Company Filing History:
2 out of 839 
Years Active: 2021-2025
Title: Innovative Contributions of Valerie Ferdin in Resource Exploration Technology
Introduction
Valerie Ferdin, located in Spring, TX, is a notable inventor recognized for her innovative contributions in the petroleum and resource exploration industry. With a total of two patents to her name, she has significantly advanced the technology used in well bore operations.
Latest Patents
Her latest inventions include the "Window Mill and Whipstock Connector for a Resource Exploration and Recovery System." This patent outlines a method for performing well bore operations by connecting a window mill to a whipstock connector, forming a tubular section. The process entails supporting a tool below the connector, running the window mill, and applying axial loading to efficiently execute well bore tasks. Furthermore, her patented "Window Cutting System" features a window mill with a unique design comprising a body, connector member, tip portion, and blades equipped with cutting elements. The whipstock connector is cleverly designed to attach to the window mill via lugs that fit into specially formed pockets, ensuring a secure and efficient connection.
Career Highlights
Valerie Ferdin currently works at Baker Hughes Oilfield Operations LLC, a leading company in oilfield services. Her work reflects a strong commitment to enhancing operational efficiency in the resource exploration sector, thereby driving innovations that improve extraction processes.
Collaborations
Throughout her career, Valerie has collaborated with talented professionals, including Kevin Edgar Harrington and Gregory Lee Hern. These partnerships have bolstered her research and development efforts, leading to the creation of advanced technologies in well bore operations.
Conclusion
Valerie Ferdin's contributions to innovation in resource exploration are remarkable. Her patents not only showcase her expertise and creativity but also play a vital role in advancing the technology used in the oil and gas industry. In an ever-evolving field, her efforts signify a progressive step toward more efficient and effective resource recovery solutions.