Poojitha D. Yapa
Professor of Civil and Environmental Engineering
Wallace H. Coulter School of Engineering
Clarkson University
Three-Dimensional Comprehensive Oil Spill Model
A comprehensive mathematical model was developed to simulate fate and transport of oil spilled in the ocean. The model is three-dimensional and includes all major physico-chemical processes that oil spills undergo. It can simulate the oil budget - Evaporated; Dissolved; Dispersed; Oil on Surface; Oil in Water column.
The model is capable of simulating both surface spills as well as deep water oil jets. The model is intended to be used for environmental impact assessment, decision making during emergencies and contingency planning.
Papers Published in Journal of Hydraulic Research (IAHR):
Combos3D Part-1
Combos3D Part 2
Papers Published in Journal of Hydraulic Engineering (ASCE):
Modeling Underwater Oil and Gas Plumes State-of-the-Art Review of Modeling
Transport and Fate of Oil Spills
The Model is capable of simulating: oil well blowout or pipeline rupture (oil/gas, oil pr gas only); Surface or near surface oil spills.
Experimenting, Developping Models and Sharing Knowledge on Deep Water Oil Related Problems for more than 20 Years
Clarkson University has a worldwide reputation for its leading oil and gas computational research More >>
Contact
- E-mail:
- pdy at clarkson dot edu
- Telephone:
- 315-268-7980
- Fax:
- 315-268-7985
- Address:
- Clarkson University
Box 5710,
130 Rowley Laboratories, Potsdam,
NY 13699-5710 U.S.A.