Fire Protection
Engineering That Gets Built
Full-service fire protection design, inspection, and permitting. NFPA 13, 14, 20 & 25. From luxury high-rises to affordable housing.
Featured Work
Notable Projects
Jem - MWC Block A - Naftali - Miami
Miami, FL
54-story ultra-luxury residential tower within Miami World Center, Block A — 259 residences developed by Naftali Group. JEM Private Residences features full-floor and half-floor luxury units, a curated art program, and a world-class amenity collection within one of Miami's most ambitious urban mixed-use developments.
Bentley Residences - Sunny Isles Beach
Sunny Isles Beach, FL
63-story luxury oceanfront tower in Sunny Isles Beach — 749 ft, 216 branded residences, tallest beachfront residential tower in the US. Each unit features a private 4-car sky garage via the Dezervator™ car elevator system, private pool terrace, and ocean views. By Dezer Development / Sieger Suarez Architects.
1401 Brickell - Santander
Miami, FL
Mixed-use residential development with NFPA 13 coverage across all occupied floors, covering all residential floors, parking structure, amenity deck, and ground-floor retail where applicable.
1 Southside Park
Miami, FL
39-story luxury residential tower in Miami's Brickell neighborhood — 449 units developed by Related Group. The tallest tower at Southside Park, with full resort amenity program, bayfront access, and panoramic views of Biscayne Bay and the Miami skyline.
Miami Waldorf Astoria
Miami, FL
100-story supertall skyscraper at 300 Biscayne Blvd — 1,049 ft, Miami's tallest building and first supertall. Mixed-use tower with 360 residences (floors 40–100) and 205-key Waldorf Astoria hotel (floors 1–39), designed as nine staggered glass cubes by Carlos Ott / Sieger Suarez. Developed by PMG.
Okan Tower Miami
Miami, FL
70-story mixed-use tower in Downtown Miami — 902 ft, containing a 316-key Hilton hotel (floors 1–27), 163 condo-hotel units (floors 28–44), 236 luxury residences (floors 45–70), plus office space. One of Miami's tallest buildings, developed by Okan Group.
What We Do
System Design
NFPA 13 wet, dry, and pre-action sprinkler systems. Hydraulic calculations included.
Standpipe & Hose
NFPA 14 Class I, II, and III standpipe systems for mid-rise and high-rise buildings.
Fire Pumps
NFPA 20 fire pump sizing, churn pressure analysis, and pump room layout.
ITM & Inspection
NFPA 25 inspection, testing, and maintenance programs. Deficiency reports included.
From the Field
Latest on the Blog
Fire Riser Room Design: Code Requirements and Engineering Best Practices
The fire riser room serves as the operational nerve center of a building's water-based fire suppression system, yet its design is frequently treated as an afterthought during architectural programming. Deficiencies in riser room location, sizing, construction rating, and access provisions are among the most common plan review comments issued by AHJs—and among the most costly to remediate after construction has begun.
Fire Pump Sizing for High-Rise Buildings: The NFPA 20 Logic That Gets Missed
In high-rise residential and mixed-use towers, the fire pump is the single most consequential piece of infrastructure in the fire protection system. Size it wrong and the standpipe cannot meet pressure at the top floor. Miss the churn pressure calculation and you have over-pressurized fittings. Get the power coordination wrong and the pump room fails its acceptance test before occupancy.
The Silent Failure: Corrosion Inside Dry Pipe and Pre-Action Systems
A dry pipe system spends most of its life pressurized with air, not water. That combination — oxygen, residual moisture, and bare steel — creates the conditions for corrosion that nobody sees until a pipe fails, a head clogs, or a five-year internal inspection uncovers tuberculation so severe the system cannot deliver its rated flow.
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We design permit-ready fire protection systems.
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