W Scott Bray

Title: W Scott Bray: Innovator in Cement Testing Technology

Introduction

W Scott Bray is a notable inventor based in Cypress, TX (US), recognized for his contributions to cement testing technology. With a total of 2 patents, Bray has developed innovative methods and apparatuses that enhance the understanding of cement behavior under various conditions.

Latest Patents

Bray's latest patents focus on a cement expansion/contraction test method and apparatus. The first patent describes an apparatus designed to measure volumetric changes in cement as it is subjected to pressures and temperatures that simulate down-hole conditions. This high-pressure, high-temperature chamber includes a mold with a first section adjacent to a base and a second section movably attached to the first section. Cement is placed within this mold, and a sensor measures the movement of the sections relative to one another in response to the volumetric changes in the cement. The method outlined in this patent provides a reliable way to assess how cement behaves under simulated down-hole pressures and temperatures.

The second patent mirrors the first, emphasizing the importance of accurately measuring volumetric changes in cement. The apparatus and method described are crucial for ensuring the integrity and performance of cement in various applications, particularly in the oil and gas industry.

Career Highlights

Bray is currently associated with BJ Services Company, where he applies his expertise in cement technology. His work is instrumental in advancing the field and ensuring that cement used in various applications meets the necessary performance standards.

Collaborations

Bray collaborates with Virgilio C Go Boncan, contributing to the development of innovative solutions in cement testing.

Conclusion

W Scott Bray's contributions to cement testing technology through his patents and work at BJ Services Company highlight his role as an important innovator in the field. His inventions are paving the way for improved understanding and performance of cement in challenging conditions.