B Layton Kitterman

Title: **B Layton Kitterman: Innovator in Vapor-Liquid Contact Technology**

Introduction

B Layton Kitterman is a distinguished inventor based in Dallas, Texas, known for his contributions to the field of vapor-liquid contact technology. With a total of two patents to his name, Kitterman's innovations have significantly impacted industrial processes involving heat and mass transfer.

Latest Patents

Kitterman's most recent patents are groundbreaking. The first, titled "Tower Packing Material and Method," describes a novel design of metal vapor-liquid contact plates. These plates feature corrugations inclined to the horizontal across an open notional plane, allowing for enhanced mass and heat transfer between liquids and vapors. The unique slitted design of the metal plates creates numerous apertures, maximizing the contact area while reducing wasted material. This optimal configuration promotes efficient turbulent vapor flow and self-spreading of liquid, resulting in improved pressure drop characteristics.

The second patent, "Expanded Metal Saddle Tower Packing," focuses on packing elements designed for vapor-liquid contact columns. These saddle-shaped elements are crafted from expanded metal, which is perforated and shaped to effectively promote mass and heat transfer. Kitterman has outlined methods for forming these semi-toroidal packing elements, maximizing efficiency in vapor-liquid interactions and leveraging the advantages of metal structures in industrial applications.

Career Highlights

Throughout his career, B Layton Kitterman has demonstrated a commitment to innovation and excellence at Glitsch, Inc. His work has positioned him as a leading figure in developing advanced contact technologies, particularly in areas related to chemical processing and equipment efficiency. Kitterman's patents reflect his deep understanding of engineering and materials science, enabling him to create solutions that address critical industry needs.

Collaborations

Kitterman has collaborated with esteemed colleagues, including Donald L. Glaspie and Gilbert K. Chen. Their shared expertise and combined efforts have further advanced the research and development of technologies that enhance vapor-liquid contact efficiency, ensuring that their innovations meet the growing demands of the industry.

Conclusion

In summary, B Layton Kitterman stands out as a pioneering inventor in the realm of vapor-liquid contact technologies. Through his patents and collaborations at Glitsch, Inc., he has made significant contributions that will undoubtedly influence the future of heat and mass transfer processes. His advancements not only represent his innovative spirit but also contribute to the overall evolution of industrial engineering practices.