1. Contact: Prof. Quentin FisherDr Rachael Spraggs e: q.j.fisher@leeds.ac.uke: r.e.spraggs@leeds.ac.uk t: 07742145119t: 0113 3343057 Theme: Deep Water Centre for integrated Petroleum Engineering and Geoscience University of Leeds

2. Key services Coupled fluid flow – geomechanical - geophysical modelling. Well bore geomechanics, fluid gradient and fracture pressure prediction. Top seal analysis, integrated with geomechanical modelling. What’s innovative about what you do? How can it be applied to industry? Robust software coupling fluid flow and geomechanics for predicting production-induced reservoir compaction, fault reactivation, top seal leakage, well bore shearing etc. Enables better interpretation of 4D seismic. Allows prediction of maximum injection pressure in deep water reservoirs for assessment of environmental risk and optimisation of production. Advanced geomechanical code for understanding risk to top seal integrity when drilling in deep water. Geophysics and Geomechanics

3. Key services Deep water sedimentology interpretation. Basin analysis in frontier areas. GIS end-to-end GIS compatible Palaeoclimate Modelling. What’s innovative about what you do? How can it be applied to industry? Improved understanding of sediment distribution in reservoirs deposited in deep water environments. State-of-the-art linked CFD modelling and analytical theory, calibrated using data from the best equipped sedimentological fluid dynamics laboratory in Europe. Palaeoclimate models integrated with client workflow. Geology

4. Key services Experimental, computational and theoretical analysis of low & high density turbidity current, debris flow and slurry flow dynamics and their interaction with seabed topography and infrastructure. Shallow subsurface geological modelling incorporating process models and geomechanics. What’s innovative about what you do? How can it be applied to industry? Geohazard prediction; quantitative assessments of risk associated with geophysical flows across realistic magnitude ranges, linked to impact loading ranges on infrastructure. Integration of quantitative modelling with geologically-informed assessments of specific settings, and their control upon flow types and frequencies. Geohazards