BFRL Goal
Fire Loss Reduction
To enable engineered fire safety for people, products, and facilities; and enhance fire fighter effectiveness.
U.S. annual losses attributable to fire -- 3600 lives, 22 000 serious injuries, $10 billion in direct property loss, and $128 billion total cost.
Core research to significantly reduce fire loss is organized around three technical programs:
- Advanced Fire Service Technologies Program -- Enabling a shift to an information rich environment for safer and more effective fire service operations through new technology, measurement standards, and training tools.
- Reduced Risk of Flashover Program-- Reducing residential fire deaths by adapting measurement and predictive methods to better understand conditions leading to flashover; enabling early and certain fire and environment sensing; advancing cost-effective fire suppression technologies; and enabling new/improved materials whose fire resistance does not negatively impact performance, cost, or the environment.
- Advanced Measurement and Prediction Methods Program -- Leading the world in fire measurement and prediction methods, and accelerating their transfer to practice, to enable engineered fire safety for people, products, facilities, and first responders.
Component Programs:
Advanced Fire Service Technologies
Advanced Measurement and Prediction Methods
Reduced Risk of FlashoverContact:
William L. Grosshandler, Chief Fire Research Division
(301) 975-2310
(301) 975-4052 (fax)
email: william.grosshandler@nist.gov
Experiments characterizing PPV fan flow (a) and corresponding model simulations using
FDS / Smokeview (b).
Methane-fired panel which creates a flux gradient for flame spread test of extruded flame retardant polymer sample rods.
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Date created: 5/1/2001
Last updated: 3/9/2004