New Reports on Fire Protection and
Municipal Water Supply Systems
Emmitsburg, MD. – The United States Fire Administration (USFA) has completed a project with the Society of
Fire Protection Engineers (SFPE) Educational and Scientific Foundation to study and evaluate the latest trends and
technologies related to municipal water supply systems to enhance effective fire protection. This study was conducted
with support of the Department of Homeland Security's Science and Technology Directorate.
“This initiative will be of value to local-level fire protection, supporting USFA's goal to reduce the loss of life and
property from fire,” said U.S. Fire Administrator Greg Cade. “This cooperative effort allows communities to have
comprehensive information on the latest technologies in municipal water supply systems in support of fire suppression
activities and concerns.”
The team examined issues of interoperability and critical infrastructure protection, as well as backup and redundant
water supply systems for fire protection, and from their analysis created the two reports: Volume I – Water Supply
Systems Concepts and Volume II - Water Supply System Evaluation Methods.
“This study reflects SFPE's commitment to advancing the science and technology that protects people from fire,” said
Chris Jelenewicz, SFPE Engineering Program Manager. “SFPE was pleased to work with USFA in advancing the
understanding of critical water supply systems and their importance in fire protection.”
Both reports are available for download (only), free of charge, from the USFA Web site.
Volume I – Water Supply Systems Concepts (PDF, 2.6 Mb)
Discusses water system anatomy, water distribution system design concepts, water quality, consumer consumption and
needed fire flow, alternative water supply systems, fire department water supply officer, water supply and effective fire
protection, and emergency water supplies.
Volume II – Water Supply Evaluation Methods (PDF, 4.8 Mb)
Covers the evaluation of municipal water supply systems, water system hydraulics, storage capacity, water supply
system computer modeling, and establishing a community program to document effective water supplies for fire