Damon L Fisher

Title: Innovations by Damon L Fisher

Introduction

Damon L Fisher is an accomplished inventor based in Wauwatosa, Wisconsin. He has made significant contributions to the field of steam injection heating technology, holding two patents that showcase his innovative approach to enhancing efficiency in heating processes.

Latest Patents

Fisher's latest patents include the "Steam Injection Heater with Transverse Mounted Mach Diffuser" and the "Direct Contact Steam Injection Heater." The steam injection heater features a direct contact design that allows for axial flow of stock through a pipe. It incorporates a Mach diffuser with multiple steam diffusion holes, which injects high-velocity steam into the stock. This design efficiently heats large flows of viscous stock, such as slurries, while minimizing the risk of plugging and steam bubble conglomeration. The adjustably positionable cover in the Mach diffuser allows for precise modulation of steam addition, ensuring optimal heating performance.

The direct contact steam injection heater also utilizes a Mach diffuser, replacing the traditional coaxial steam nozzle. This design facilitates thorough mixing of steam and liquid, preventing the formation of large steam bubbles that can cause vibrations in the heater and plumbing. Fisher's inventions significantly improve the efficiency and reliability of steam heating systems.

Career Highlights

Damon L Fisher is associated with Hydro-Thermal Corporation, where he applies his expertise in steam heating technologies. His work has contributed to advancements in industrial heating processes, making them more efficient and effective.

Collaborations

Fisher collaborates with notable colleagues, including Bruce A Cincotta and Matthew T Bertsch, who share his commitment to innovation in the field of steam heating.

Conclusion

Damon L Fisher's contributions to steam injection heating technology demonstrate his innovative spirit and dedication to improving industrial processes. His patents reflect a deep understanding of the challenges in heating viscous materials and provide effective solutions that enhance efficiency and reliability.