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Renewable Energy Fire Protection Systems

Office/Division Program
TAP
Project Number
799
Peer Review Type
Influential
Research Initiation Date (Award Date)
Research Completion Date (POP End)
Research Performing Activity
HDR ENGINEERING, INC.
Research Principal Investigator
Kyle Christiansen, PE
Research Contract Award Value
$127,427.00
Description

The purpose of this study is to evaluate the available options and performance of both passive and active fire protection and fire suppression systems. This study will conduct a global review of current industry-standard systems and research other options not currently used by the offshore wind industry. The project includes an assessment of: Fire protection philosophies Active and passive system technologies Fire zone layouts • Fire insulation and barriers Fire integrity of walls and decks; insulation material specification and position; deck and surface coverings materials applications Ventilation system layouts and impacts to fire protection systems; penetration impacts Fire pumps, hydrants and hoses, sprinkler and spray systems, and other active fire protection systems Chemical considerations Fixed fire detection and alarm systems, including arc flash detection Specifications and optimum locations for detectors, equipment alarms and emergency call points. The study will provide an understanding of fire systems equipment, interactions, applications, applicable design criteria, and effectivity of their use in the offshore wind energy industry; to include fuel source and electrical fires. The study will also assess current industry standards, practices, guidelines, and/or regulations (global) related to fire safety systems use and testing (qualification). Understanding of available systems and their functionality will provide DOI the necessary information when inspecting and reviewing facility plans, which will help ensure safe operations and protect the environment.

Latest progress update

Complete

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