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Speaker: Luis Arechiga Salinas, Schlumberger Solutions Design & Modeling
Co-Authors: Franck Le Diagon, Nick Moldoveanu, Abdalla Abouelela

Seismic data sets available in the Gulf of Suez generally exhibit very poor images of the pre-salt section. The seismic waves must penetrate through a thick overburden constituted by  a  succession  of  thin  layers  of  drastically  different properties. Using legacy information available, a detailed earth model was carefully elaborated to replicate this geological scenario and various modeling experiments were conducted to simulate the issues affecting seismic quality. Based on these synthetic experiments, a list of  recommendations  was  formulated  to  address  these challenges.

Speaker Biography: Luis Arechiga Salinas, Schlumberger Solutions Design & Modeling
 Luis Arechiga Salinas received B.S. in geosciences engineering from the Instituto Tecnologico de Ciudad Madero (Mexico) in 2011. He joined Schlumberger in 2012, working as a geophysicist for Solutions Design and Modeling (SD&M) team. He specialized in synthetic seismic modeling as well as model building and ray tracing illumination. 

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