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Fireproofing condition register
Every fireproofed asset holds its type, rating, thickness, and grade, live on the twin.
intelliFIRE
Passive Fire Protection
Fireproofing condition, continuously seen.
For the engineer who owns passive fire protection. Grade each fireproofed zone offline, screen for the corrosion the coating hides, and read condition on the twin. The register ranks by fire consequence.
Built in, not bolted on
The fireproofing, mapped to the steel. Rated, layer by layer.
Steel, fireproofing, and rating: each zone graded against the structure it keeps standing, screened for the corrosion the coating hides.
- 01
The fireproofing
Cementitious or intumescent, graded for cracking, spalling, and CUF.
- 02
The rating, proven
Required thickness and fire rating, current on the 3D twin.
- 03
The steel it protects
The skirt, support, or column the zone keeps standing.
Capabilities
Built around the work, step by step.
0202 / 08
Field assessment, offline
Grade the defect, rate the severity, cite the code, and attach the photo before you leave the unit.
0303 / 08
Ranked by fire consequence
Budget reaches the skirt that holds the tower before the cosmetic chip.
0404 / 08
The corrosion the coating hides
Pulsed-eddy-current and moisture screening read the steel through fireproofing, so CUF is mapped, not found at a leak.
0505 / 08
Condition on the 3D twin
Fireproofing condition maps onto real structure, every zone tied to what it protects.
0606 / 08
Eyes on the high steel
Drone and thermal imagery cover elevated fireproofing fast, flagged into the same register.
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Condition-based intervals
Frequency follows exposure and consequence, so high-consequence zones surface first.
0808 / 08
The audit pack, already built
Ratings, dates, grades, and closures export on demand for OSHA, the insurer, and an API 2218 review.
08 CAPABILITIES
SWIPE
Grounded by design
One model. Cited to the clause.
- Reads the live digital twin, not a copy
- Cites the API 2218 or NFPA clause behind each result
- Exports the full path to a result as one query
For the fire-protection engineer
Every zone, graded and rated.
Grade the coating that matters
Cracking, spalling, and CUF scored against the steel each zone keeps standing.
Prove the rating still holds
Required thickness and fire rating stay current on the 3D twin.
Catch the corrosion it hides
Screen for corrosion under fireproofing before it becomes a structural loss.
Real screens from the platform, not mockups
Proof
Every fireproofed zone carries the rating, the grade, and the code it answers to.
Standards referenced
API 2218UL 1709ASTM E119ISO 22899NFPA 221NFPA 30NFPA 101AMPPRAGAGEPOSHA PSM (29 CFR 1910.119)
Explore
Works with the rest of the thread.
intelliCOMPLY
When the question comes, the record is already there: permits, JSAs, LOTO, incidents, defensible by default.
Explore→
intelliINTEGRITY
Know what can keep running and what cannot, the moment readings land: RBI and fitness-for-service to API 579.
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intelliTURN
Your turnaround lands on the day the plan promised: scope, schedule, cost, and gate reviews on one thread.
Explore→Answers
intelliFIRE, in plain terms.
Does intelliFIRE replace our CMMS or contractor reporting?
No. intelliFIRE is the passive fire protection program layer above them: it owns the fireproofing condition register, the ratings, and the closure status the CMMS and the contractor PDF were never built to hold.
What is the difference between intelliFIRE and intelliINSPECT?
intelliINSPECT walks the unit and visually flags fireproofing damage. intelliFIRE owns the fireproofing itself: it grades the zone, checks the rating, ranks it by fire consequence, and drives it to closed. The flag comes in; the program lives here.
Can it screen for corrosion under fireproofing?
Yes, as integration. Pulsed-eddy-current and moisture screening read steel condition through fireproofing without stripping; intelliFIRE maps that CUF risk to the zone so stripping is targeted, not blanket. The readings come from your screening tools.
Which standards does intelliFIRE reference?
API 2218 as the anchor practice, the hydrocarbon and jet-fire rating regime (UL 1709, ASTM E119, ISO 22899), and NFPA and AMPP where they apply, alongside OSHA PSM.
Can assessors work offline in the field?
Yes. The fireproofing assessment is mobile and offline-capable, and syncs when connectivity returns.
Can we view fireproofing condition on 3D plant models?
Yes. Load the plant model and read condition mapped onto real structure, every zone tied to the asset and to what it protects.
How does intelliFIRE connect to turnaround planning?
High-consequence repairs route into intelliTURN scope, ranked by fire consequence and code interval, so the work that holds the tower is scoped before the cosmetic chip.
See intelliFIRE on your own asset.
See the failure before it happens. Prove the work after it is done.
Your asset class, configured live. No slides.