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Lifecycle performance of WET (subsea) and DRY Tree systems for big, complex reservoirs in ultra-deep waters

Part 2 of this three-part series examines the full lifecycle operations simulations performed using BMT’s SLOOP event domain software, to compare subsea (wet tree) and dry tree concepts. This article argues for using a permanently moored dry tree concept with key performance statistics of DP MODUs and platform rigs.

University-of-houston
Texas
United-states
Michigan
Paul-hyatt
Chuck-white
William-brendling
World-oil
Frontier-deepwater-appraisal-solutions
Institute-of-mathematics
Ocean-engineering-ms-texasam-university
University-of-michigan

Lifecycle performance of wet (subsea) and dry tree systems for Lower Tertiary reservoirs in ultra-deepwater GOM

This first article of a three-part series introduces the basis and results of 30-year lifecycle operation simulations performed to compare a subsea (wet tree) hub and spoke scheme to a dry tree phased approach using Frontier’s concepts to develop major discoveries in the ultra-deep high-pressure Gulf of Mexico.

University-of-houston
Texas
United-states
Michigan
Gulf-of-mexico
Oceans-general
Oceans
North-sea
Paul-hyatt
Chuck-white
World-oil
Institute-of-mathematics

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