Richard E Somers

Title: Richard E. Somers: Innovator in Heat Storage Technology

Introduction

Richard E. Somers is an accomplished inventor based in Huntsville, Alabama, renowned for his contributions to the field of heat storage technology. With a singular patent to his name, Somers has demonstrated his innovative spirit and commitment to advancements in energy efficiency.

Latest Patents

Richard E. Somers holds a patent for his invention titled "Knock-down heat storage tank." This innovative design features a knock-down tank specifically engineered for containing a liquid medium. The construction includes a bottom panel, multiple side panels, and a top panel that are secured together by fasteners within the tank. This setup is insulated against heat transfer, ensuring minimal energy loss. Furthermore, the tank is made liquid-tight by a plastic liner, and the top panel supports a dip tube assembly, which provides the sole access to the liquid contained within the liner.

Career Highlights

Currently, Richard E. Somers is associated with Solar Unlimited, Inc., where he contributes his expertise and innovative ideas. His focus on creating practical solutions for heat storage showcases his commitment to enhancing renewable energy technologies, particularly those that improve energy conservation and efficiency.

Collaborations

During his career, Somers has worked alongside industry peers, including his coworker Larry D. Frederick. This collaboration highlights the importance of teamwork in the development of effective and innovative solutions to modern energy challenges.

Conclusion

Richard E. Somers exemplifies the spirit of invention with his unique contributions to heat storage technology. His work at Solar Unlimited, Inc., along with his patented innovation, positions him as a notable figure in the pursuit of sustainable energy solutions. As the world continues to seek efficient methods for energy storage, inventors like Somers remain at the forefront, driving advancements and paving the way for a more sustainable future.