Fire Engineering for Safer, Defensible Decisions.
Fire strategy, NFPA and Turkish code compliance, sprinkler hydraulics, smoke control & CFD, BESS fire safety and independent technical design review.
Fire engineering built around the actual risk.
We connect regulations, fire scenarios, calculations and site reality rather than treating each fire-protection system as a separate product.
Fire Engineering Consultancy
Independent fire strategy, code compliance and multidisciplinary design review for projects in Turkey.
ExploreNFPA Consultancy
Project-specific NFPA design basis, code matrix and technical review coordinated with Turkish requirements.
ExploreFire Strategy
Coordinated life safety, compartmentation, active systems and smoke-control strategy.
ExploreHydraulic Calculation
Sprinkler water demand, hydraulic modelling, fire pump and water supply verification.
ExploreSmoke Control & CFD
Pressurisation, smoke exhaust and CFD analysis for complex buildings and large spaces.
ExploreBESS Fire Safety
Thermal runaway, off-gas, propagation, deflagration, cooling and emergency-response engineering.
ExploreBESS Fire Safety is a system problem — not an extinguisher problem.
Thermal runaway, off-gas, propagation, deflagration, separation, cooling, fire water and emergency response must be engineered as connected defence layers.
- Thermal Runaway
- UL 9540A Review
- NFPA 855
- Off-gas Detection
- Cooling Strategy
- Emergency Response
From uncertainty to a defensible engineering decision.
A repeatable workflow keeps code requirements, calculations and site decisions aligned.
Define
Use, hazards, project stage and required outcomes.
Map
Codes, standards, employer criteria and authority requirements.
Analyse
Fire scenarios, hydraulics, smoke, egress and system interfaces.
Engineer
Design criteria, alternatives, calculations and coordinated actions.
Verify
Design review, field review and documented technical outputs.
Technical work you can inspect, not generic claims.
Our Knowledge Centre explains the engineering logic behind the services and project decisions.
Fire Doors: Why an EI 60 or EI 90 Label Is Not Enough
Author: Fikret KIR – FK SOLUTION Fire Engineering & Consultancy Content type: English Knowledge Centre / Technical Article Fire doors are frequently…
NFPA 96 Commercial Kitchen Fire Safety
Commercial kitchen fire safety under NFPA 96: hood, grease filters, exhaust duct, fan, cleaning access, wet-chemical suppression and gas/electrical interlocks.
NFPA 20 Fire Pump Selection: System Demand and Pump Curves
Fire pump selection under NFPA 20: hydraulic system demand, rated point, churn pressure, high-flow performance, suction conditions and acceptance testing.
Engineering notes for real fire-safety decisions.
Fire Doors: Why an EI 60 or EI 90 Label Is Not Enough
Author: Fikret KIR – FK SOLUTION Fire Engineering & Consultancy Content type: English Knowledge Centre / Technical Article Fire doors are frequently…
NFPA 96 Commercial Kitchen Fire Safety
Commercial kitchen fire safety under NFPA 96: hood, grease filters, exhaust duct, fan, cleaning access, wet-chemical suppression and gas/electrical interlocks.
NFPA 20 Fire Pump Selection: System Demand and Pump Curves
Fire pump selection under NFPA 20: hydraulic system demand, rated point, churn pressure, high-flow performance, suction conditions and acceptance testing.
Fikret KIR
Fire safety specialist and fire engineering consultant working across NFPA/BYKHY consultancy, sprinkler hydraulics, industrial fire safety and BESS/lithium-ion fire research.
Bring the fire-safety questions to the table before they become site problems.
Share your drawings, calculations or project brief. We can define the right engineering scope before design and construction decisions become costly.