A fire pump’s size is dictated by the most hydraulically demanding area of the fire protection system. In many high-rise buildings, this can be the automatic fire standpipe system demand which requires 500 gallons per minute at 100 pounds per square inch at the top of the most remote standpipe, plus 250 gpm for each additional standpipe, up to a maximum of 1,000 gpm for wet systems or 1,250 gpm for dry systems. For non high-rise buildings, the most demanding area could be any number of different hazards. Though the IBC requires buildings with a highest finished floor located more than 30 feet above the lowest fire department vehicle access to be equipped with Class III standpipes or Class I if the building is fully sprinkled, NFPA 14: Standard for the Installation of Standpipe and Hose Systems
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Many jurisdictions now have stringent requirements for fire suppression systems for rural businesses and homes. Depending on the type of fire equipment in the area, and the distance from site, the storage capacity required can be substantial. Our B-Series and BX-Series tanks have capacities ranging from between 5,000 – 34,000 Imperial Gallons, making them perfect for protecting your property. For fire suppression systems with other design considerations, we also manufacture above-ground tanks in single piece, or sectional configurations. Our sectional options are perfect for retrofit systems, as they are designed to fit through a standard man-door. If your project requires more than just water storage, tanks can be manufactured to store fire suppression foam or chemicals. We hold NSF/ANSI 61 Certification on many models of our storage tanks to comply with NFPA 22 for Fire Protection Systems
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Fire Protection | Safety Inspector | Fire Plan Examiner | Expert in Code-Compliant Solutions | Project Management | Client Trust
Where Standpipe System Required according to NFPA? New buildings shall be equipped with a Class I standpipe system where any of the following conditions exist: (1) Four or more stories in height above grade plane where the building is protected by an approved automatic sprinkler system. (2) Three or more stories in height above grade plane where the building is not protected by an approved automatic sprinkler system. (3) More than 50 ft (15 m) above grade plane and containing intermediate stories or balconies. (4) More than one story below grade plane. (5) More than 20 ft (6.1 m) below grade plane. * High-rise buildings shall be protected throughout by a Class I standpipe system. Reference: NFPA 1 - Fire Code
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Fire & Life Safety Subject Matter Expert for JEDCO at Jeddah airports from Safari Group
Where Standpipe System Required according to NFPA? New buildings shall be equipped with a Class I standpipe system where any of the following conditions exist: (1) Four or more stories in height above grade plane where the building is protected by an approved automatic sprinkler system. (2) Three or more stories in height above grade plane where the building is not protected by an approved automatic sprinkler system. (3) More than 50 ft (15 m) above grade plane and containing intermediate stories or balconies. (4) More than one story below grade plane. (5) More than 20 ft (6.1 m) below grade plane. * High-rise buildings shall be protected throughout by a Class I standpipe system. Reference: NFPA 1 - Fire Code
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Fire safety is a priority. The same fire protection requirements, relative to the individual components of a building, also apply to the structure dividing the room. For this reason, we have once again commissioned a fire protection expert opinion for our proven fibre concrete distance tubes and sealing cones, covering the possible solutions for different fire protection requirements with the various application methods of the sealing. This is summarised in the following slide show. #maxfrank
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Know your fire suppression system! BS9251:2021 & BS8548:2015 are significantly different. Common areas where we see Watermist systems supposedly fitted to BS8548 but not complying with the standard requirements include the amount of nozzles which must be accounted for in a water requirement calculation. BS8548 Section 6.6.1 states that water mist system in a room up to 64m2, must be able to operate all heads simultaneously which could be more than 2 nozzles. These often have been omitted in the design requirements from the installer. BS8548 Section 6.11.4 states that watermist pumps should be connected to a separately fused connection taken after the meter and from the supply side of the fuse box using fire resisting cable. This is often not the case with only a simple fused spur provided which means if the fusebox trips perhaps because of fire, the water mist pump will not operate. Standard sprinkler systems are far more robust and reliable, in the case of a fire... DON'T risk it! Stick to the true tried and tested method of protection. Book a free consultation and quote with us via our website: https://lnkd.in/emTjznt7
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NEBOSH approved Tutor and Assessor,NFPA Fire Protection Specialist, HSE Trainer and Fire and Safety Officer, capable of developing and leading professional teams of specialists.
NFPA 22 sets the standard for Water Tanks for Private Fire Protection, outlining crucial requirements for design, construction, installation, and maintenance of tanks and accessory equipment. It's an essential guide for ensuring effective water supply for private fire protection. #NFPA22 #FireProtection #SafetyStandards
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💡 It's important to know the difference - if you use UL detection - please take the time to read our explanation below.
📣 Calling all building owners and fire system specifiers! Do you know the difference between "UL Listed" products and those that have been "UL Certified to EN54"? Not knowing the difference could have significant ramifications to your fire safety measures. Let us help you de-mystify the situation. https://hubs.la/Q02tN8nv0
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National Fire Protection Association, NFPA, the pioneer of Fire Safety Regulations and Standardization says that, Steel pipes up to 150mm diameter through an opening of up-to 340mm in fire rated building elements (wall/floor) does not need any special treatment if the annular space is filled with concrete, mortar or grout through the full thickness of building element. If this is so simple, why the treatment of metal pipes had been and has been a dilemma in Australia?
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Fire Safety Alert! 🚨 In a recent site inspection, we identified three critical issues that compromise fire resistance: 1. Unsealed cast-in conduit 2. Incomplete head track run 3. Unsealed BOSS FyreBox These deficiencies can put lives at risk. Let’s prioritise compliance with thorough inspections and prompt action. 🔥 #PassiveFireProtection #FireSafety #ConstructionCompliance #SafetyFirst
As we strive for safety and compliance in our buildings, it's essential to be aware of potential defects that compromise fire resistance. Recently we inspected an active construction site and here are the three critical issues in this photo – note that all fire stopping for this project is required to be completed in accordance with the Deemed-to-Satisfy Provisions of the BCA and AS1530.4: 1️⃣ Cast-In Conduit – Two cables passing through the cast-in conduit without the necessary Intumescent sealing. 2️⃣ Top of Hebel Wall – Incomplete head track run. 3️⃣ BOSS FyreBox – The perimeter is unsealed and does not meet the necessary test requirements for a 100mm thick wall. 🔥 Why is this important? Passive fire protection ensures that a building can resist fire, contain its spread, and maintain structural integrity for evacuation or emergency response. Missing or improper installations put lives and properties at risk! 👉 Ensure your projects meet compliance standards with thorough inspections and by addressing any deficiencies immediately. #PassiveFireProtection #FireSafety #ConstructionCompliance #BuildingSafety #Fireproofing #ConstructionIndustry #RiskManagement #SafetyFirst
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It’s not just about walls! Floors can also pose unique challenges when it comes to fire protection and testing🔥 At Nullifire, we've got the perfect solution CLT 150 mm floors - FS709, our advanced High-Performance Intumescent Sealant that ensures easy installation and robust fire protection. FS709 is not your ordinary sealant. It's a high-expansion, pressure-exerting graphite intumescent sealant designed to expand when exposed to fire. This remarkable feature reinstates the fire performance of compartment walls and floors that have been penetrated with services. Plus, FS709 is incredibly versatile, making it suitable for a range of applications. With Nullifire, you're not just getting a product; you're getting a partner in fire safety. Our commitment to innovation and rigorous testing ensures that our solutions meet and exceed industry standards. Curious to learn more about FS709 and its performance in fire testing? Contact us today for comprehensive fire testing data and discover how Nullifire can elevate your fire protection strategy. https://hubs.li/Q02f_Q700 #FireProtection #FS709 #FireStopping #FireStoppingTesting #FireTestingData #BuildingSafety
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