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Public, private or combined water sources require careful evaluation and maintenance to meet the flow, pressure and quality demands of a fire sprinkler system.
A dedicated standard for the hanging and bracing of fire suppression systems is in development. Learn why NFPA 200 was created, how it builds on existing codes, and what it means for the future of seismic protection and structural coordination.
Changes are unavoidable in the built environment, even during the construction phase. Communication is critical between fire protection designers and life safety system installers.
Creating our building codes includes much research and documents from subject matter experts across the building industries. It is important to learn how these different standards affect each other. Read on to discover how the new earthquake protection codes can impact water-based fire protection systems.
While many natural disasters — hurricanes, floods and forest fires — do not directly harm a building’s fire protection systems unless the building falls, earthquakes are different.
Fire sprinklers have been around since the 1800s, with Henry Parmalee often credited with developing the first modern sprinkler to protect his piano factory in Connecticut. Much
In many engineering roles, the job is to make something easier, simpler, faster or safer for people. When looking specifically at fire protection, public health, safety and welfare is readily at the forefront of thoughts.
Many organizations facilitate the production of codes, standards and guides, such as ASCE, ASHRAE, ASME, ASPE, CEN, FM, ISO, NFPA, SFPE and UL. Which documents are needed on any project will vary with the task at hand and the specific scenario.