solutions / Fire Protection Systems
Active and Passive Fire Protection Engineering. Designed to Code. Commissioned for Performance
Every system we design is preceded by a formal fire risk assessment. Suppression system design is based on hydraulic calculations, not rule-of-thumb density assumptions. Passive protection is coordinated with MEP and structural disciplines to ensure compartmentation integrity
Fire Suppression Systems
Active suppression systems designed and hydraulically calculated to NFPA, IS, and Maharashtra Fire Services Act requirements.
- Wet pipe sprinkler systems: light, ordinary hazard Group 1 and 2, and extra hazard classification to NFPA 13
- Hydrant and hose reel network design: internal and external systems to IS 3844 and IS 884
- CO2 total flooding systems for electrical switch rooms and industrial applications
- Dry pipe and pre-action sprinkler systems for cold storage and IT environments
- Clean agent suppression: FM200 and Novec 1230 with room integrity testing
- Kitchen hood wet chemical suppression to NFPA 17A and UL 300 standards
Fire Detection and Alarm Systems
Addressable fire detection systems designed to BS 5839 Part 1, IS 2189, and NBC 2016 Part 4, with multi-zone alarm architecture and detector placement calculations per occupancy classification
- Addressable fire alarm control panels: conventional and analogue addressable configurations
- Linear heat detection and aspirating smoke detection for high-bay and atrium environments
- Voice alarm and public address evacuation systems to BS 5839 Part 8
- Intelligent multi-criteria detectors: combined optical, heat, and CO detection with drift compensation
- Manual call points, audible sounders, and visual alarm devices per BS 5839 spacing requirements
- Beam smoke detection for large open-plan spaces
Key Benefits
- All suppression systems hydraulically calculated per NFPA 13 or IS 15105: calculation reports submitted with design package
- Maharashtra Fire Act NOC documentation prepared and submitted as standard on all Maharashtra projects
- Passive and active fire protection coordinated in BIM model: compartmentation conflicts identified at design stage
- IoT monitoring enables shift from calendar-based to event-driven maintenance, reducing inspection cost and response time