’s a matter of life and death when you have to act calmly and smartly to save yourself from a fire hazard. But it requires proper knowledge of fire safety signs that you need to be well aware of in a real emergency.
This document summarizes a presentation on investigating and defending liability claims related to hot work and welding fires. It discusses key issues such as the standard of care, including NFPA and OSHA regulations; identifying the responsible party according to codes and permits; challenges like determining the fire's origin and considering the time lapse between welding and fire; and developing an expert opinion on the cause and responsibilities related to the fire. The goal is to provide an overview of how to successfully investigate and evaluate these complex cases.
The risk assessment identifies the following hazards: wires from cameras and microphones; traffic when filming exterior scenes; use of a crane; boiling water; and ice. Measures taken to prevent injury include securing wires, checking roads when filming externally, wearing harnesses with the crane, watching where water is boiled, and checking the ground before filming on ice. Additional actions such as equipment training, briefings on road safety, and ensuring first aid kits are available are required. The sound manager, director, driver, crane operator, and everyone are responsible for taking action.
This document provides information about first aid, including:
- The definition of first aid as help given until full medical treatment is available, with the aims being to preserve life, prevent worsening of conditions, and promote recovery.
- The roles and responsibilities of a first aider, which include managing incidents, assessing victims, arranging further help, providing treatment, and documenting.
- How to call emergency services, including knowing the local emergency number and providing key details about the incident.
- The importance of conducting risk assessments and not endangering oneself or others when responding. Effective infection control, like wearing gloves and handwashing, is also discussed.
This document discusses excavation hazards and how to control risks. Major risks of excavation include cave-ins, spoil soil collapse, striking underground utilities, and falls into the excavation. Proper protective systems like sloping, shielding and shoring can prevent cave-ins. A competent person must inspect excavations daily and address any safety issues. Other hazards to control are water accumulation, toxic atmospheres, traffic controls, and ensuring safe access and egress. Proper planning, permits, and protective measures are needed to conduct excavations safely.
This document provides an overview of MEWP (mobile elevating work platform) training. It discusses the different types of MEWPs, factors to consider when selecting a MEWP, pre-use inspection requirements, common accident causes, fall protection requirements, electrical and wind hazards, emergency planning, and rescue procedures. Trainees are instructed to always read operating instructions, wear appropriate PPE, receive proper training, inspect equipment thoroughly before each use, and immediately report any accidents or issues. Safety is emphasized throughout, including fall prevention measures, following manufacturer guidelines, and having emergency controls and response plans in place.
This document outlines various safety measures for different construction activities. It recommends securing ladders to prevent slipping, using shoring and timbering for trenches over 2m deep, shutting off utilities before demolition, checking equipment regularly during steel erection, having qualified supervision for piling works, and providing protective gear and fire controls for hot bituminous works. Safety precautions include barricades, lighting, signage, inspections and having experienced supervision for excavation, demolition, piling and bituminous tasks.
This document provides 9 case studies of hand injury accidents that occurred at various construction sites. The case studies describe the accident, findings from the investigation, and corrective actions taken. The injuries included fingers being amputated by machinery, lacerations from equipment, and burns. Common causes were a lack of safety procedures, improper training, and not using protective equipment. Lessons highlighted the importance of following protocols, having competent supervision, and using proper tools and PPE to perform maintenance and construction tasks safely.
This document provides an overview of fire safety training. It discusses the fire triangle and tetrahedron that represent how fire occurs. It outlines common causes of fires such as faulty wiring, smoking materials, and welding operations. The document describes different classes of fires from A to E and the appropriate extinguishers for each class. It demonstrates how to properly use a fire extinguisher with the PASS method of pull, aim, squeeze, and sweep. The goal of the training is to teach participants how to identify fire types, select the correct extinguisher, and safely fight early-stage fires.
This document provides an overview of excavation safety requirements. The primary concern with excavation work is cave-ins, which are more likely to be fatal than other construction accidents. OSHA emphasizes excavation safety through inspections and outreach based on data showing the significant risks. The document reviews requirements for protective systems, soil classification, inspections, protection from hazards, and defining key terms like "competent person" and soil types. The goals are to discuss excavation hazards, protective system requirements, OSHA's soil classification methods, and important definitions.
This presentation summarizes key safety issues on construction sites. It notes that the first week and end of the day are most dangerous. Accidents are often due to falls, collapses, or being struck. Proper use of ladders, scaffolding, excavation shoring, cranes, and PPE can prevent injuries. The presentation emphasizes always prioritizing safety over work and following regulations to ensure no one is endangered.
Forklift trucks are for carrying loads only, and should never carry people. There is a reason there is only one seat, and that's for the forklift operator only. No passengers!
Additions such as fork extension and man basket or any modification to the forklift can affect the load capacity and safe operation of the truck. The forklift manufacturer prohibits such addition or alteration unless they allow it so. The manufacturer can write an approval to the customer or user permitting such addition.
Now in the event OSHA inspector visited your site premise and cited violation on the use of the man cage, the inspector wants you to produce documented evidence that the forklift to be fitted with man cage has a written approval from the manufacturer, aside from the record that such training has been supplied to the workers for the proper use of the work platform.
This is the common mistake the users commit when buying a man basket. They fail to contact the forklift manufacturer to secure written approval.
About Hercules SLR: Hercules SLR is a national distributor of professional equipment, products and services, designed for securing, lifting and rigging applications. See them at https://herculesslr.com/
Safety is paramount in civil engineering. Engineers must understand safety precautions for both workshop and workplace environments. Proper use of personal protective equipment, guards, and following safety rules and regulations are essential to prevent accidents. Common safety equipment includes head, eye, hand, foot, and hearing protection. Power tools require additional precautions like inspecting abrasive wheels and using guards, safety switches, and proper apparel. Employers must conduct risk assessments, provide safety training, and report workplace injuries.
1) The document contains 3 risk assessments for locations used in the film project "Parental Figure". Locations include Derelict Building 1, the woodland area, and Derelict Building 2.
2) Hazards identified include trip hazards, slippery surfaces, and electrical wires. Prevention measures taken include inspections, first aid kits, clearing walkways, and organizing wires.
3) Additional actions identified are designating meeting points in case of emergency, ensuring clear footwear and continuing to clear hazards. Responsible parties are assigned to all additional actions.
This risk assessment form is for an MC Real music video shoot taking place on May 1, 2010. It identifies 30 potential hazards and assesses the possibility and likelihood of each risk occurring. Hazards include derelict buildings, fatigue from long hours, hazardous substances, glass/wood materials, night operation, noise pollution, and special effects. For each hazard, the risk factor is determined and appropriate actions are identified such as lowering music volume to reduce noise pollution risk and smoking away from others. The form was completed and signed by the director and producer.
This document summarizes the risks and preventative measures for a music video and photo shoot. Locations include a studio, bus, and on the road. Potential hazards include tripping over equipment, getting hit by doors, overcrowding in the studio, tripping or falling on the bus, and getting hit by cars while filming on the road. Preventive measures include taping down wires, keeping equipment away from performance areas, having clear spaces, supervising areas, and finding low traffic areas for filming. Emergency measures include first aid kits and contacting local hospitals if accidents occur.
The scaffold that the deceased was working on did not have lifelines for workers to anchor their safety belts, and the scaffold was not properly secured. As a result, the worker fell from the fifth level of the scaffold and died.
This document outlines various construction site safety hazards and procedures. It notes that the most common construction accidents are falls from height (56%) and being struck by collapsing or overturning objects (21%). It provides guidance on safe work practices for working at heights, using ladders, excavation work, crane operation, traffic safety, electricity safety, sewage work, and use of personal protective equipment. The document emphasizes that safety is everyone's responsibility and all accidents can be prevented through proper training, risk identification, and following safety procedures.
This document outlines various fire safety guidelines for schools. It emphasizes maintaining clear emergency exits and egress paths. Combustible storage and decorations are only permitted in limited quantities and must meet testing standards. Electrical safety is also covered, prohibiting overloading outlets and the unsafe use of extension cords or power strips. Proper maintenance of fire alarms, suppression systems, and fire-rated components is discussed. Overall it stresses a shared responsibility between staff and administrators to identify and address potential fire hazards.
The document discusses strategies for preventing hand injuries, including following OSHA regulations on hand protection, machine guarding, and controlling hazardous energy. It notes that hand and finger injuries have accounted for 30-56% of injuries at Helmerich & Payne Inc. in recent years. The strategies proposed to prevent injuries include identifying and communicating pinch points, using proper tools and equipment, sharing lessons learned, requiring job safety analyses (JSAs) and following them, designing equipment for safety, and conducting safety meetings and training.
This manual provides guidance on working safely at heights for occupational health and safety professionals and supervisors. It covers definitions of working at heights, common risks such as falls from heights and falling objects, and best practices for prevention. The manual aims to help raise awareness of the dangers of working at heights and provide information on procedures and controls to prevent falls and injuries from working at heights. It addresses a variety of sectors where working at heights is common, such as construction, agriculture, industrial and commercial settings.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
Imagine a typical day, you’re working in an office and suddenly hear a loud warning sound through the alarm system. What would you do instantly? If it’s a fire emergency, can you deem yourself knowledgeable with the fire safety signs on the building or should you panic not knowing the fire safety signs thoroughly?
Well, it’s a matter of life and death when you have to act calmly and smartly to save yourself from a fire hazard. But it requires proper knowledge of fire safety signs that you need to be well aware of in a real emergency.
This document summarizes a presentation on investigating and defending liability claims related to hot work and welding fires. It discusses key issues such as the standard of care, including NFPA and OSHA regulations; identifying the responsible party according to codes and permits; challenges like determining the fire's origin and considering the time lapse between welding and fire; and developing an expert opinion on the cause and responsibilities related to the fire. The goal is to provide an overview of how to successfully investigate and evaluate these complex cases.
The risk assessment identifies the following hazards: wires from cameras and microphones; traffic when filming exterior scenes; use of a crane; boiling water; and ice. Measures taken to prevent injury include securing wires, checking roads when filming externally, wearing harnesses with the crane, watching where water is boiled, and checking the ground before filming on ice. Additional actions such as equipment training, briefings on road safety, and ensuring first aid kits are available are required. The sound manager, director, driver, crane operator, and everyone are responsible for taking action.
This document provides information about first aid, including:
- The definition of first aid as help given until full medical treatment is available, with the aims being to preserve life, prevent worsening of conditions, and promote recovery.
- The roles and responsibilities of a first aider, which include managing incidents, assessing victims, arranging further help, providing treatment, and documenting.
- How to call emergency services, including knowing the local emergency number and providing key details about the incident.
- The importance of conducting risk assessments and not endangering oneself or others when responding. Effective infection control, like wearing gloves and handwashing, is also discussed.
This document discusses excavation hazards and how to control risks. Major risks of excavation include cave-ins, spoil soil collapse, striking underground utilities, and falls into the excavation. Proper protective systems like sloping, shielding and shoring can prevent cave-ins. A competent person must inspect excavations daily and address any safety issues. Other hazards to control are water accumulation, toxic atmospheres, traffic controls, and ensuring safe access and egress. Proper planning, permits, and protective measures are needed to conduct excavations safely.
This document provides an overview of MEWP (mobile elevating work platform) training. It discusses the different types of MEWPs, factors to consider when selecting a MEWP, pre-use inspection requirements, common accident causes, fall protection requirements, electrical and wind hazards, emergency planning, and rescue procedures. Trainees are instructed to always read operating instructions, wear appropriate PPE, receive proper training, inspect equipment thoroughly before each use, and immediately report any accidents or issues. Safety is emphasized throughout, including fall prevention measures, following manufacturer guidelines, and having emergency controls and response plans in place.
This document outlines various safety measures for different construction activities. It recommends securing ladders to prevent slipping, using shoring and timbering for trenches over 2m deep, shutting off utilities before demolition, checking equipment regularly during steel erection, having qualified supervision for piling works, and providing protective gear and fire controls for hot bituminous works. Safety precautions include barricades, lighting, signage, inspections and having experienced supervision for excavation, demolition, piling and bituminous tasks.
This document provides 9 case studies of hand injury accidents that occurred at various construction sites. The case studies describe the accident, findings from the investigation, and corrective actions taken. The injuries included fingers being amputated by machinery, lacerations from equipment, and burns. Common causes were a lack of safety procedures, improper training, and not using protective equipment. Lessons highlighted the importance of following protocols, having competent supervision, and using proper tools and PPE to perform maintenance and construction tasks safely.
This document provides an overview of fire safety training. It discusses the fire triangle and tetrahedron that represent how fire occurs. It outlines common causes of fires such as faulty wiring, smoking materials, and welding operations. The document describes different classes of fires from A to E and the appropriate extinguishers for each class. It demonstrates how to properly use a fire extinguisher with the PASS method of pull, aim, squeeze, and sweep. The goal of the training is to teach participants how to identify fire types, select the correct extinguisher, and safely fight early-stage fires.
This document provides an overview of excavation safety requirements. The primary concern with excavation work is cave-ins, which are more likely to be fatal than other construction accidents. OSHA emphasizes excavation safety through inspections and outreach based on data showing the significant risks. The document reviews requirements for protective systems, soil classification, inspections, protection from hazards, and defining key terms like "competent person" and soil types. The goals are to discuss excavation hazards, protective system requirements, OSHA's soil classification methods, and important definitions.
This presentation summarizes key safety issues on construction sites. It notes that the first week and end of the day are most dangerous. Accidents are often due to falls, collapses, or being struck. Proper use of ladders, scaffolding, excavation shoring, cranes, and PPE can prevent injuries. The presentation emphasizes always prioritizing safety over work and following regulations to ensure no one is endangered.
Forklift trucks are for carrying loads only, and should never carry people. There is a reason there is only one seat, and that's for the forklift operator only. No passengers!
Additions such as fork extension and man basket or any modification to the forklift can affect the load capacity and safe operation of the truck. The forklift manufacturer prohibits such addition or alteration unless they allow it so. The manufacturer can write an approval to the customer or user permitting such addition.
Now in the event OSHA inspector visited your site premise and cited violation on the use of the man cage, the inspector wants you to produce documented evidence that the forklift to be fitted with man cage has a written approval from the manufacturer, aside from the record that such training has been supplied to the workers for the proper use of the work platform.
This is the common mistake the users commit when buying a man basket. They fail to contact the forklift manufacturer to secure written approval.
About Hercules SLR: Hercules SLR is a national distributor of professional equipment, products and services, designed for securing, lifting and rigging applications. See them at https://herculesslr.com/
Safety is paramount in civil engineering. Engineers must understand safety precautions for both workshop and workplace environments. Proper use of personal protective equipment, guards, and following safety rules and regulations are essential to prevent accidents. Common safety equipment includes head, eye, hand, foot, and hearing protection. Power tools require additional precautions like inspecting abrasive wheels and using guards, safety switches, and proper apparel. Employers must conduct risk assessments, provide safety training, and report workplace injuries.
1) The document contains 3 risk assessments for locations used in the film project "Parental Figure". Locations include Derelict Building 1, the woodland area, and Derelict Building 2.
2) Hazards identified include trip hazards, slippery surfaces, and electrical wires. Prevention measures taken include inspections, first aid kits, clearing walkways, and organizing wires.
3) Additional actions identified are designating meeting points in case of emergency, ensuring clear footwear and continuing to clear hazards. Responsible parties are assigned to all additional actions.
This risk assessment form is for an MC Real music video shoot taking place on May 1, 2010. It identifies 30 potential hazards and assesses the possibility and likelihood of each risk occurring. Hazards include derelict buildings, fatigue from long hours, hazardous substances, glass/wood materials, night operation, noise pollution, and special effects. For each hazard, the risk factor is determined and appropriate actions are identified such as lowering music volume to reduce noise pollution risk and smoking away from others. The form was completed and signed by the director and producer.
This document summarizes the risks and preventative measures for a music video and photo shoot. Locations include a studio, bus, and on the road. Potential hazards include tripping over equipment, getting hit by doors, overcrowding in the studio, tripping or falling on the bus, and getting hit by cars while filming on the road. Preventive measures include taping down wires, keeping equipment away from performance areas, having clear spaces, supervising areas, and finding low traffic areas for filming. Emergency measures include first aid kits and contacting local hospitals if accidents occur.
The risk assessment identifies potential hazards students may face while filming in a park near campus. These include falling down stairs, models falling down a hill, and accidentally walking into other people. Existing control measures include handrails on stairs and being aware of others walking around. Further measures could involve being careful on stairs, wearing grippy shoes, and carefully walking around the park. The risk of falling is deemed major while risks of running into others is minor.
The risk assessment document summarizes potential hazards identified on a film set and measures taken to prevent injury. It identifies tripods, makeup glue, mole hills, cigarettes, and traffic as hazards. Measures to address tripod trips, glue eye contact, actors being aware of mole hills, controlling cigarettes, and supervising road crossing are described. Additional actions like colored tape, eye closing, and smoke direction are recommended. Responsible parties for actions are assigned.
This document is a fire risk assessment for Woodberry Manor, a two-storey residential building with eight flats located in Canvey Island, Essex. It was prepared by Karen Daykin on behalf of Bluezone Ltd, the responsible person for the property. The assessment identifies potential fire hazards, existing control measures, occupancy details, and recommends additional actions to reduce fire risk. The significant findings will be reviewed at least every three years or if circumstances change at the property.
Photography portrait shoot risk assessment form (1)TomMichaelRoss
This document provides a template for conducting a risk assessment for a film photography shoot. It lists potential hazards like tripping or getting hit by a car while shooting in a town center. For each hazard, it considers who may be harmed, what property could be damaged, existing risk controls, and the risk level. Further actions are determined based on the risk level according to a chart provided, with the most severe risks requiring extensive additional controls.
This risk assessment document evaluates various filming activities and identifies potential hazards. It rates the risk of each hazard as high, medium, or low. Precautions are outlined to minimize risks, such as having someone monitor the camera at all times when positioning it on stairs or in wooded areas. Activities like running in corridors or hanging from doors are marked as requiring awareness of surroundings to prevent falls. Filming near water also necessitates close supervision of equipment and awareness of proximity to the river to avoid equipment damage or drowning. The risk assessment should be reviewed during the activity or visit and is signed off by the reviewer.
This document provides a template for conducting a risk assessment for a film production. It involves identifying hazards, who may be harmed, existing controls, risk levels, and further actions needed. Examples given include risks from hot sand, an on-set dog, and campfires. The assessment should also consider emergency contact information and communication abilities on location. Completing a full risk assessment with proper controls is important for safety on a film shoot.
This document provides a template for conducting a risk assessment for a film production. It includes an example risk assessment of hazards like hot sand and an uncontrolled dog. The template includes tables to assess risk based on likelihood and consequences, and an action plan template to address risks rated high or extreme. Contact information for emergencies is also included to coordinate response for issues that may arise during production.
This document outlines the phases and steps of completing a risk analysis. It discusses (1) analyzing risks by identifying assets, threats, vulnerabilities and risks; (2) developing countermeasures through mitigation opportunities and policy planning; and (3) applying the process in practice using a small business example. The goal is to characterize, define, mitigate and eliminate risks to protect assets.
A risk assessment determines risks and dangers in workplaces by analyzing potential hazards, finding safe solutions to avoid injury or property damage, and determining if an activity can be done safely. Risk assessments are needed to assess any dangers people could face in a lab and reduce risks of harm. A risk assessment should identify possible lab dangers, guidelines for protecting people, and follow five steps: identifying hazards, deciding who could be harmed, evaluating risks and precautions, recording findings, and reviewing the assessment yearly.
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SlideShare is a global platform for sharing presentations, infographics, videos and documents. It has over 18 million pieces of professional content uploaded by experts like Eric Schmidt and Guy Kawasaki. The document provides tips for setting up an account on SlideShare, uploading content, optimizing it for searchability, and sharing it on social media to build an audience and reputation as a subject matter expert.
Personal emergency evacuation plan v 2.5.docx.docxPhoenix STS Ltd
This document is a template for a Personal Emergency Evacuation Plan (PEEP) for residents of a care centre. The PEEP is intended to identify the individual needs and requirements of each resident to ensure their safe evacuation in an emergency situation. It requires assessment of the resident's mobility, visual or hearing impairments, and any other relevant factors. The PEEP must then detail the evacuation procedures and equipment required to accommodate the resident's needs. It should be reviewed every 3 months or if circumstances change.
This document provides an inservice training on fire safety procedures. It reviews the R.A.C.E. acronym for responding to fires, which stands for rescue, alarm, contain, and extinguish/evacuate. Emergency evacuation procedures are outlined for the Robinwood Medical Center. The emergency code for fire is established as Code Red.
This document provides a site induction for personnel working at wind farm sites in Iowa. It outlines safety policies and procedures around site access, emergency response, accident reporting, and general safety rules. Specific procedures are described for responding to emergencies like fires, severe weather (earthquakes, thunderstorms, tornadoes), loss of communication, and chemical/oil spills. The induction also covers safety topics like fall protection, lock-out/tag-out, PPE requirements, driving on site, waste management, and disciplinary actions.
2010 Fsp Overview W Objective Statementsandrewwcwong
The document discusses emergency fire safety planning requirements in Canada. It provides an overview of what a fire safety plan is, its purpose, and application according to the Ontario Fire Code. It also outlines responsibilities, enforcement, and considerations for developing action plans around maintenance, emergency response, fire drills, and using the fire safety plan as a management tool.
Professionals - Wildfires - Response part 1NCC-CCT
This document provides an overview of developing a wildfire suppression plan. It discusses:
1. Checking availability of personnel and equipment, ensuring proper protective equipment, and mobilizing resources to incidents.
2. Prioritizing saving lives, protecting property, and protecting the environment in response.
3. Elements of developing a suppression plan including safety protocols like LACES, gathering information, and continually monitoring the situation. The LACES protocol emphasizes lookouts, communications, escape routes, and safety zones.
This document provides information on security training at a hotel. It discusses what security is, including protecting people, property, and information. It outlines the hotel's security plan, which involves access control, screening, restricted areas, patrols, drills, and emergency response plans. It describes security incidents like hijacking, food tampering, explosions, fires, and weapons. The purpose of security is to reduce risk and provide protection. The document also indexes various security topics like basic responsibilities, patrols, surveillance, equipment, and fire prevention.
This document discusses fire safety in the workplace. It notes that fire safety includes measures to prevent fires from starting and limiting their spread. The responsible person for fire safety is usually the business owner, landlord, or managing agent. They must conduct fire risk assessments, implement evacuation plans and safety equipment, provide staff training, and ensure compliance with regulations. Regular inspections are conducted and notices may be issued for non-compliance, with potential penalties including fines or imprisonment. The overall message is that fire safety awareness and preparedness are critical for saving lives.
This PowerPoint presentation provides information about health and safety policies and responsibilities at Bridgwater College. It outlines the overall responsibility of the board of governors, principal, managers, staff, and health and safety manager. It details staff responsibilities and provides information on first aid procedures, fire safety, driving policies, and the college's commitment to safeguarding individuals and promoting health and well-being. The presentation is intended to inform college staff about relevant health and safety practices and policies.
Health safety induction training claires version newAndy Epps
This PowerPoint presentation provides information about health and safety policies and responsibilities at Bridgwater College. It outlines the overall responsibility of the board of governors, principal, managers, staff, and health and safety manager. It details staff responsibilities and provides information on first aid procedures, fire safety including evacuation plans and assembly points, occupational health services, safeguarding policies, driving policies, and the role of staff in promoting health and safety with learners.
Our Fire Warden Patrol system is designed for Fire Watch, Fire equipment checking and Fire Patrol reporting especially for Hotels and Apartment blocks.
This document provides guidance on fire safety best practices for non-domestic premises in the UK. It outlines the responsibilities of the "Responsible Person" who has control over premises to conduct a fire risk assessment and implement protective measures. The fire risk assessment involves 5 steps - identifying fire hazards and people at risk, evaluating and reducing risk, recording the assessment, developing emergency plans, and regularly reviewing the assessment. The document also describes various protective measures that should be considered such as means of escape, fire detection/alarm systems, firefighting equipment, maintenance, training and more. It aims to help those responsible for premises comply with UK fire safety legislation.
Work Based Learning Induction Presentationiteclearners
Swansea ITeC provides an induction for new trainees to introduce them to the organization and training programs. The induction covers a tour of the building, health and safety procedures, an overview of courses offered including qualifications, and an assessment of basic skills. Trainees learn about ITeC's structure, policies on topics like internet usage, and their rights and responsibilities regarding health and safety. The induction also covers fire safety procedures and accident reporting.
The document discusses the importance of security in hotels. It notes that the security department is responsible for protecting guest, employee, and hotel safety and security. It outlines various security risks hotels face, such as terrorism, robbery, and privacy invasion. The document discusses different types of security providers and important security equipment categories like physical security, surveillance, communication systems, alarm systems, and guest room security. It provides examples of specific surveillance technologies and communication methods used in hotels. Finally, it discusses fire safety equipment and training security personnel on safety and security measures to ensure guest and employee satisfaction.
The Fire Equipment Manufacturers’ Association is a group that promotes fire safety through a balanced fire protection approach using multiple systems. A balanced plan includes elements like building design, alarms, extinguishers, sprinklers, and training. It ensures that reliance is not placed on just one system, because lives depend on all safeguards working together when fire strikes in the critical first minutes.
The document discusses EMS participation in fire department training drills. It provides guidelines for EMS response to structure fires, including initially positioning ambulances out of the way of fire apparatus, communicating concise size-up information to fire units, and practicing treatment of injured firefighters in full protective equipment. The document also contains questions to test understanding of the guidelines.
Site Induction Training for UK Security 2007 - 2012
All employees have this training prior to starting an assgnment or as soon as they start work at a project... Along with security we want safety to be a top priority
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This document provides an overview of the content covered in a Fire Warden Training Course. The course is aimed at individuals taking on the role of fire warden in the workplace and covers topics such as fire safety law, fire risks, fire prevention methods, evacuation procedures, and the roles and responsibilities of fire wardens. The six modules that make up the course content include understanding fires and fire risks, manual handling risk assessments, fire safety arrangements and evacuation plans, personal emergency evacuation plans, and fire evacuation procedures. By the end of the course, learners will gain knowledge to improve workplace safety, understand the role of a fire warden, assess fire risks, and develop evacuation arrangements.
According to The Regulatory Reform ( Fire Safety ) Order 2005, there must be a fire warden for each floor for every workplace, so that in the case of an emergency there is someone who is trained to carry out the correct safety measures and evacuation procedures. A fire warden is expected to carry out at least two fire drills per year.
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