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Most common confusion we see by a mile. It's actually easy to understand with the right words. David Bolt beat me to this one over the break! Had it drafted and ready to go but didn't pull the trigger. Well played Sir. None the less, we have included passive fire also! Often we are asked as fire safety engineers, what fire rated product will achieve compliance or how do we design the fire wall. Whilst we go the extra mile to help our clients navigate the confusion of having three professions with FIRE in their title and have a good understanding of passive fire, the passive fire installers/designers through collaboration with trusted manufacturers are experts in this (its their bread and butter as the old saying goes). If you are enjoying these snippets of information, feel free to connect with me directly and follow Minerva Group to stay up to date. If you have other suggestions for FAQs, or things that you just don't quite understand related to fire, please feel free send a DM via LinkedIn or an email to Harley@minervagroup.com.au. I am excited to develop our library of lessons learnt and knowledge to share it with everyone.

In today's FAQ we're breaking down the difference between 3 distinct roles that work together to contribute to the fire safety of a project - but which often get confused! 🔥 Fire Safety Engineers 🚒 Fire Protection Services Designer 🧯 Passive Fire Installers #faq #firesafety #fireengineering #tips #industryinsight Dan Kirk | Eliot Reeves | Harley Whaikawa 

Hi Eliot, can you let me know if this complies? I have received countless emails or telephone calls that start like that. When I dig into the issue, it's a question that I can have a stab at... but often don't really have the expertise to answer. My answer is usually... what you really need is a fire protection services designer for that! I really enjoy helping people and usually we have a nice chat. But if I can save you time, I want to do that too. So here it is as promised on Monday, this weeks FAQ - which should help direct those phone calls. I will miss talking to you 😢 But you can still call me for a chat about anything else fire safety related if you want 😁 Any questions, suggestions or thoughts then send through a DM or leave a comment. Have a great weekend. _____ If you like this post share it with you network and follow me for more: Eliot Reeves

Fire and Safety. Fire Extinguisher. Common Fire Extinguisher Agents (Types) are: #safety #fire #firesafety #fireextinguisher #hse #fireprotection #extinguisher #electricalsafety #construction #maintenance #typesoffireextinguisher #fireextinguisheragent #fireandsafety #aramco #saudiaramco #aramcosafety #workpermit #wpr #workpermitreceiver #permittowork #hazard #hazardous #workpermitsystem

🚒 Standpipe Installation Standards: Key Insights from NFPA 24 🚒 Standpipes are vital fire protection tools in large and high-rise buildings, providing a water supply to firefighters and trained building occupants. As per NFPA 24, here are key installation standards: ✅ Minimum Residual Pressure: Class I & III systems: Minimum 100 psi (6.9 bar) at the most remote hose connection. Class II systems: Minimum 65 psi (4.5 bar). ✅ Standpipe Spacing: Maximum distance between Class I & III standpipes: 200 feet (60 meters). Maximum distance from any point on the floor to a hose connection: 130 feet (40 meters). ✅ Flow Rate Requirements: Class I & III systems: Minimum flow rate of 500 GPM (gallons per minute) for the first standpipe, with an additional 250 GPM for each additional standpipe, up to a maximum of 1000 GPM for combined system. Class II systems: Flow rate of 100 GPM. ✅ Fire Department Connection (FDC): FDC must be highly visible and accessible, located on the street side of the building, and typically within 100 feet (30 meters) of a fire hydrant. FDCs must support a pressure of 150 psi (10.3 bar) for effective firefighting. FDC Installation Height: The FDC should be mounted between 18 to 48 inches (450 to 1200 mm) above ground. ✅ Outlet Sizes: Class I: Require 2.5-inch hose outlets. Class II: Require 1.5-inch hose outlets, typically for trained personnel. Class III: Require 2.5-inch hose outlets for firebrigade and 1.5-inch hose outlets for trained personnel. By following these guidelines, we can ensure fire protection system that stands ready in emergencies! #FireSafety #StandpipeSystems #NFPA24 #FireProtection #FireProtectionEngineer #HSE #EmergencyPreparedness #SafetyEngineering #FireDepartmentConnection

#062 What Could Happen when Safe installation & Design Standards are not followed upon Installation of Fire Extinguishers ? #VideoContent: -This Video shows that a fire extinguisher has been dropped suddenly from its bracket holder due to absence of safety procedure upon commissioning & ofcourse absence of maintenance/ Checkups. -The extinguisher caused some damage to employees working in the office upon collapse with floor and this back to absence of #safety relief pin on the Extinguisher #General: -Fire Extinguishers are crucial part in fire & life safety Strategy and they are classified as the #firstlinedefence within fire incidents take place inside building structure. -Fire Extinguishers Shall Placed in #Normal Travel Path inorder to be #visible to occupants upon evacuation -Fire Extinguishers are Placed in the following locations: a.Near Emergency Exsit Doors (Mandatory) b.Hallways | Corridors c.Hazard Areas with Class #C Classification d.Kitchens - Laundary Rooms - etc... #Safeinstallation: According to #NFPA10 - Fire Extinguishers shall be placed within the following standards: 1.Extinguishers with overall #weight = 40LBS or Less : a.Minimum Distance from FFL : 10cm b.Maximum Distance from FFL : 1.5m 2.Extinguishers with overall weight 》40LBS a.Minimum Distance From FFL:10cm b.Maximum Distance From FFL : 1m #Video Source : Engineering Advice #strategy #design #building #safety #NFPA

🔥 Code of the Day: NFPA 10 - Fire Extinguishers Essentials 🧯 👋 Hello LinkedIn community! Today's "Code of the Day" highlights NFPA 10, the essential standard for portable fire extinguishers. Let's dive into the key insights: 📋 Code Overview: NFPA 10 provides requirements for the selection, installation, inspection, maintenance, and testing of portable fire extinguishers. It's crucial for ensuring fire safety in various settings, from workplaces to homes. 🔍 Key Points: Selection Criteria: NFPA 10 outlines criteria for choosing the appropriate fire extinguisher types and sizes based on the class of fire and specific hazards. Installation Guidelines: Learn how to properly place and mount fire extinguishers for easy accessibility during emergencies. Maintenance and Inspection: Regular inspections and maintenance are essential to ensure fire extinguishers remain functional and ready for use. 💡 Why It Matters: Understanding NFPA 10 is vital for maintaining a safe environment and preventing fire-related injuries and property damage. Compliance with this code ensures preparedness and swift response in the event of a fire emergency. 🚀 Take Action: Review NFPA 10 to ensure compliance in your workplace or facility. Train employees on proper fire extinguisher use and maintenance. Share your experiences or tips for fire safety in the comments below! 🔥 Stay Safe, Stay Informed: Join the conversation on fire safety and share valuable insights to promote awareness and preparedness in our communities. 🚒 #CodeOfTheDay #NFPA10 #FireSafety #EmergencyPreparedness #WorkplaceSafety Unique MEP Engineering Academy Private Limited Website: www. unique-tec.com For more MEP Updates follow Unique MEP Engineering Academy Private Limited

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🌟Check out🌟 this insightful article by fire protection engineer Leslie Cowger, P.E., CPD, CFPS on "Deciphering the Codes for Fire Protection Standpipes" for Consulting-Specifying Engineer! Learn about the essential considerations for standpipes in commercial buildings. Click the link to delve into the crucial details #FireSafety #EngineeringInsights #mcclureengineeringpublished #mcclureengineeringstl #consultingspecifyingengineer #fireprotection https://bit.ly/45Zbvyo

In NFPA 101, travel distance refers to the maximum allowable distance an occupant must travel from any point within a building to reach the nearest exit. This ensures a safe and timely evacuation during a fire emergency. Here's a breakdown of the travel distance definition according to NFPA 101: Measurement: Travel distance is measured along the floor or walking surface, following the centerline of the natural path of travel. Starting Point: The measurement starts from the most remote point subject to occupancy within the building area in question. Path Consideration: The path considers any curving around corners or obstructions, maintaining a minimum 12-inch (305 mm) clearance from them. Ending Point: The travel distance measurement terminates at one of the following: Center of the doorway leading to an exit. Other designated point where the exit begins (as defined in the code). Important Note: NFPA 101 focuses on the travel distance to the nearest exit, not necessarily all exits in the building. The specific allowable travel distances in a building will vary depending on factors like: Occupancy type: Different occupancies (e.g., residential, assembly, business) have different risk profiles, so allowed travel distances may vary. Sprinkler protection: Buildings with sprinkler systems throughout may be allowed slightly greater travel distances due to the fire suppression capabilities. For the most accurate and up-to-date information on travel distance requirements in your specific situation, it's recommended to consult the complete NFPA 101 document or seek guidance from a fire safety professional.