Working at height may present certain risks, making emergency rescue planning important for ensuring the safety of workers. Whether in construction, maintenance, or other industries, proper preparation has to be done before operating at height. In our latest blog article, we delved into essential strategies for effective emergency rescue planning in such environments. Check the link below! Learn more about Power Towers mobile elevating platforms: https://lnkd.in/eNVXpm7k #PowerTowers #JLG #emergency #rescue #planning #workatheight #safetyatwork #heightsafety #construction #maintenance #industry
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The latest installment of our blog talks about rescue plans, the importance of having one and what to consider when creating one. Do you have an up-to-date rescue plan in place? If not, why not download your free copy from the Height Lift & Shift (HLS) website using the link below. https://lnkd.in/ek8nwCU #hls #latestblog #rescueplan
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Do you have a rescue plan in place? If you are working at height using a ladder, bespoke platform, cherry picker, or scissor lift, it is essential that you have a well-considered and thorough rescue plan in place to minimise the risk of injury in an emergency 🚑 Read our new blog to discover: ✔ The purpose of a rescue plan. ✔ When you should have a rescue plan. ✔ Potential hazards that can occur. ✔ What should be consider when creating a rescue plan. For further guidance on rescue planning, click on the following link to download our free Rescue Plan Template – https://lnkd.in/eE5HJsMv HLS can carry out a working at height site survey and risk assessment for your organisation. Why not request a quote today or enquire for more information > https://lnkd.in/ekHr6JzW #workatheight #rescueplan #regualtions #safety #healthandsafety #riskassessment
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A rescue plan is that strategy or procedure to safely retrieve someone who has fallen from height and is suspended in a harness. It provides information about the type and location of equipment that are vital in the rescue process. At Double Scaffold Design, our working designs are fit for purpose and adhere to any relevant codes of practice. Check out this article about the importance of a rescue plan for those working at height, and keep your scaffolding workers safe with Double: https://lnkd.in/edwnkCT7 #safetyatheight #scaffolddesign #safety #safetyfirst #healthandsafety #hse #construction #doublescaffolddesign #constructionlife #fyp
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Evacuation plan and procedure regarding health and safety
HSEQ Manager- HSEQ Coach - HSEQ Trainer Drilling-Production-Construction-Certified Oil & Gas Health and Safety Professional -NEBOSH ( IDiP, IOGC, PSM and Environment) ISO 9001,45001,14001 Lead Auditor Certified.
🛳️ Offshore Evacuation Methods & Rescue Equipment Types ⚓ 1. 🔧 Methods of Evacuation 1.1. 🚁 Helicopter Evacuation -Purpose: Rapid evacuation from offshore platforms or vessels. -When to Use: Major fires explosions or other life-threatening incidents. -Best Practice: Quarterly drills and personnel training. -Compliance: OSHA 29 CFR 1910.120, SOLAS Chapter III. 1.2.🚤 Lifeboat Deployment -Purpose: is primary means for evacuation. -When to Use: When helicopters are unavailable or impractical. -Best Practice: Monthly checks on launch mechanism and quick accessibility. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1915.13. 1.3.🛶 Life Raft Deployment -Purpose: is secondary means of evacuation. -When to Use: When additional capacity is needed or lifeboats are full. -Best Practice: Annual training and regular inspections for effective deployment. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.156. 1.4.🛟 Marine Evacuation Systems -Purpose : Rapid evacuation to lifeboats or rafts e.g. using chutes or ramps -When to Use: During major fires or explosions requiring immediate evacuation -Best Practice: Annual system testing and maintain clear evacuation routes. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.120. 2. 🛠️Types of Rescue Equipment 2.1.🦺 Personal Protective Equipment -Definition: Gear that protects against toxic gas and drowning. etc -Example: Escape masks , life jackets and immersion suits -When to Use: safeguard against toxic gas/fumes (20-30mins) ,drowning and hypothermia -Best Practice: Weekly inspections and immediate replacement of defective equipment. -Compliance: OSHA 29 CFR 1910.132, SOLAS Chapter III. 2.2.🫁 Emergency Breathing Systems -Definition: Device Provides breathable air in toxic environments. -Example: Used in smoke-filled areas for safe evacuation. -When to Use:rescue/evacuation through toxic gas/fumes ( 4-8hrs). -Best Practice: Include donning procedures in biannual training drills. -Compliance: OSHA 29 CFR 1910 Subpart L, SOLAS Chapter II-2. 2.3.🌟 Visual Aids -Definition: Devices like flares to signal distress -Example: flares assist rescuers in locating personnel. -When to Use: visibility is compromised, such as at night or during storms. -Best Practice: Monthly checks and timely replacement of expired flares. -Compliance: SOLAS Chapter III, LSA Code. 2.4.🎒 Survival Kits -Definition:: Kits containing essentials for post-evacuation survival. -Example:include food, water, and medical supplies -When to Use: Utilized after evacuation until rescue arrives. -Best Practice: Quarterly updates and sufficient supplies. -Compliance: SOLAS Chapter III. 2.5.🪢 Rescue Slings/life Buoys -Definition: used to safely lift/bouyancyof rescued personnel. -Example: moving an injured worker from a dangerous location. -When to Use:transport personnel who are unable to move due to injury or risk . -Best Practice: Monthly inspections and adherence to weight limits. -Compliance: OSHA 29 CFR 1915.73, SOLAS Chapter III.
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Offshore Evacuation Methods & Rescue Equipment Types
HSEQ Manager- HSEQ Coach - HSEQ Trainer Drilling-Production-Construction-Certified Oil & Gas Health and Safety Professional -NEBOSH ( IDiP, IOGC, PSM and Environment) ISO 9001,45001,14001 Lead Auditor Certified.
🛳️ Offshore Evacuation Methods & Rescue Equipment Types ⚓ 1. 🔧 Methods of Evacuation 1.1. 🚁 Helicopter Evacuation -Purpose: Rapid evacuation from offshore platforms or vessels. -When to Use: Major fires explosions or other life-threatening incidents. -Best Practice: Quarterly drills and personnel training. -Compliance: OSHA 29 CFR 1910.120, SOLAS Chapter III. 1.2.🚤 Lifeboat Deployment -Purpose: is primary means for evacuation. -When to Use: When helicopters are unavailable or impractical. -Best Practice: Monthly checks on launch mechanism and quick accessibility. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1915.13. 1.3.🛶 Life Raft Deployment -Purpose: is secondary means of evacuation. -When to Use: When additional capacity is needed or lifeboats are full. -Best Practice: Annual training and regular inspections for effective deployment. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.156. 1.4.🛟 Marine Evacuation Systems -Purpose : Rapid evacuation to lifeboats or rafts e.g. using chutes or ramps -When to Use: During major fires or explosions requiring immediate evacuation -Best Practice: Annual system testing and maintain clear evacuation routes. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.120. 2. 🛠️Types of Rescue Equipment 2.1.🦺 Personal Protective Equipment -Definition: Gear that protects against toxic gas and drowning. etc -Example: Escape masks , life jackets and immersion suits -When to Use: safeguard against toxic gas/fumes (20-30mins) ,drowning and hypothermia -Best Practice: Weekly inspections and immediate replacement of defective equipment. -Compliance: OSHA 29 CFR 1910.132, SOLAS Chapter III. 2.2.🫁 Emergency Breathing Systems -Definition: Device Provides breathable air in toxic environments. -Example: Used in smoke-filled areas for safe evacuation. -When to Use:rescue/evacuation through toxic gas/fumes ( 4-8hrs). -Best Practice: Include donning procedures in biannual training drills. -Compliance: OSHA 29 CFR 1910 Subpart L, SOLAS Chapter II-2. 2.3.🌟 Visual Aids -Definition: Devices like flares to signal distress -Example: flares assist rescuers in locating personnel. -When to Use: visibility is compromised, such as at night or during storms. -Best Practice: Monthly checks and timely replacement of expired flares. -Compliance: SOLAS Chapter III, LSA Code. 2.4.🎒 Survival Kits -Definition:: Kits containing essentials for post-evacuation survival. -Example:include food, water, and medical supplies -When to Use: Utilized after evacuation until rescue arrives. -Best Practice: Quarterly updates and sufficient supplies. -Compliance: SOLAS Chapter III. 2.5.🪢 Rescue Slings/life Buoys -Definition: used to safely lift/bouyancyof rescued personnel. -Example: moving an injured worker from a dangerous location. -When to Use:transport personnel who are unable to move due to injury or risk . -Best Practice: Monthly inspections and adherence to weight limits. -Compliance: OSHA 29 CFR 1915.73, SOLAS Chapter III.
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Ensuring Safety and Success for your next confined space job: Choosing the Right Rescue Team that meets your needs. When it comes to worksite safety, having a reliable rescue team is paramount. Whether you're in construction, manufacturing, or any other industry with inherent risks, selecting the right rescue team can make all the difference in preventing accidents and responding effectively in emergencies. Here are some key factors to consider when choosing your rescue team: Expertise and Training: Look for a rescue team with extensive training and expertise in the specific hazards and challenges of your worksite. They should be well-versed in first aid, CPR, confined space rescue, high-angle rescue, and any other relevant rescue techniques. Experience: Experience matters when it comes to rescue operations. Seek out a team with a proven track record of successful rescues and emergency responses. They should have experience working in various environments and scenarios, ensuring they can adapt quickly to any situation. Certifications and Compliance: Ensure that the rescue team members hold relevant certifications and comply with industry standards and regulations. This includes certifications from organizations such as OSHA (Occupational Safety and Health Administration) or NFPA (National Fire Protection Association). Equipment and Resources: Assess the team's access to the necessary equipment and resources for rescue operations. This includes personal protective equipment (PPE), medical supplies, communication devices, and specialized rescue gear tailored to your worksite's needs. Response Time: Consider the team's response time in case of an emergency. They should be able to mobilize quickly and efficiently, minimizing downtime and ensuring timely assistance to injured workers. Collaboration and Communication: A successful rescue operation relies on seamless collaboration and communication between the rescue team, onsite personnel, and emergency responders. Choose a rescue team that prioritizes clear communication channels and fosters teamwork. Continuous Training and Improvement: Safety protocols and best practices evolve over time, so opt for a rescue team committed to ongoing training and continuous improvement. This ensures they stay updated on the latest techniques and advancements in rescue operations. Remember, investing in the right rescue team is an investment in the safety and well-being of your workers. By carefully evaluating your options and selecting a capable and reliable rescue team, you can create a safer worksite and mitigate risks effectively. #Rescue#WorkplaceSafety #RescueOperations #EmergencyResponse #SafetyFirst TekSolv
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🚧 Ensuring safety on road construction sites requires thorough emergency response planning. Discover essential strategies for effective planning and response to keep everyone safe. #RoadSafety #EmergencyResponse #ConstructionSafety #Preparedness #SafetyFirst #StreetWorks
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Interface Engineer | Life of Field Engineer (LOF), Senior Subsea & Well Intervention Engineer | Project Manager & S. Auditor Inspector | Solids Control Sup | Subsea Project Eng | Offshore Inspection Coorditor | QC / QA
How you can be saved if oil and gas platform is emergency situation.
HSEQ Manager- HSEQ Coach - HSEQ Trainer Drilling-Production-Construction-Certified Oil & Gas Health and Safety Professional -NEBOSH ( IDiP, IOGC, PSM and Environment) ISO 9001,45001,14001 Lead Auditor Certified.
🛳️ Offshore Evacuation Methods & Rescue Equipment Types ⚓ 1. 🔧 Methods of Evacuation 1.1. 🚁 Helicopter Evacuation -Purpose: Rapid evacuation from offshore platforms or vessels. -When to Use: Major fires explosions or other life-threatening incidents. -Best Practice: Quarterly drills and personnel training. -Compliance: OSHA 29 CFR 1910.120, SOLAS Chapter III. 1.2.🚤 Lifeboat Deployment -Purpose: is primary means for evacuation. -When to Use: When helicopters are unavailable or impractical. -Best Practice: Monthly checks on launch mechanism and quick accessibility. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1915.13. 1.3.🛶 Life Raft Deployment -Purpose: is secondary means of evacuation. -When to Use: When additional capacity is needed or lifeboats are full. -Best Practice: Annual training and regular inspections for effective deployment. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.156. 1.4.🛟 Marine Evacuation Systems -Purpose : Rapid evacuation to lifeboats or rafts e.g. using chutes or ramps -When to Use: During major fires or explosions requiring immediate evacuation -Best Practice: Annual system testing and maintain clear evacuation routes. -Compliance: SOLAS Chapter III, OSHA 29 CFR 1910.120. 2. 🛠️Types of Rescue Equipment 2.1.🦺 Personal Protective Equipment -Definition: Gear that protects against toxic gas and drowning. etc -Example: Escape masks , life jackets and immersion suits -When to Use: safeguard against toxic gas/fumes (20-30mins) ,drowning and hypothermia -Best Practice: Weekly inspections and immediate replacement of defective equipment. -Compliance: OSHA 29 CFR 1910.132, SOLAS Chapter III. 2.2.🫁 Emergency Breathing Systems -Definition: Device Provides breathable air in toxic environments. -Example: Used in smoke-filled areas for safe evacuation. -When to Use:rescue/evacuation through toxic gas/fumes ( 4-8hrs). -Best Practice: Include donning procedures in biannual training drills. -Compliance: OSHA 29 CFR 1910 Subpart L, SOLAS Chapter II-2. 2.3.🌟 Visual Aids -Definition: Devices like flares to signal distress -Example: flares assist rescuers in locating personnel. -When to Use: visibility is compromised, such as at night or during storms. -Best Practice: Monthly checks and timely replacement of expired flares. -Compliance: SOLAS Chapter III, LSA Code. 2.4.🎒 Survival Kits -Definition:: Kits containing essentials for post-evacuation survival. -Example:include food, water, and medical supplies -When to Use: Utilized after evacuation until rescue arrives. -Best Practice: Quarterly updates and sufficient supplies. -Compliance: SOLAS Chapter III. 2.5.🪢 Rescue Slings/life Buoys -Definition: used to safely lift/bouyancyof rescued personnel. -Example: moving an injured worker from a dangerous location. -When to Use:transport personnel who are unable to move due to injury or risk . -Best Practice: Monthly inspections and adherence to weight limits. -Compliance: OSHA 29 CFR 1915.73, SOLAS Chapter III.
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🌟 Do you work for a utility agency like Water & Power, a Public Works Department, or are you a Property Manager overseeing trees on properties? Perhaps you’re a homeowner with large trees on your property? If this is you, read ahead: When hiring a tree care professional—especially for work around high-voltage utility lines—it’s critical to ensure the contractor is not only properly licensed and insured but also capable of meeting your specific needs. Asking the right questions can make all the difference. Here are 5 questions to guide your decision when choosing a contractor like Tree Service Kings: 1️⃣ Proactive Vegetation Management Does this contractor offer proactive vegetation management to help prevent outages, reduce fire risks, and ensure safety and reliability standards compliance? 2️⃣ Emergency Storm Response Can they provide boots-on-the-ground teams and specialized equipment to respond quickly and efficiently during storms or emergencies? 3️⃣ Expert Compliance Support Do they understand ANSI A300 standards, OSHA regulations, and local mandates to ensure compliance and avoid penalties? 4️⃣ Advanced Equipment and Skilled Crews Do they have the right tools—like aerial lifts and grapple trucks—and trained crews to safely and effectively manage vegetation near utility lines? 5️⃣ Streamlined Communication and Collaboration Will they provide clear communication, real-time updates, and transparent reporting to help you meet your metrics, plan effectively, and maintain stakeholder trust? Hiring the right tree care professional ensures your operations run smoothly, your infrastructure is safe, and your responsibilities are met with excellence. 💪🌲 ✨ Make the right choice. Choose Tree Service Kings—a contractor proven to deliver safety, reliability, and results. #PublicWorksContractor #UtilityLineClearance #VegetationManagement #StormResponse #UtilityAgencies #LineClearance #WCISA #TCIA #UtilityAgency #LAPropertyManager #PublicWorks #publicworksdallas #publicworksjobs #publicworksdepartment #treecareprofessionals #puct #texascoop #texascooppower #texaspoweroutage #texaslineman
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PK Safety is proud to have another one of its articles recognized as a top read of 2024! 🏆 🦺 Don’t miss "What’s Your Confined Space Rescue Plan?" by CEO Rick Pedley, featured in ISHN Magazine. Learn how to create an effective rescue strategy for hazardous environments. 👉 Read it here: https://bit.ly/4hnxwLy #ConfinedSpaceSafety #WorkerSafety #PKSafety
