Walter K Duerksen

Title: Innovations by Walter K. Duerksen in Uranium Processing

Introduction

Walter K. Duerksen, an accomplished inventor based in Norris, Tennessee, has made significant contributions to the field of uranium processing. With a total of two patents to his name, Duerksen's work focuses on advancing methods for converting uranium oxides to uranium metal and improving machining processes for fissionable materials.

Latest Patents

Duerksen's latest innovations include a method for converting uranium oxides to uranium metal. This groundbreaking process involves reducing scrap and waste uranium oxide with a suitable reducing agent, resulting in a mixture of uranium metal and oxide products. The uranium metal is subsequently transformed into uranium hydride, cooled in an inert liquid to achieve ferromagnetic properties, and then magnetically separated. This environmentally sound method eliminates the need for harmful substances such as hydrogen fluoride and the dangers associated with traditional bomb-reduction processes.

Additionally, he has developed an aqueous cutting fluid specifically for machining fissionable materials. This cutting fluid, composed of glycol, water, and a boron compound at a precise concentration, effectively attenuates neutrons to prevent criticality incidents during machining operations.

Career Highlights

Walter K. Duerksen’s career is marked by his dedication to innovation in the nuclear field. He has consistently engaged in research aimed at improving safety and efficiency in uranium processing technologies. His contributions have garnered recognition and respect within the scientific community.

Collaborations

Duerksen collaborates with esteemed colleagues such as John M. Googin and Bradley Napier, Jr., contributing to a rich exchange of ideas and expertise. This collaborative spirit has likely enhanced the impact of his inventions and has fostered a culture of innovation in his work environment.

Conclusion

Walter K. Duerksen stands as a notable figure in the field of uranium processing, with inventive solutions that not only advance technology but also prioritize environmental safety. His patents not only illustrate his ingenuity but also reflect the collaborative efforts that drive innovation in scientific research.