Direct coupling of near-field and far-field models hones predictions of oil spill transport and fate from deep-sea blowout

Keyphrases

• System Modeling 100%
• Oil Spill 100%
• Near-field 100%
• Near-far 100%
• Blowout 100%
• Deep Sea 100%
• Direct Coupling 100%
• Pseudo-component 100%
• Connectivity Modeling 100%
• Far Field Model 100%
• Calculator 66%
• Texas 66%
• Spill 66%
• Live Oil 66%
• High Pressure 33%
• Accuracy Improvement 33%
• Modeling Tools 33%
• New Modeling 33%
• High Hydrostatic Pressure 33%
• Impact Assessment 33%
• Oil Droplet 33%
• Thermodynamic Properties 33%
• Dissolution Rate 33%
• Shallow Water 33%
• Water Column 33%
• Reliability Prediction 33%
• Biodegradation Pathway 33%
• Droplet Size Distribution 33%
• Mass Flow Rate 33%
• Impact Response 33%
• Surface Layer 33%
• Thermodynamic Process 33%
• Wellhead 33%
• Deepwater Horizon 33%
• Hydrodynamic Processes 33%
• System Module 33%
• Hydrocarbon Compounds 33%
• Individual-based 33%
• Biodegradation Test 33%
• Prediction Application 33%
• Subsea Dispersant Injection 33%
• Oil Transport 33%
• Oil Fate 33%
• Dissolution Studies 33%
• Oil Spilling 33%
• Fieldmeter 33%

Engineering

• Deep Water 100%
• Field Model 100%
• Hazardous Materials Spills 100%
• Biodegradation 100%
• Oil Spill 100%
• Hydrodynamics 50%
• Shallower 50%
• Simulation Result 50%
• Dissolution Rate 50%
• Mixture Component 50%
• Oil Droplet 50%
• Droplet Size Distribution 50%
• Dispersant 50%
• Mass Flowrate 50%
• Thermodynamic Process 50%
• Wellhead 50%
• Deepwater Horizon 50%
• Surface Layer 50%
• Oil Field 50%

Chemical Engineering

• Biodegradation 100%