Phillip L Hazlett

Title: **Innovator Spotlight: Phillip L. Hazlett**

Introduction

Phillip L. Hazlett is a notable inventor based in Columbia, South Carolina, recognized for his contributions to nuclear engineering. With a total of two patents, Hazlett has made significant advancements in the design and fabrication of components used in nuclear fuel assemblies.

Latest Patents

Hazlett's most recent patents showcase innovative solutions for nuclear fuel assembly systems. The first patent is for a **Nuclear Fuel Assembly Debris Filter Bottom Nozzle**, which features a debris filter bottom nozzle with a support skirt and a top plate. This design incorporates multiple flow holes, each contoured as a venturi with a double chamfered inlet to enhance functionality.

The second patent details a **Method of Fabricating a Nuclear Reactor Fuel Assembly Grid**. This method involves creating a lattice pattern using interconnected straps that form various cells. A sleeve with a cylindrical and flared portion is inserted into these cells. The flared portion melts and fuses with the straps, improving the structural integrity of the assembly. The process also ensures that any loose straps surrounding the cell attach to the sleeve, enhancing the overall robustness of the assembly grid.

Career Highlights

Phillip L. Hazlett works at Westinghouse Electric Company LLC, a leading firm in the energy sector renowned for its role in nuclear technology. During his career, Hazlett has focused on enhancing the safety and efficiency of nuclear reactors, contributing invaluable knowledge through his patents.

Collaborations

Throughout his career, Hazlett has collaborated with fellow inventors such as Kirkland D. Broach and Carter Eliot Lunde. These partnerships have fostered innovative solutions, allowing for the progression of cutting-edge technologies in the nuclear industry.

Conclusion

Phillip L. Hazlett stands out as a prominent inventor within the field of nuclear engineering. His innovative patents reflect a deep commitment to advancing nuclear fuel assembly technology, demonstrating the importance of collaboration and ingenuity in tackling complex engineering challenges. His work continues to inspire future innovations within the industry.