Fire & explosion testing

Fire & explosion testing

Services and Technologies
Fire & explosion testing
Fire & explosion testing
Fire & explosion testing

Information

Tailor-made testing - Hydrogen - Refrigerant gas systems - Batteries/ battery systems - LNG Dust explosion properties testing - Explosibility test (yes/ no) - Minimum Ignition Energy (MIE) test for dust cloud - Minimum Ignition Temperature of dust clouds (MITdc) test - Minimum Ignition Temperature of dust layers (MITdl) test - Minimum ignition temperature of dust deposits (self-ignition) (SIT/AIT) test - Electrical resistance of dust deposits test - Explosion pressure development test - Lower explosion Limit (LEL) test - Limiting Oxygen Concentration (LOC) test - Dust Layer Flammability Test (DFLT) Jet fire testing - explosion before fire scenario (Blast testing) based on ISO/ DIS 23692-1 - standard jet fire test based on ISO 22899-1 - high heat flux jet fire test (ISO standard for this test is in progress - cryogenic spills jet fire test based on ISO 20088-1, -2, and -3 Equipment testing and approval (ATEX) for mechanical equipment - The performance of Ignition Hazard Assessments (IHA) of non-electrical equipment - Testing of protective devices and systems to obtain an ATEX approval - Testing of non-electrical equipment for use in potentially explosive atmospheres: Category 1G/1D, 2G/2D & 3G/3D equipment for EX-zones 0/20, 1/21 & 2/22 - Tests to determine the electrostatic properties of mechanical equipment used in explosive atmospheres based on ISO 80079-36:2016 - Drop and mechanical impact test as referred to in ISO 80079-36:2016 Gas, vapour and liquid explosion properties testing - Determination of the auto-ignition temperature of gases and vapours - Conductivity of liquids - Explosion limits - Maximum explosion overpressure and maximum rate of pressure rise - Laminar burning velocity
GexconGexcon is a world-leading company in the field of safety and risk management and advanced dispersion, explosion and fire modelling. Our experience arises from detailed knowledge of explosion phenomena built up through years of extensive research projects, carrying out safety assessments, performing accident investigations and conducting physical testing at the company’s facilities. For the last 40 years, Gexcon has been involved in the investigation of many high-profile accidents such as Buncefield, Piper Alpha, TWA 800, and the P-36 platform (Brazil). Headquartered in Bergen, Norway, Gexcon has offices in Australia (Perth), China (Shanghai), France (Paris), India (Pune and Mumbai), Indonesia (Jakarta), the Netherlands (Utrecht), Sweden (Borås), the UK (Manchester) and USA (Houston, Bethesda, and Boston). Our team of experienced engineers and specialists can assist in identifying hazards, understanding risks and contribute to improving your company’s overall safety performance. Our safety solutions include:     Consulting services for a safer and regulatory compliant process industries   Engineering software for safety and design optimization   Incident investigation   Standardized and tailor-made fire and explosion testing   Process safety and management courses  We offer safety solutions for various industries including green energy solutions, mining, food, pharmaceutical, automotive, chemical, and oil and gas. Gexcon develops, maintains and uses the industry-standard software for modelling gas explosions, FLACS®, along with the industry-standard tool for modelling dust explosions, FLACS-DustEx. Our FLACS Consulting Group represents one of the largest and most experienced group of individuals to provide the customer with assistance to make use of the information which FLACS modelling can provide, adding significant value to the service we deliver.

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