IFAB was contracted for all fire safety designs for the first stage of the project. This included the POD design, tubes and related emergency infrastructure. The project was very comprehensive including the specification of suitable design standards, fire risk analysis, fire safety concepts and ventilation/evacuation studies.
See http://www.hyperloop-one.com for further details.
IFAB currently is carrying out extensive CFD
simulations to study the efficiency of smoke extraction system and evacuation
conditions in several large underground stations in Berlin.
IFAB has successfully carried out smoke detection
tests according to ARGE Guidelines Part 1. in order to validate the correct
positioning of the smoke detectors inside an engine room of rolling stock.
IFAB carried out a seminar about the application of the norm EN45545 regulations for a company specialized on plastics railway vehicles.
IFAB developed a fire extinguishing concept for a grain storage in Hobrechtsfelde near Berlin that functions as an exhibition room and a technical museum.
IFAB has extended its services to the automobile industry by being able to carry out fire resistance tests of car batteries according to:
• GB/T 31467.3, Lithium-ion traction battery pack and system for electric vehicles – Part 3: Safety requirements and test methods
• E/ECE/324/Rev.2/Add.99/Rev.2, Annex 8E, Fire Resistance.
IFAB successfully carried out smoke tests according to ARGE – Part 1. The tested new funicular vehicles are operating inside a tunnel to mountain Carmelit (in operation since 1959).
Our webpage was expanded in order to meet the requirements of the GDPR. Many new pictures can be found in various subcategories. Furthermore, the references in the download section were updated.
IFAB will carry out large scale fire tests with lithium-ion batteries as a contractor in the SUVEREN research project (Safety of City Underground Structures due to the use of New Energy Carriers). More information about SUVEREN can be found on the website www.suveren-nec.info/.
our website is currently being updated and revised.
We thank you for your understanding.
IFAB carried out a seminar about the application of the norm NFPA 130 regulations for a company specialized in opening buttons for road and railway vehicles.
IFAB was contracted to carry out a CFD assessment to optimize the fire detection system for a road tunnel in the U.A.E. The linear heat detection technology was provided by the UK based company.
IFAB completed a series of fire tests in order to demonstrate the performance of onboard fire suppression system according to ARGE guideline to be used in the Carmelit underground.
IFAB has recently finished fire risk analysis for several rail projects. The latest project, related to a regional train, was delivered to Stadler (Switzerland) in October.
Max Lakkonen, senior manager of IFAB, was selected to the technical committee of NFPA130 (Rail & Metro). This further improves the use of IFAB’s special knowledge in rail market as a benefit to international standards. He previously has served already in the technical committees of NFPA502 and NFPA750.
IFAB’s special knowledge of active firefighting systems is appreciated by many water mist manufacturers. IFAB has carried out fire tests for four different water mist manufacturers in 2017. The tested applications cover rail, buildings and industrial risks.
IFAB carried out successful validation tests for an argonite fire extinguishing system protecting parts of an engine room and to secure driver protection and evacuation in case of fire of a Scandinavian high-speed train. This was the first time for IFAB testing respective fire extinguishing medium in this application.
IFAB has successfully completed a series of smoke tests for the Italian train manufacturer FIREMA. The tests were carried out according to the ARGE guideline in order to test a fire detection system in a modified vehicle.
IFAB was contracted to put into practice the fire safety concept for the historically important Hotel Villa Monte Vino in Potsdam. New safety measures were implemented as part of the approval procedure.