SPE Online Education
Latest Developments in Drilling and Cementing R&D
Recorded On: 08/16/2016
A comprehensive overview will be given of latest developments in Dr. van Oort's Drilling R&D group at the University of Texas at Austin and its collaborating partners. New work will be presented in the fields of cementing/zonal isolation, novel drilling fluid testing and design, drilling-related rock mechanics, drilling automation and drilling data analytics. If you want to learn more about what is new in the fields of real-time cementing sensors, superior alternatives to portland cement and improved zonal isolation & well abandonment, high-performance water-based mud replacements for oil-/synthetic-based muds, novel shale-fluid testing techniques, conventional and new thermal wellbore strengthening, multi-phase flow simulation / automated well control / MPD control, and high-frequency data analytics, then this is a presentation you should consider attending.
This webinar is categorized under the Drilling discipline.
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Dr. Eric van Oort
Dr. van Oort holds a PhD in Chemical Physics from the University of Amsterdam, and held a variety of senior technical and managerial roles over a 20-year period with Royal Dutch Shell. He joined UT Austin in early 2012 to return to his passion for teaching and R&D as tenured Professor in Petroleum Engineering. Dr. van Oort is a co-Principal Investigator of the Offshore Energy Safety Institute (OESI), is the co-founder of two start-up companies (Genesis RTS and R5 Automation) and is CEO of his own consulting firm (EVO Energy Consulting). At UT, he runs one of the largest drilling R&D groups in academia, with 15 graduate students, 10+ undergraduate researchers, 6 full-time research scientists and additional support staff. He is the director of the RAPID (Rig Automation and Performance Improvement in Drilling) consortium. He is an SPE Distinguished Lecturer and SPE Distinguished Member. His areas of expertise include: complex well construction, drilling automation, real-time monitoring (RTM), drilling optimization, rock-fluid interactions and wellbore geomechanics, drilling fluid design, cementing & zonal isolation, hydraulic fracturing and associated water management.