• Safety-related investigations on plants and plant components, from pilot to real scale on the BAM Test Site Technical Safety (TTS)
  • Hydrogen free jet releases and flames at pressure levels up to 950 bar
  • Explosion venting in vessels up to 60 m³
  • Determination of safety-related parameters of gases (e.g. explosion limits, ignition temperatures or explosion pressures) according to European and international standards
  • Storage of material samples in hydrogen atmospheres up to 1000 bar and 200°C
  • Investigation of safety-related properties of gases at process conditions (up to 30 bar and 300 °C)
  • Investigation of the ignition, fire and explosion behavior of stirred-up and deposited dusts and bulk materials as well as hybrid dust-gas mixtures
  • Preparation of safety-related statements
  • Numerical simulations
  • Oxygen pressure shock tests of fittings, hoses and other plant components for burnout resistance
  • Reactivity of non-metallic materials under the influence of oxygen pressure surges
  • Ignition temperature, aging resistance and flange testing of non-metallic materials in oxygen
  • Reaction behavior of non-metallic materials with liquid oxygen when subjected to shocks
  • Comprehensive measurement technology for recording relevant measured variables, including pressure, temperature, thermal radiation and gas concentrations in the free field under real-scale conditions as the basis for impact assessment
  • Shock wave generator
  • Image and video documentation (5K, UAV, high-speed, thermal image)
  • Pipe sections with nominal diameters up to DN 300/500, nominal pressures up to PN 2000 and variable lengths up to 44 m, tees, bends and reducers
  • Autoclaves with chamber volumes up to 60 m³ with different nominal pressures, operating temperatures and L/D ratios, partly with pressure relief devices and optical superstructures

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