High- and Low-Pressure CO₂ Fire Suppression Systems
We specialize in the design and engineering of High- and Low-Pressure CO₂ Fire Suppression Systems, providing fast, reliable protection for total flooding or local application scenarios. Our systems are engineered to NFPA 12 standards for effective fire suppression while incorporating comprehensive safety measures for personnel, and are fully integrated with fire detection and control systems to ensure optimal performance and code compliance.
- Our Services Include:
- CO₂ Fire Suppression System Design (High & Low Pressure)
Custom-engineered systems for rapid total flooding or local application fire suppression using CO₂ gas. - Hazard Analysis & Risk-Based Area Evaluation
Assessment of protected areas to determine whether high- or low-pressure CO₂ is most suitable based on fire load, enclosure type, and exposure risk. - System Sizing & Discharge Calculations
Engineering of agent quantity, discharge time, nozzle placement, and pressure requirements in accordance with NFPA 12. - Cylinder Storage & Distribution Design
Optimized layout of cylinder banks—high-pressure steel cylinders or low-pressure refrigerated tanks—piping networks, and discharge nozzles for efficient agent delivery. - Detection & Control System Integration
Integration with automatic detection systems, time delays, release mechanisms, and safety interlocks for coordinated and reliable system activation. - Full Technical Documentation
Complete engineering packages including flow calculations, CAD drawings, component datasheets, and AHJ-ready submittals for procurement, installation, and authority approvals.
- Our Design Process Include:
- Site Survey & Risk Assessment
Evaluate the protected area, fire hazards, occupancy, and enclosure characteristics to determine the most suitable CO₂ system type and protection strategy. - Concept Design Stage
Develop preliminary layouts, initial cylinder placement, nozzle positioning, and system configuration in compliance with NFPA 12 and project requirements. - Detailed Design Stage
Prepare a fully coordinated design including finalized cylinder and piping layouts, nozzle placement, hydraulic and discharge calculations, integration with detection and control systems, and BOQ and specifications for procurement and installation. - IFC (Issued for Construction) Stage
Finalize and issue construction-ready drawings, verified flow and pressure calculations, BOQ, and approved specifications suitable for installation and authority approvals. - Documentation & AHJ Coordination
Deliver the complete design package with technical documents, test protocols, and supporting documents for AHJ review, permitting, and final client approvals.
