Kyle Mays

Title: The Innovative Mind of Kyle Mays

Introduction

Kyle Mays, based in Woodland Hills, California, is an accomplished inventor known for her innovative contributions to the field of combustion technology. With a focus on environmentally friendly energy solutions, she has developed advancements that hold the potential for significant impact in various industries.

Latest Patents

Kyle Mays holds a patent for her invention titled "Dry, low-NOx combustor with integrated thermoelectric generator." This invention presents an integrated combustor-thermoelectric generator, providing methods for generating electrical power as well as operating pneumatic devices. The design features a fuel and air mixture chamber and a combustor with a longitudinal centerbody that has a varying cross-sectional area. By incorporating thermoelectric couples and modules, this system effectively harnesses heat to generate electricity, thereby enhancing energy efficiency. The thermoelectric generator is specifically compatible with a DC air compressor, allowing it to power pneumatic devices, especially in natural gas operations at well pads.

Career Highlights

Kyle Mays is an integral part of the Gas Technology Institute, where she applies her expertise and innovative spirit to various projects aimed at improving combustion technologies. Her dedication to research and development in energy solutions is reflected in her work, underscoring her commitment to sustainable industrial practices.

Collaborations

In her career, Kyle has had the pleasure of collaborating with talented individuals such as Jeffrey A. Mays and Shinjiro Miyata. These partnerships enable her to combine diverse insights and foster innovation in her projects, ultimately contributing to groundbreaking developments in the field.

Conclusion

Kyle Mays exemplifies the role of an innovative inventor in today's rapidly evolving technological landscape. Through her patent and collaborative efforts, she showcases a forward-thinking approach to combustion technology that supports sustainability and efficiency. Her work at the Gas Technology Institute paves the way for future advancements that may redefine energy solutions.