This case study highlights the importance of correct terrain modelling when assessing risk related to a Liquid Biogas (LBG) plant in a hilly area.
VEAS, Norway’s largest wastewater treatment plant, is setting out to produce LBG for carbon-neutral public transportation in the Oslo area.
Gexcon has assisted VEAS in assessing the risk and establishing a risk analysis for approval by the Norwegian Directorate for Civil Protection (DSB).
What you will learn
In this case study, you will learn:
- Terrain has a significant influence on the dispersion of flammable gas
- Terrain effects can be realistically modelled using CFD
- Realistic modelling of dispersion improves the understanding of risk and gives better decision support for a cost-effective plant design and operation
- 3D risk contours can be calculated and presented in a realistic terrain model using FLACS-CFD
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