Fall Hazard Risk Assessment matrix for Access Point, Unprotected Skylight & Unprotected edges
A Risk Assessment Matrix is a tool used to assess the likelihood and severity of potential hazards in a workplace and can be used to determine appropriate risk control measures. When applied to the three areas of fall hazards as per OSHA (access points, unprotected skylights, and unprotected edges of buildings), a risk assessment matrix can help employers identify and prioritize the risks associated with these hazards and determine appropriate control measures. Here’s an example of how a risk assessment matrix could be applied to the three areas of fall hazards: Risk Assessment Matrix OSHA Clause – 1910.28(b)(13) Work on low-slope roofs Risk Assessment is based on 2 factors. Severity of consequences – How life-threatening is it? Likelihood – frequencyof exposure. Risk = Severity of consequences X Likelihood One should prioritize Risk Assessment based on the critical danger and how frequently workers are exposed to that area. Access Points: Likelihood of occurrence: High Severity of consequences: High Control measures: Employers should implement guardrails, safety nets, or personal fall arrest systems to prevent falls from access points. Unprotected Skylights: Likelihood of occurrence: Low to Moderate Severity of consequences: High Control measures: Employers should cover or guard skylights with a screen or railing that can withstand a force of at least 90 kgs applied at any point. Unprotected Edges of Buildings: Likelihood of occurrence: High Severity of consequences: High Control measures: Employers should provide guardrails, safety nets, or personal fall arrest systems for workers who are exposed to falls from unprotected edges of buildings. Guardrails should be capable of withstanding a force of at least 90 Kgs applied at any point. In conclusion, a risk assessment matrix can help employers identify and prioritize the risks associated with fall hazards in the workplace and determine appropriate control measures for each hazard. By implementing engineering controls like proper Access Platforms, Walkways, Guardrails, and Skylight Covers employers can help prevent falls and protect the safety and health of their workers. Workers should be trained on the use of equipment and emergency response in the event of a fall. Employers should regularly inspect and maintain equipment to ensure it is in good working condition. Would you like to know more about emerging technologies and trending solutions for fall protection when working at heights? Or Do you need a custom quote? For more information, call +91 9099033719 or send an e-mail to contact@chemey.com
Hazard Overview – Industrial Roof
Fall hazards are one of the leading causes of workplace injuries and fatalities in the World. As per OSHA (Occupational Safety and Health Administration, USA), falls from elevated surfaces such as roofs, skylights, and unprotected edges of buildings are considered significant hazards. Here’s an overview of OSHA’s guidelines for fall protection measures related to access points, unprotected skylights, and unprotected edges of buildings: Access Points: Access points are locations where workers must climb to gain access to elevated work areas such as roofs, mezzanines, or platforms. OSHA requires that employers provide guardrails, safety nets, or personal fall arrest systems for workers who are exposed to falls of six feet or more. Employers must also ensure that access points are designed and maintained to prevent falls, including providing stable and secure ladders, scaffolds, safety gates and stairways. Unprotected Skylights: Skylights are a common feature of many roofs and provide natural light to interior spaces. However, unprotected skylights can pose a fall hazard to workers who may accidentally step on them or fall through them. Standards require that employers cover or guard skylights with a screen or a railing that can withstand a force of at least 90 kg applied at any point. Employers must also ensure that workers are trained to recognize and avoid the hazard posed by unprotected skylights. Unprotected Edges of Buildings: Unprotected edges of buildings such as roofs, edges, and balconies can pose a significant fall hazard to workers who are performing work or walking near them. OSHA requires that employers provide guardrails, safety nets, or personal fall arrest systems for workers who are exposed to falls of six feet or more. Employers must also ensure that guardrails are capable of withstanding a force of at least 200 pounds applied at any point and are designed to prevent workers from falling off the edge of a building. In summary, the law requires employers to provide appropriate fall protection measures for workers who are exposed to fall hazards such as access points, unprotected skylights, and unprotected edges of buildings. Employers must ensure that these hazards are identified, assessed, and addressed through the implementation of engineering controls, administrative controls, and/or the use of personal protective equipment. Employers must also ensure that workers are trained to recognize and avoid fall hazards and that equipment is properly maintained and inspected. CHEMEY is a trusted leader in fall safety solutions for the Industrial, logistics and manufacturing industry. Our dedicated team is here to help you tackle all areas where fall protection equipment can assist in making your workplace safer. We provide the highest level of quality and reliability in both products and guidance. Contact us today to learn more about how we can positively impact safety in your industry. Need help? Our team of professionals can guide you to find the ideal solution. We are there for you 24/7! Just call us on +91 79-26420786, +91 9099033711, +91 79-26427686 or email us: contact@chemey.com Follow us on Facebook | Instagram | Linkedin | Twitter
Make Sure Your Workplace Is Up To OSHA Compliance on Fall Safety
The effects of the COVID-19 pandemic impacted every industry. Now that the economy has seen a significant rebound, manufacturing and oil & gas production are in full swing again. Safety measures are critical now more than ever, and particularly those pertaining to fall safety. While addressing the danger of falls is critical in all workplaces, it’s a particular concern in chemical, oil/gas refinery, cement, and many other heavy manufacturing facilities. Continuous process facilities are bustling, structurally complex, and full of hazards subject to a variety of Safety regulatory requirements. There is dangerous equipment on-site, regular shipping and receiving through busy loading docks, and many elevated areas where fall risks are more present. WHAT MAKES FALL SAFETY SO IMPORTANT? Every accident has many consequences, the most important being that no employer wants to see workers hurt. Lack of safety compliance mean a potential work shutdown, and lost profits. Every slip, trip, and fall adds up to millions of lost workdays in a year. The independent survey estimates that about 20 percent of worker injuries in industry are due to slips, trips, and falls. Proactively creating and supporting a culture of safety in your workforce is vital, but simply reminding workers to watch their step is not enough. Fall protection equipment, including specialized pieces such as an adjustable safety gate or swing gate, is essential for ensuring worker safety and keeping production moving. To help you to understand and implement proper fall protection, let’s examine the top fall risk areas in industry/refinery facilities, then consider if your company has fully addressed each of those risks. AREAS OF FALL RISKS IN WORKPLACES A Manufacturing industry/ Refinery includes several important areas which present fall hazards. Regulations do not always specify which equipment you are required to use in each situation. But OSHA guidelines provide requirements that the gates and other equipment you choose must meet in each area: LADDERSLadders, either portable or affixed, are a common fall safety risk which OSHA addresses under 1910.23 – Walking-working Surfaces: Ladders. Each employer must look at situations where ladders are being used and identify the fall hazard associated with it. For example, fall protection is usually not required for a step ladder, but it will be if that step ladder is used on an elevated platform or in an area adjacent to an unprotected edge. Fixed ladders, like those commonly used in oil refineries, also need fall protection, like guardrails fitted with an industrial safety swing gate to provide access control and fall safety. ROOFTOPS AND ROOF ACCESS AREAS Workers may need to access your rooftop for maintenance, cleaning, or to perform work on rooftop machinery. Skylights, roof edges, and even stairways require protection to properly manage rooftop access. The railing and safety swing gate that protect each of these areas must have a height of 1050mm (plus or minus 75 mm) from the walking/working surface that they’re installed on. They must be capable of withstanding 90 kg of downward force upon the top rail without failure. They also require a smooth-finished surface that can’t snag worker’s skin, clothing, or equipment. You should also look at options which are non-penetrating, allowing you to place well-anchored gates and railings without damaging the integrity of your rooftops. LOADING DOCKSLoading docks are another busy area in a manufacturing plants / oil & gas refinery, and thus, another fall safety hazard. Fall protection for a loading dock usually comes in the form of a self-closing, adjustable loading dock safety gate system and thorough training of personnel, ensuring risk mitigation at a busy dock. The height and strength requirements for railings and gates in loading dock areas are the same as those for rooftop areas (see above). STAIRWAYSWhen a door or a gate opens on a stairway, there is a platform and the gate’s swing doesn’t interfere with workers on the stairs. An outdoor or indoor swing gate is ideal for this situation. Stairs must also be kept well-lit, dry, and free of debris, allowing maximum safety to workers as they move between the levels of your manufacturing/processing areas. MEZZANINESThe extra storage space created by these elevated platforms is extremely useful in many facilities, but they also present falling hazards. The same strong railing and safety gate requirements for roofs apply to mezzanines, and toe boards may also be required to help prevent small objects from falling into work areas below. Specialized pallet safety gate made for mezzanine use are your best option for access to these areas MACHINERY GUARDINGSafety swing gates are a great tool for controlling access and preventing falls around or onto the potentially dangerous machinery in your facility. They can also help keep unauthorized personnel out of restricted processing areas, improving plant security and protecting trade secrets. WHY SAFETY GATES MATTER The right safety gates will help employees, visitors, and contractors within your facilities to perform their function without fall and safely access the areas they need to. As outlined above, your facility has many areas with potential fall hazards, and the right Industrial safety gate choice can make the difference between being ready for a return to full production without struggling with safety problems. WHY SAFETY GATES ARE SUCH AN IMPORTANT SAFETY CONSIDERATION Simply put, Safety Swing Gates are the simplest, most effectively way to safely control access to the many areas in your facility, and to protect personnel from the fall risks they may encounter in each area. OSHA compliant safety gates keep workers safe on elevated areas and at the openings of stairways, ladders, mezzanines, and loading docks. There are many different types of OSHA-compliant gates with a specific purpose. Self-closing safety gates are passive fall protection, designed to automatically close every time the gate swings open. There is no risk of a worker forgetting to close the gate behind them. The equipment offers nearly continuous protection from leading edges. These gates are easy to mount in various positions and on handrails of all sizes. CHOOSING A GOOD SAFETY PARTNER Your worker
Basics of Fall Protection Rules
With falls being one of the most common causes of workplace injuries and deaths, workers who work at heights must understand the basics of fall protection. Being proactive by implementing compliant methods of fall protection and fall prevention can save lives and prevent injuries. Consequently, it is important to be aware of basic fall protection rules and facts. Here are some basic fall protection facts to consider. (1) Identify Fall Hazards Falls occur due to various reasons including losing balance, tripping, losing a grip on support, stepping backward, strong winds or dangerous weather, stepping into a hole, support moving or breaking, and irregular or damaged work surfaces. Employers can be proactive in reducing workplace injuries and deaths by identifying and eliminating fall hazards and installing fall protection systems. Further, employers can educate workers to follow safe practices, properly use equipment, and be proactive and aware of fall hazards. (2) Utilize Fall Protection Systems Three categories of fall protection systems include fall prevention, fall restraint, and Fall arrest. Fall Prevention A fall prevention system aims to prevent falls from occurring by using guardrails and barriers. Consider guardrail systems such as non-penetrating guardrail systems, permanent rail systems, and customized guardrail solutions. Barrier considerations include industrial safety gates, skylights, and warning lines. Fall Restraint A fall restraint system stops workers from falling by using a tether that restrains a worker’s range of motion. The worker is not allowed to move far enough to reach a leading edge. Fall Arrest A general fall arrest system is a net or cushion system beneath a working area. A personal fall arrest system is composed of an anchorage connector, body wear, and connecting device. Such a system allows a worker to fall a short distance before stopping their fall. (3) Comply with OSHA Guidelines OSHA provides information about how to protect workers from falls, such as using guardrails, safety gates, personal fall protection systems,mobile work platforms, Aluminum mobile scaffolds, adopting safe work practices, and providing appropriate training. In some situations, protection is provided by “limiting the number of workers exposed” to falls by using warning lines, designated areas, and control zones. Further, OSHA guidelines include the following fall safety practices: Protection is required for workers in construction sites when working above six feet above a lower level and for workers in the general industry when working above four feet above a lower level. Fall protection systems are required to prevent workers from falling into or onto hazardous machines or other equipment regardless of the fall distance. Providing workplace conditions free from known dangers and establishing fall protection systems before work begins. Providing personal protective equipment to workers at no cost to them. Training workers about workplace hazards in a language that they can understand. As you prepare for or review your fall protection program, keep these basic fall protection regulations in mind. While the employer is responsible for ensuring a safe work environment, every worker should make it a priority to become knowledgeable about general fall protection rules. Effective fall protection has two facets: human and equipment. Both make important contributions to worker safety. Fall Protection Equipment Every job site where workers are at heights exceeding six feet should have fall protection equipment in place to prevent falls of any kind. Guardrails must be 42” above walking level, while safety gates must be installed on all openings of approach ued for entry or exit of any working surface, Personal fall arrest systems are used to stop a worker who is falling from a working level. Some of the most important rules to note include: Worker must not free fall more than six feet and must not contact any lower level The system must bring worker to a complete stop The system must be inspected before every use for wear, damage, or deterioration Body belts (safety belts) are prohibited for use as part of a fall arrest system Every worker should have a solid understanding of how personal fall protection devices work. Devices like safety harnesses, lanyards, and lifelines can only work if they are used correctly. Human Role in Fall Protection In terms of the human aspect, workers must be vigilant when working at heights. Workers must be aware of their surroundings and immediately bring any concerns to the attention of a site supervisor. Potential hazards requiring fall protection include: Hoist areas Unguarded holes Ramps, runways, or walkways Excavations Dangerous equipment Wall openings Workers who communicate effectively about their work environment and collaborate to mitigate hazards will lower their risk for falls and height-related incidents.Employer and Employee Responsibilities for Fall Safety Employers must provide training to all employees who work at heights. Employees must take responsibility for participating fully in this training and be sure to ask questions to clarify rules and safety guidelines. Fall protection is a key part of workplace safety, and it’s a team effort. Don’t make the mistake of placing the responsibility solely on your employer—take your safety into your own hands by becoming knowledgeable about OSHA’s fall protection standards, understanding how to safely use fall protection devices, and maintaining awareness of your surroundings at all times.
