Title :
A Decade of Increased Oil Recovery in Virtual Reality
Author :
Lidal, E.M. ; Langeland, T. ; Giertsen, C.
Author_Institution :
Christian Michelsen Res., Bergen
Abstract :
Finding oil is always a difficult and expensive task, and moving exploration and production (E&P) offshore quickly drives those costs sky-high. Because most easy oil has already been found, any new discoveries are often subtle and relatively small. Once a company does find a reservoir, deciding where and how to drill to maximize production - and thus return of investment - is a major task. The wrong approach or small inaccuracies can easily ruin an entire reservoir´s ROI. Clearly, we need good tools to complete these difficult E&P tasks. In 1992, the University of Chicago´s Electronic Visualization Laboratory (EVL) introduced the CAVE, a room-sized, multiperson projector-based immersive VR environment. CAVE laid the foundation for a new paradigm: using VR for petroleum E&P. The HydroVR project both changed work processes and increased revenue for petroleum E&P in general. In this paper, we describe the project´s major application milestones and summarize how and why the project has sustained its extensive activity over the past 10 years.
Keywords :
geophysical prospecting; geophysics computing; hydrological techniques; oil drilling; virtual reality; CAVE room-sized, multiperson projector-based immersive VR environment; HydroVR project; exploration-production tasks; oil recovery; petroleum E&P tasks; reservoir ROI; return of investment; virtual reality; Biological information theory; Collaboration; Geology; Geometry; Kernel; Path planning; Petroleum; Process planning; Production; Virtual reality; oil exploration and production; petroleum industry; virtual reality; Computer Graphics; Computer Simulation; Environmental Monitoring; Fuel Oils; Geographic Information Systems; Image Interpretation, Computer-Assisted; Imaging, Three-Dimensional; Models, Theoretical; User-Computer Interface;
Journal_Title :
Computer Graphics and Applications, IEEE
DOI :
10.1109/MCG.2007.141