Tommy Kirkpatrick

Title: The Innovative Contributions of Tommy Kirkpatrick

Introduction

Tommy Kirkpatrick, residing in New Caney, TX, stands out as an accomplished inventor in the field of oil and gas technology. His notable work has led to significant advancements in wellbore completion techniques, paving the way for enhanced data communication during drilling operations.

Latest Patents

Kirkpatrick holds one patent, which is a wellbore completion assembly with a real-time data communication apparatus. This innovative apparatus features a completion assembly equipped with a filter section that contains a tubular with multiple through holes filled with filter material, designed to restrict the flow of solid particles. Importantly, a sensor inside the tubular provides critical information about parameters of interest during the treatment and production from well zones. This integrated system allows for wireless transmission of sensor measurements to the surface, enhancing operational efficiency and safety.

Career Highlights

Currently, Tommy Kirkpatrick works at Baker Hughes, a GE Company, LLC, a prominent player in the energy sector. His role involves leveraging his inventive capabilities to improve technologies related to wellbore completion and data communication. His patent demonstrates his commitment to innovation and his ability to address the challenges faced in the oil and gas industry.

Collaborations

Throughout his career, Kirkpatrick has collaborated with talented coworkers, including Jason Allen and Kelly D Ireland, who contribute diverse expertise to their projects. These collaborative efforts amplify the impact of his innovations within the team and the broader industry.

Conclusion

Tommy Kirkpatrick is a dedicated inventor whose work in wellbore technology exemplifies the importance of innovation in the energy sector. His patent on the real-time data communication apparatus reflects his ability to enhance operational capacity and ensure safer drilling practices. As he continues to work at Baker Hughes, he remains a significant contributor to advancements in this critical field.