Location History:
- Spring, TX (US) (2015)
- Houston, TX (US) (2019)
Company Filing History:
Years Active: 2015-2019
Title: Innovations in Diagnostic Lateral Wellbores by Inventor Hyunil Jo
Introduction
Hyunil Jo, a distinguished inventor based in Houston, TX, has made significant contributions to the field of hydraulic fracturing through his innovative patent. With a strong understanding of subsurface shale volumes in unconventional wellbores, he aims to enhance production efficiency and reservoir knowledge.
Latest Patents
Hyunil Jo is credited with a patent titled "Diagnostic Lateral Wellbores and Methods of Use." This patent focuses on improving the understanding of hydraulic fracture networks by utilizing diagnostic lateral wellbores equipped with diagnostic devices. His invention aims to extend wellbore diagnostics from adjacent lateral wellbores to gather valuable data about fracture geometry, reservoir production parameters, and the effectiveness of refracturing techniques. Furthermore, his methods facilitate the quicker identification of optimal production horizons, commonly referred to as sweet spots, within reservoirs.
Career Highlights
Currently, Hyunil Jo is employed at Baker Hughes, a GE Company, LLC, where he applies his expertise in hydrocarbon extraction technologies. His innovative approaches have positioned him as a prominent figure in the industry, contributing to advancements in drilling and production technologies.
Collaborations
Throughout his career, Hyunil Jo has collaborated with notable colleagues, including James B. Crews and Robert S. Hurt. These collaborations have fostered a creative environment, allowing for the sharing of ideas and the development of cutting-edge technologies in the field of hydraulic fracturing.
Conclusion
Hyunil Jo's contributions to the innovation of diagnostic lateral wellbores exemplify the significant impact that dedicated inventors can have on the energy sector. His work not only advances our understanding of fracture networks and production techniques but also enhances the potential for more efficient resource extraction in the future.