Fire Protection for Cold-Storage Facilities

Decisions shaped by this facility

Start with the occupancy, hazards, layout, installed condition and available project information.

Temperature and moistureOperating temperatures, defrost cycles, condensation and the areas inside and outside cooled rooms affect equipment and piping considerations.

Storage and enclosureCommodity, rack height, insulated panels, ceilings, penetrations and door arrangements should be documented before a scope is selected.

Detection and water systemsDetection access, airflow, normally dry or controlled-water arrangements and drainage need project-specific review rather than a generic cold-room package.

Operational constraints to identify early

Plan access around temperature controls, hygiene rules, product movement and limited shutdown windows.
Identify where piping or equipment passes between conditioned and unconditioned spaces.
Provide safe high-level access and account for ice, condensation and drainage during inspection or testing.

Starting points for new and existing work

New construction, expansion or fit-out

For a new cold-storage project, DGRB can review environmental and storage conditions before defining the proposed detection, water-based protection, equipment and commissioning scope.

Existing-system maintenance, upgrade or rectification

For an operating facility, DGRB reviews current temperatures, installed condition, leakage or corrosion concerns, access and maintenance records before recommending work.

What to send for the assessment

Room dimensions, operating temperatures and defrost information
Commodity, packaging, rack and storage-height details
Insulated-panel, ceiling, door and penetration information
Existing sprinkler, detection, standpipe and water-supply records
Access, hygiene, shutdown and product-protection requirements

Relevant systems and equipment

Review the systems and equipment commonly discussed for this facility type.

Preaction sprinkler systemsAssess controlled water admission for suitable approved designs.

Aspirating smoke detectionReview sampling-based detection for suitable environments.

Beam smoke detectionConsider accessible beam paths in appropriate large spaces.

Dry standpipe systemsReview normally dry piping where site conditions support it.

Fire extinguishersSelect accessible portable equipment for identified risks.

Beam vs aspirating detectionCompare airflow, contamination, access and sampling-path constraints.

Sprinkler issue checklistRecord pressure, valve and leak conditions before qualified diagnosis.

Reference

Use the site conditions, approved plans and current fire-safety rules. BFP Revised IRR of RA 9514

Frequently asked questions

Does every cold room need a preaction system?

No. The environmental conditions, hazard, water supply and approved project design determine the appropriate arrangement.

Why are temperature details needed?

They help identify where water-filled piping, devices and test procedures may face environmental limitations.

Can an operating cold store be assessed?

Yes. Share access, hygiene, product-protection and shutdown requirements before the visit is planned.