James H Myers

Title: Innovations of James H. Myers: A Spotlight on Patent Achievements

Introduction: James H. Myers, an accomplished inventor based in Katy, Texas, has made significant contributions to the field of hydrocarbon production through his innovative patents. With a total of two patents to his name, he has developed methods that enhance the evaluation processes of threaded connections, a critical component in oil and gas operations.

Latest Patents: James H. Myers' latest patents focus on the "Method and system for evaluating groups of threaded connections." This invention is pivotal in improving the selection of tubulars used in hydrocarbon extraction. The method involves a comprehensive evaluation of performance limits for threaded connections by determining constituents of evaluation groups and performing model analyses. Physical testing is conducted on a first group of threaded connections, and the results are compared to establish a characteristic performance factor. This factor can then be utilized to define the performance limits of subsequent groups without the need for additional physical testing, streamlining the evaluation process significantly.

Career Highlights: Currently affiliated with ExxonMobil Upstream Research Company, James H. Myers plays a crucial role in leading innovative research initiatives. His expertise and dedication to improving hydrocarbon production methodologies have garnered him respect within the industry and among his colleagues.

Collaborations: Throughout his career, James H. Myers has had the privilege of collaborating with industry experts such as A.S. David Khemakhem and Mark W. Biegler. These collaborations have further enhanced his research and allowed for the sharing of insights and expertise in the field of oil and gas.

Conclusion: James H. Myers exemplifies the spirit of innovation in the hydrocarbon sector. His patents focusing on the evaluation of threaded connections not only advance technological capabilities but also contribute to the industry's efficiency. The continued exploration and development of such technologies hold the potential for significant impacts in hydrocarbon production.