Applied Science Associates, Inc
OILMAPDEEP
OILMAPDEEP provides rapid predictions of the movement of spilled oil from sub-sea releases. Both the joint-industry CDOG model and OILMAP’s native plume model are supported.
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plume modeling
well drilling
particle sizing
environmental data
weather forecasting
water modeling
flow modeling
spill contingency
oil spill
spill plan
- Well blowout response planning
- Well blowout response decision support
- Spill drill exercises
- Contingency planning studie
- Includes subsea plume and surface transport for shallow and deep releases
- Implements both the Clarkson CDOG Version 2.02 and RPS ASA’s simple plume calculations
- Incorporates 2d and 3d hydrodynamic model flow fields
- Output includes plan and section views of plume, in-water, and on-surface model predictions
- Develop blowout relief well drilling contingency planning
- 3d fl ow fi elds available for Gulf of Mexico and West Africa drilling/production areas
- Contains RPS ASA’s own GIS
- World-wide capability
- Models deep water plumes
- CDOG or OILMAP plume formulation
- Surface weathering/hydrate formation
- Inherits all of the functionality of OILMAP
- Developed under MMS / Joint Industry program
- Includes hydrate formation kinetics with mass and heat transfer
- Includes algorithms for oil particle size estimation
- CDOG model runs independent from OILMAP, OILMAP visualizes CDOG model outputs
- Simplified plume calculation, including hydrate formation
- Comparisons in two Deep Spill workshops showed similar surfacing times and distances to CDOG and Sintef model predictions
- Produces rapid model results
- Direct integration with complex environmental data
- A combined analysis using both CDOG’s and OILMAP’s plume models has shown to be an effective modeling approach
- OILMAP’s surface weathering processes predict evaporation,entrainment, emulsifi cation, and shoreline interaction
- OILMAP’s stochastic analysis can be used to show stochastic predictions of surface transport subsequent to blowout surfacing
