Client: RINA Consulting SpA
This project involves the geological analysis of seabed data and the quantitative evaluation of the conditions that lead to turbidity current triggering using 1D and 3D numerical models along multiple submarine canyons. The modelling work is part of the overall risk assessment in support of a large deepwater development offshore Mozambique. The results of the […]
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Client: Rina Consulting Spa
This project involves building a detailed coastal circulation model to understand triggering conditions at the head of a submarine canyon offshore Mozambique and the detailed 3D numerical modelling of turbidity currents to evaluate the potential impact to the subsea components of a planned deepwater development. The results of the project are not yet public.
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Site-specific wind hindcasting and forecasting aimed at high-accuracy short-term prediction of energy production. This is a research initiative in collaboration with the University of Genova, contact us to find out more and how to become a sponsor.
Building a library of high-resolution 3D numerical simulations of synthetic deposits and the resulting fine scale stratigraphy using a range of channel-basin geometries and flow input parameters. The project aims at applications to deepwater exploration and reservoir modelling. Contact us to find out more and how to become a sponsor of this program.
Impact of extreme weather events and turbidity currents on submarine cables and pipelines. High resolution 3D and 2D simulations to investigate optimal route location and mitigation strategies. Contact us to find out more about this research program and how to become a sponsor.
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