Assimilation of satellite observations in support of hydrocarbon fate forecasting in the Cuban EEZ

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Alejandro Rodríguez Pupo
Alexander Lobaina LaO
Dailín Reyes Perdomo
Paola Nicolosi
Melany Abreu del Sol
Cosimo Garbellano
Filippo Daffinà
Osvaldo E. Pérez López
Frank E. Ortega Pereira
Melissa Abreu del Sol
Reinaldo Casals Taylor
Amilcar E. Calzada Estrada

Abstract

The initialization of the runs of the numerical model of lagrangian approach PETROMAR-3D, from SAR images, is shown. With this new feature, the model is prepared to give operational response to an oil pollution event in the seas around Cuba. The oil slick polygon outputs of the SeonSE Engine and SNAP-ESA satellite information processing tools were used, developing new functions and Python libraries in the PETROMAR-3D software. With this result, a semi-automatic oil slick surveillance and monitoring service was developed in the seas around Cuba, with the computer tools of satellite data processing and the PETROMAR-3D Lagrangian oil spill model. With this service, users receive the information through a first email from the moment the slick is detected, and then receive another one with the oil drift modeling map for 72 hours. For this purpose, a script was developed that runs automatically through a scheduled task in the operating system, and handles all the software applications of the system designed with new Python functions and libraries.

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How to Cite
Rodríguez PupoA., Lobaina LaOA., Reyes PerdomoD., NicolosiP., Abreu del SolM., GarbellanoC., DaffinàF., Pérez LópezO. E., Ortega PereiraF. E., Abreu del SolM., Casals TaylorR., & Calzada EstradaA. E. (2024). Assimilation of satellite observations in support of hydrocarbon fate forecasting in the Cuban EEZ. Revista Cubana De Meteorología, 30, https://cu-id.com/2377/v30nspe07. Retrieved from http://rcm.insmet.cu/index.php/rcm/article/view/830
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