ENGINEERED · COORDINATED · EXECUTED
Sprinklers, hydrants, fire pumps, detection & alarm, gas suppression and foam systems — designed to NFPA, NBC and TAC, with FM Global compliance where the insurer requires it.
Fire protection is the discipline that gets audited hardest, by the most parties — Chief Fire Officer, TAC inspector, your insurer, the local fire authority and (for export-grade facilities) FM Global.
We design fire protection to pass each audit the first time — hydraulic calculations that survive room-by-room scrutiny, sprinkler density matched to occupancy hazard class, NFPA 20 pump curve documentation and alarm logic the AHJ recognises. Not exotic — just done properly, by people who've done it before.
For high-hazard occupancies and protected risks, scope extends to clean-agent gas suppression (FM-200, Novec 1230, Inergen) and foam systems for petrochemical applications.
What a typical fire EPC scope covers
Fire protection isn't just sprinklers. It's a coordinated stack of detection, suppression, smoke management and evacuation — designed so each system actuates the others correctly under a real event.
Wet, dry, pre-action, deluge — designed to NFPA 13 occupancy hazard class with hydraulic calculations to size mains, branch lines and the demand on the pump room.
Internal and external hydrants, landing valves, hose reels — NFPA 14 distribution with appropriate pressure-zoning.
Electric main pump, diesel standby pump, jockey pump, manifold, controllers — assembled and tested as a code-compliant unit, not an assortment of components.
Addressable detection — smoke, heat, flame and beam — interfaced with voice evacuation and BMS, fully zoned for the AHJ's life-safety strategy.
FM-200, Novec 1230, Inergen and CO₂ for server rooms, electrical rooms, archive vaults — with concentration calculations and discharge-time validation.
Aspirated foam for petrochemical and warehouse-storage occupancies, kitchen hood ANSUL R-102, water mist for specific protected risks.
Fire protection is the most standards-driven discipline on the MEPF stack. We design and document to the layered code framework that your AHJ and insurer will check.
The reference standard for sprinkler system design — occupancy hazard classifications, density curves, hydraulic calculations.
Standpipe / hose systems (14) and fire pump installation (20) — the water-supply backbone of the protected facility.
Fire alarm and signalling systems — detection, notification, monitoring, off-premises signalling.
Indian National Building Code — fire and life safety chapter, the legally enforceable baseline in India.
Tariff Advisory Committee — the insurance-industry technical framework that drives premium calculations in India.
For export-grade facilities and insurer-driven projects — FM Global Data Sheets applied alongside NFPA and NBC.
Fire protection scope scales with occupancy hazard. A pharma cleanroom has clean-agent zones over electrical rooms; a warehouse needs ESFR sprinklers; a refinery needs foam. We engineer for the actual hazard, not the cheapest catalogue spec.
NFPA 13 for sprinklers, NFPA 14 for hydrants and landing valves, NFPA 20 for fire pump rooms, NFPA 72 for detection and alarm. For export-grade insurance, we engineer to FM Global standards where required.
Yes. We install clean-agent gas suppression — FM-200, Novec 1230 and Inergen — for server rooms, electrical rooms, archive vaults and other high-value protected risks. Sealed-room integrity testing is included as part of commissioning.
Yes. We design fire protection to pass Chief Fire Officer, TAC and insurer inspections the first time — hydraulic calculations, sprinkler density matched to hazard class, NFPA 20 pump curve documentation, and addressable alarm logic that the AHJ recognises.
Send the brief — occupancy hazard class, AHJ jurisdiction, insurer requirements, building topology. We respond with the right team.
We respond personally, within one working day.
