What this route should produce
- Exposure-specific fireproofing basis
- Member-by-member thickness route
- Controlled coating build-up and interfaces
- Inspection and repair records suitable for handover
What the route can cover
- Hydrocarbon and cellulosic fireproofing
- Epoxy intumescent systems where specified
- Cementitious and spray-applied systems
- Steel, supports and critical structures
- Mesh, reinforcement, primer and topcoat coordination
- Damage assessment and reinstatement
How work moves forward
- Confirm fire scenario, rating and design basis
- Survey steel, existing coatings and exposure
- Validate manufacturer system and thickness schedule
- Control preparation, environment and application
- Inspect thickness, adhesion, repairs and final records
What buyers should expect
- Approved system and fire-test basis
- Section-factor and thickness schedule
- Batch, environment and application logs
- DFT, thickness, adhesion or density reports
Commercial and technical guardrails
What this route refuses to hide.
Fast progress is valuable only when assumptions, responsibility and limitations remain visible to the buyer and delivery team.
- 01No cellulosic-to-hydrocarbon assumption
- 02No generic thickness across different members
- 03No coating over unknown or incompatible substrate
- 04No claim of nuclear, marine or operator approval without exact evidence
Frequently asked
Answers before the first meeting.
01Is hydrocarbon fireproofing the same as normal building fireproofing?+
No. The fire curve, heat flux, durability, system qualification and project acceptance may differ materially.
02Can existing damaged fireproofing be repaired?+
Yes, after identifying the existing system, failure cause, substrate condition, compatible repair method and inspection route.
03Can one thickness be used on every steel member?+
No. Required thickness is normally linked to member geometry, section factor, critical temperature, fire period and system data.