System Design
Hydraulically calculated sprinkler, hydrant and pump systems with water reserves sized for peak demand.
Discipline 04 · Fire & life safety
Fire Detection & Protection.
Engineered life safety and asset protection — NFPA-calculated sprinkler, hydrant, foam and clean-agent systems, addressable detection, and egress design, with the FSCD package followed through to clearance.
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FIG.02 · Sprinkler grid & pump house
CalculationNFPA 13 hydraulic
SystemsWet · Deluge · Foam
ClearanceDIFE & FSCD
FIG.03 · Tank farm & foam deluge
01 Scope
Scope of work
What we deliver
Addressable detection, hydraulically calculated sprinkler and hydrant systems, clean-agent suppression and egress design as one coordinated system. Every sprinkler and hydrant line is calculated for peak density and pressure — the basis for rapid FSCD clearance and international audit acceptance.
- Addressable fire alarms: intelligent smoke, heat and flame detection with cause-and-effect matrix
- Automatic sprinkler design: wet pipe, pre-action and deluge systems hydraulically sized via NFPA 13
- Hydrant & standpipe systems: internal wet risers, landing valves, fire pump rooms, exterior hydrants
- Clean agent suppression: FM-200, Novec 1230 and CO2 flooding for substations and server rooms
- Egress & emergency lighting: illuminated exit paths, fire door schedules, evacuation diagrams
- FSCD clearance packages prepared and followed to decision
02 DeliverablesIncluded
Every package includes
Clear deliverables, fixed scope, milestone billing.
Detection & Alarm
Addressable detection with cause-and-effect matrices linking alarms, HVAC shutdown and release systems.
Egress & Passive
Compartmentation drawings, fire door schedules, illuminated escape routes and evacuation diagrams.
03 ProcessHow we work
How an MTech project runs
From agreed design basis to senior peer vetting and signed submission — the same five-step rhythm on every engagement, so you always know what happens next.
Consultation
We walk the plant with you: process hazards, storage, occupancy and headcount — then agree the design brief.
Survey & Analysis
Occupancy and hazard classification, site water-supply testing and pump-curve checks feed the hydraulic calculation, not guesswork.
Design & Review
Hydraulic calculations, piping schematics, detection zoning and cause-and-effect reviewed with your team at every milestone.
Approval Support
We prepare and follow FSCD, DIFE, RSC, BEPZA and RAJUK submission packages through to a decision.
Handover & Aftercare
Commissioning and flow-test support, ITM schedules per NFPA 25, and as-built records that keep the system audit-ready.
04 Design basisStandards
Codes and standards we work to.
Every density, pressure, zone and response time traces back to a clause you can cite in front of an auditor.
NFPA 13Sprinkler system design
NFPA 14Standpipe & hose systems
NFPA 20Stationary fire pumps
NFPA 72Detection, alarm & signalling
NFPA 2001Clean-agent suppression
NFPA 11 / 16Foam & deluge systems
NFPA 25Inspection, testing & maintenance
BNBC 2020 Part 4Fire safety & life safety
DIFEFactory fire compliance
FSCDFire service clearance
EN 12845European sprinkler rules
ISO 9001Quality management practice
06 Brief
Next step
Talk to the engineer who will own your project.
Tell us the site, the industry and the deadline. We will come back with a scoped proposal — typically within two working days.
- Occupancy & hazard class
- Water supply & tank capacity
- Timeline & approvals
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