Gerald T Alford

Title: Inventor Spotlight: Gerald T. Alford of Burleson, TX

Introduction

Gerald T. Alford, an innovative inventor based in Burleson, Texas, has made significant contributions to the field of sonic well logging technology. With a keen understanding of engineering and a passion for innovation, Alford has developed a unique tool that enhances the measurement of cement conditions in well casings.

Latest Patents

Alford holds a patent for a cutting-edge invention titled "Transmitter and Receiver to Radially Scan the Cementing Conditions." This sonic well logging tool is designed to radially measure circumferential cement conditions longitudinally along a well casing. Through the use of a plurality of angularly displaced transmitter-transducers, it transmits sonic signals down a longitudinally extending sector of the well casing, all while utilizing borehole fluid to optimize the measurement process. This invention stands out for its capability to provide precise data about the cement conditions of well casings, which is crucial for the oil and gas industry.

Career Highlights

Throughout his career, Gerald T. Alford has been associated with Computalog Research, Inc., a company recognized for its advances in well logging services. His work has demonstrated a commitment to pushing the boundaries of technology in this essential field.

Collaborations

In collaboration with colleagues such as Lucio Nelson Tello and Thomas Jay Blankinship, Alford has contributed to the development and refinement of innovative technologies that facilitate better results in well logging. These partnerships highlight the importance of teamwork in fostering creativity and innovation in engineering solutions.

Conclusion

Gerald T. Alford's contributions to the field of sonic well logging through his patented inventions exemplify the spirit of innovation. His work at Computalog Research, Inc. and collaborations with talented peers underscore the transformative impact that skilled inventors can have on industries such as oil and gas. As technologies continue to evolve, Alford's legacy will likely inspire future innovations in well monitoring and measurement.