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Impact of Elevated Walkways in Storage on Sprinkler Protection
Solid and open metal grate walkways are often installed in aisles as part of rack storage. Further, open metal grates are also used as mezzanine levels above the storage. Historically, there has been little information on how these walkway and mezzanine installations impact current storage protection requirements. The technical committee for NFPA 13, Standard for Installation of Sprinkler Systems, is seeking technical substantiation and guidance for sprinkler protection in the presence of elevated walkways in storage occupancies. A project commissioned by the Fire Protection Research Foundation entitled “Impact of Elevated Walkways in Storage on Sprinkler Protection” sought to answer questions, including:

• When is this type of installation considered a problem from a sprinkler protection standpoint?

• At what point do walkways interfere with pre-wetting of adjacent arrays?

This webinar will address knowledge gaps related to the impact of walkways and mezzanines on sprinkler performance and characterize how the presence of a mezzanine or walkway grating interferes or interrupts the spray or delays activation of the sprinklers as a result of the grate’s influence on the plume, or the impact of pre-wetting of adjacent racks.

Fire Protection Research Foundation 2023 Webinar Series Sponsors:
AXA XL Risk Consulting
Reliable Automatic Sprinkler Co., Inc.
Telgian Engineering and Consulting
The Zurich Services Corporation
Worcester Polytechnic Institute Fire Protection Engineering Program

Jan 31, 2023 12:30 PM in Eastern Time (US and Canada)

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Speakers

Dr. Noah Ryder, P.E., MBA
Principal Engineer and Managing Partner @Fire & Risk Alliance, LLC
For over 20 years Dr. Noah Ryder has focused on understanding the interaction of fires and explosions with both built and natural environments. He presently serves as a principal engineer and managing partner at Fire & Risk Alliance, LLC. and leads the Risk, Modeling, Applied Research, and Forensics group. He is a licensed professional fire protection engineer and focuses on how safety can be improved through the use of quantitative risk assessments, hazard evaluations, computer modeling, applied research, and performance-based design. Dr. Ryder is the technical committee chair for the SFPE Foundation, actively serves on multiple NFPA technical committees, and frequently publishes and presents his work.