Survey Existing Compartmentation
A detailed survey can identify damaged fire compartmentation walls, unsealed penetrations, missing fire stopping, and other potential weaknesses.
Identify Building Alterations
New electrical cables, plumbing, ventilation systems, and other services may have been installed after the original construction.
These changes should be assessed to determine whether they have affected compartmentation.
Use a Remedial Works Contractor
A specialist fire compartmentation remedial works contractor can investigate identified defects and carry out appropriate repairs.
Repair Fire Compartmentation Walls
Damaged or incomplete fire compartmentation walls may require localised repairs or replacement depending on the extent of the problem.
Seal Service Penetrations
Openings created for cables, pipes, and ducts should be appropriately protected to maintain the intended fire resistance.
Review High-Risk Areas
Electrical rooms, plant rooms, storage areas, and specialist facilities may require additional attention during a compartmentation assessment.
Consider HVDC Facilities
Where HVDC equipment is present, HVDC hall fire compartmentation should be considered within the overall fire protection strategy.
Maintain Records
Documenting inspections and remedial works can help facility managers track completed repairs and future maintenance requirements.
Invicta Anara
Invicta Anara provides structural engineering, building assessments, structural analysis, and technical consultancy services.
Conclusion
Fire compartmentation can deteriorate as buildings change. Regular inspections and specialist fire compartmentation remedial works can help identify and address defects while supporting the ongoing performance of passive fire protection systems.
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