KAS Limited’s Post

Health and safety is very important. Different sites have different considerations however a lot of the solutions will be the same. 🪜Working from height? Extra training, barriers, and proper equipment 💧Working on water? Extra training and proper equipment 🌙Nightshift? Barriers and proper equipment A lot of these tasks will have more specific safety equipment such as harnesses, life vests, or head torches. Our work as geophysicists, utility surveyors, and land surveyors can help reduce risks for a project later down the line, however it is important that we are also safe when undertaking tasks. This is why our teams are so highly trained. All equipment is regularly tested and all present workers have adequate training for the works they will undertake. Whether it be on #railways, a #confinedspace, or an #explosive atmosphere. PPE is our last line of defence and should always be worn. However when the unexpected does happen there is a first aider on site and the route to the nearest A&E is outlined in the site briefing. Thinking ahead to the tasks at hand and deploying the Hierarchy of Risk Management (ERIC or other equivalent acronyms) early, aids in ensuring that everyone can be safe even on some of the more non-standard jobs. Have a bit of an unusual site, contact us. 📧 RSKGeophysicsEnquiries@rsk.co.uk 📧 RSKTopographicalEnquiries@rsk.co.uk 📧 RSKUtilitySurveysEnquiries@rsk.co.uk #healthandsafety #risksolutions

Confined space safety is crucial in various industries, as working in these areas presents unique hazards. A confined space is typically defined as an area that is not intended for continuous occupancy, has limited means of entry or exit, and can pose a risk to workers due to hazardous conditions. Key Considerations for Confined Space Safety: 1.    Hazard Identification: Before entering a confined space, conduct a thorough assessment to identify potential hazards, such as toxic gases, low oxygen levels, flammable materials, or physical dangers like engulfment. 2.    Permit Systems: Implement a confined space entry permit system. This ensures that all hazards are evaluated and that necessary precautions are taken before anyone enters. 3.    Training: Ensure that all workers are trained in confined space entry procedures, recognizing hazards, using safety equipment, and emergency response protocols. 4.    Atmospheric Monitoring: Continuously monitor the atmosphere inside the confined space for hazardous gases and oxygen levels. This should be done before entry and during the work. 5.    Ventilation: Adequate ventilation is essential to ensure that fresh air circulates within the space. This helps to dilute any hazardous gases and maintain safe oxygen levels. 6.    Personal Protective Equipment (PPE): Use appropriate PPE, such as respirators, helmets, gloves, and harnesses, depending on the specific hazards present. 7.    Rescue Planning: Develop a rescue plan that outlines how to respond in case of an emergency. This plan should include trained personnel, equipment, and communication methods. 8.    Communication: Establish clear communication protocols between workers inside the confined space and those outside. This can include hand signals, radios, or other reliable method. Maintaining safety in confined spaces requires a proactive approach, thorough planning, and ongoing training. By following established guidelines and prioritizing worker safety, organizations can significantly reduce the risks associated with confined space work. #ConfinedSpaceSafety #WorkplaceSafety #SafetyCulture #RiskManagement

🚨 Safety Alert: Confined Space Entry Risks 🚨 Working in confined spaces presents unique and significant risks that must be managed with utmost care and diligence. Whether you're in construction, manufacturing, utilities, or any other industry, understanding these risks is critical to ensuring the safety of all personnel involved. 🔍 Key Risks Include: Oxygen Deficiency: Confined spaces can have low oxygen levels, leading to asphyxiation. Always test for oxygen levels before entry. Toxic Atmospheres: Hazardous gases or vapors may be present, posing inhalation risks. Continuous air monitoring is essential. Flammable Atmospheres: Explosive gases can accumulate, increasing the risk of fire or explosion. Ensure proper ventilation and use intrinsically safe equipment. Engulfment Hazards: Loose materials can collapse or shift, leading to burial or crushing. Implement appropriate entry procedures and barriers. Mechanical Hazards: Machinery or moving parts within confined spaces can cause severe injuries. Lockout/tagout procedures are critical. Restricted Egress: Limited entry and exit points can hinder rescue efforts in an emergency. Have a well-communicated emergency plan and trained rescue personnel. Physical Hazards: Confined spaces can have slippery surfaces, falling objects, or structural instability. Wear appropriate PPE and conduct thorough inspections. 📋 Best Practices for Safe Entry: Permit System: Use a confined space entry permit system to ensure all safety measures are in place. Training: Regularly train employees on confined space hazards and emergency procedures. Communication: Maintain clear and constant communication with workers inside the space. Rescue Plan: Develop and practice an emergency rescue plan tailored to the specific confined space. 🔧 Remember: Safety in confined spaces is non-negotiable. It requires meticulous planning, stringent procedures, and a proactive safety culture. 👷♀️👷♂️ Let's make every confined space entry a safe one! Share your experiences and tips in the comments below. Stay safe, everyone! 🚧 Contact for Confined Space Entry/Rescue Training: 058 601 3372 #SafetyFirst #ConfinedSpaceSafety #WorkplaceSafety #HealthAndSafety #EmployeeWellbeing #ConstructionSafety #IndustrialSafety #SafetyTraining

Some useful tips for this type of incident.

"Staying Safe in Confined Spaces" As we go about our work, it's easy to overlook the hidden dangers of confined spaces. But the truth is, confined spaces can be deadly if not approached with caution. Whether you're working in construction, manufacturing, or any other industry, it's crucial to understand the risks of confined spaces and take steps to protect yourself and your team. *What is a confined space?* A confined space is an enclosed or partially enclosed area that can be hazardous to enter. Examples include tanks, pipes, sewers, and even attics or crawl spaces. *Dangers of confined spaces:* - Lack of oxygen - Toxic gases - Explosive atmospheres - Physical hazards like entrapment or crushing *How to stay safe:* 1. Identify confined spaces in your workplace 2. Develop a comprehensive safety plan 3. Train your team on confined space entry procedures 4. Use proper personal protective equipment (PPE) 5. Monitor the space for hazards before entry Let's prioritize safety and watch out for each other! #ConfinedSpace #SafetyFirst #WorkplaceSafety #RiskManagement

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🚨 Debunking 5 Myths About Confined Spaces 🚨 Navigating the complexities of confined space safety requires more than just a basic understanding. As safety professionals, it’s crucial to grasp not only the regulatory standards but also the common misconceptions that could jeopardize worker safety. 🛑👷♂️ Here are just a few myths that need clearing up: 1️⃣ Standard Definition? Think again. From OSHA to different international standards, definitions vary significantly. 2️⃣ 19.5% Oxygen Is Safe? Not necessarily. Atmospheric conditions in confined spaces are not that straightforward. 3️⃣ Only Inside Counts? Partial entry counts too. Understanding the exact moment of "entry" can be tricky but crucial. 4️⃣ All Confined Spaces Are Marked? Many are unlabelled, making proper training and awareness essential. 5️⃣ Only Hazardous Atmospheres Matter? Even seemingly safe environments can become dangerous with certain types of work. For a deeper dive into these myths and to ensure you’re equipped with the right information, follow this link for the complete breakdown. Stay informed and stay safe! 🔗✅ Follow our page for more insights and updates on safety standards and best practices. #OHSInsider #SafetyFirst #ConfinedSpaces #OSHA #WorkplaceSafety

🚨 Attention all professionals in the construction industry! 🚧 As we all know, safety should be our top priority on any job site. That's why it's crucial to have a Safe System of Work in place to ensure the well-being of everyone involved. When it comes to working with machines and equipment, it's important to follow strict safety protocols and guidelines. This includes proper training, regular maintenance, and using personal protective equipment. But one aspect that often gets overlooked is the potential dangers of Hand Arm Vibration (HAV). This condition can lead to serious health issues such as Hand Arm Vibration Syndrome, causing numbness, tingling, and loss of strength in the hands and arms. To prevent this, it's essential to implement measures to control and reduce HAV exposure. This can include using low-vibration tools, taking regular breaks, and rotating job tasks. Construction sites are high-risk areas, and it's our responsibility to create a safe working environment for ourselves and our colleagues. Let's make sure we are all educated and informed about the potential hazards and how to mitigate them. Remember, safety is a team effort, and we must all do our part to ensure a healthy and productive workplace. Stay safe out there everyone! 💪 #HealthAndSafety #SafeSystemOfWork #Machines #Equipment #HAV #HandArmVibration #ConstructionSites

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