Measurements in Firestop Compliance: A Hospital Case Study

Fire/smoke barriers are designed to isolate building spaces into manageable compartments that resist the spread of fire and/or smoke, but there are situations in which these life-safety barriers are purposely compromised. Firestopping is a construction and postconstruction activity used to maintain the integrity of fire/smoke barriers. The activity of firestopping is typically the responsibility of either the contractor(s) that caused the penetration or a designated specialty contractor whose primary project function is to monitor and remediate barrier penetrations. There has been limited research on the classification and/or quantity of penetrations that are typically installed in the built environment. This case study collected data from the construction of two separate healthcare construction projects along Colorado's Front Range. Results of this case study across both buildings showed that the majority of penetrations were the results of electrical/low-voltage scopes of work, followed by plumbing, mechanical, fire, structural, and pneumatic tube system penetrations.

Life-safety barriers are common in certain building types, and penetrating these barriers is often necessary. This paper provided a method and classification for penetrations of these barriers. Being able to classify the type of penetration and responsible party allows contractors and designers the ability to manage the mitigation efforts. This process also provides a benchmark for owners and designers to quantify the impact of barrier penetrations on building design and maintenance requirements. This may result in building designs that minimize the number of penetrations and provide access areas for building operators to easily inspect and maintain these penetrations.