BUILDING FABRIC 63


A PROACTIVE STRATEGY ON PASSIVE FIRE PROTECTION


John Malone at Kilnbridge Fire Protection explains why passive fi re protection needs to be inserted at early stages of our increasingly complex developments, in order to yield the maximum benefi ts.


s residential developments become more and more complex, developers are taking a more proactie approach to passie fi re protection. ather than iewing fi re stopping as a specialist package delivered during construction, there is growing recognition that successful fi re safety outcomes are shaped much earlier in the proect lifecycle.


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From compartmentation strategies and service routes to digital coordination and information management, the foundations for effectie passie fi re protection are often established long before installers arrive onsite. As building safety epectations continue to eole, deelopers are seeing greater certainty through early engagement, structured coordination and robust digital assurance.


FIRE SAFETY IS A PROJECT-WIDE RESPONSIBILITY assie fi re protection plays a critical role in maintaining compartmentation and supporting a uildings oerall fi re strategy, ut its success is infl uenced y decisions made throughout design, procurement and construction planning. All too often, contractors are asked to become involved in projects where service penetrations have been coordinated within  models, yet insuffi cient consideration has been given to how those penetrations will ultimately e sealed using tested and certifi ed systems. ften, discussions around fi re stopping egin after signifi cant serice installations hae already taen place, limiting the options available to project teams. he reality is that decisions relating to service routes, structural interfaces, facade design and construction seuencing can all infl uence the effectie deliery of passie fi re protection. As residential schemes become more technically demanding, fi re stopping can no longer be viewed as an isolated actiity. nstead, it relies on effectie coordination between designers, contractors, specialists and manufacturers from the outset.


INCREASINGLY, CLIENTS ARE MOVING AWAY FROM FRAGMENTED DELIVERY MODELS AND TOWARDS INTEGRATED APPROACHES


MOVING BEYOND TRADITIONAL DELIVERY MODELS istorically, passie fi re protection has often been incorporated within wider trade pacages such as drylining, facades and MEP installations. While this can appear effi cient from a procurement perspective, it can also create challenges around accountaility and interface management.


ire protection systems rarely operate in isolation. Service penetrations pass through compartment walls and fl oors, caity arriers interface with eternal wall systems, and fi re doors depend on surrounding construction being installed correctly. ery interface reuires careful management to ensure fi re performance is maintained. ncreasingly, clients are moing away from fragmented deliery models and towards integrated approaches that estalish accountaility, coordination and technical responsiility much earlier in the proect lifecycle. his refl ects


a growing recognition that many fi re safety challenges arise not from product selection, but from gaps in coordination between disciplines.


BRINGING PASSIVE FIRE PROTECTION UPSTREAM


ne of the most signifi cant deelopments across the residential sector is the shift of passie fi re protection from construction- stage prolem soling towards design- stage coordination.


any historical installation challenges can be traced back to decisions made during design deelopment. y engaging specialist contractors, manufacturers and technical advisors earlier in the process, proect teams can identify suitale solutions before construction begins. This allows tested details to be incorporated into project information, improves uildaility and reduces programme ris. arly engagement also proides the opportunity to reiew compartmentation strategies, penetration types, serice routes and facade interfaces efore they become construction issues, helping deelopers achiee greater certainty around compliance outcomes.


BETTER FIRE PROTECTION BEGINS IN THE DIGITAL MODEL


Digital technologies are transforming the way passie fi re protection is planned, coordinated and deliered. he industry is seeing greater use of -led design reviews to assess service penetrations, compartment requirements, containment systems, ductwor interfaces and fi re ratings long before installation begins. This approach enables project teams to identify potential issues earlier in the programme, when there is greater fl eiility to resole them. Digital reviews can assess opening dimensions, penetration positioning, system compatiility and fi re resistance requirements before work starts onsite. Where challenges are identifi ed, teams can explore alternative tested solutions, adjust designs or develop engineered solutions supported y


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