Small Scale Test Laboratory
All small-scale and laboratory-scale testing work is performed at GexCons test laboratory facilities at Fantoft, near Bergen, Norway. A wide range of gas and dust explosion testing projects using vessels in the volume range from less than 1 litre to approximately 2 m3 can usually be performed in the laboratory. In this wide range of test vessels test scenarios can be varied significantly. Several closed vessels are available as well as a number of open or vented test vessels.
Small-scale testing work at GexCon includes both equipment testing, gas and dust explosion research as well as specialised or dedicated testing projects that are tailor-made to suit customer requirements and wishes.

The small-scale test facilities at GexCons test taboratory comprise among others of the following test vessels:
- 1.5 m3 rectangular cabinet for equipment testing (H=1.5 m, 1.0x1.0 m, flange at top & diverse vent arrangements on sides)
- 1.2 m3 vessel (D = 0.9 m, L = 1.9 m, Pmax = 13 barg, closed vessel or open end with variable venting configurations)
- 9 litre cylindrical high pressure vessel (L = 0.3 m, D = 0.2 m, Pmax = 200 barg, flanged ends)
- 2.0 litre cylindrical vessel (L = 0.25 m, D=0.1 m, Pmax = 10 barg)
- 20 litre spherical dispersion chamber (D=0.35 m, Pmax = 16 barg)
- Single impact anvil test apparatus
- 1:33 scale module (L=1.2 m, 0.35x0.40 m, approx 170 litre volume)
- 1.4 m repeated obstacle vessel (L=1.4 m, 0.3x0.3 m, approx 130 litre volume)
- Transient driver section (L=3.5m, 0.3x0.3 m, approx 315 litre)
- Plus several other test vessels and apparatus

Some examples of testing projects that have been performed in our laboratories are:
- Testing of flame arresters
- Testing of suppression systems
- Testing of fog-nozzles for waterspray characterisation
- Transient explosion loading on complex obtacles and gratings
- Explosion propagation within fuel cell equipment and components
- Auto-ignition temperature tests for liquids at underpressure
- Explosion quenching in closed tanks
- Hydrogen explosion tests including mitigation and inerting
- Hydrogen release and dispersion experiments
- Validation tests for the 3D CFD explosion simulation code FLACS
- and many more.....
If you have any questions or would like advice concerning testing at our laboratories, please contact any of the following:
|
Geir H. Pedersen |
Kees van Wingerden |
Brian A. Wilkins |
