Company Filing History:
Years Active: 1992
Title: Innovations in Thermal Energy Transfer: The Invention of Joy R. Iurato
Introduction
Joy R. Iurato, an inventive force located in Tampa, FL, has made significant strides in the realm of thermal energy transfer with her innovative design of controllable heat pipes. With one patent to her name, Joy exemplifies the dynamic intersection of creativity and practical application in engineering.
Latest Patents
Her notable patent, titled "Controllable Heat Pipes for Thermal Energy Transfer," introduces a cutting-edge system of sealed heat pipes that enclose a working fluid. The technology operates efficiently in both heating and cooling modes, providing a versatile solution for energy management. In the heating mode, the working fluid is evaporated, and the latent heat of vaporization moves through the heat pipes to the condenser region. The unique design includes a liquid bypass line containing a liquid storage reservoir and a heating control valve responsible for returning the condensate to the evaporator region. Conversely, during cooling operations, a cooling control valve is activated to enhance the specific volume of the system, facilitating the absorption and transfer of heat.
Career Highlights
Joy R. Iurato is currently making contributions at Florida Power Corporation, where her expertise in thermal energy solutions is paving the way for advancements in energy efficiency. Her professional journey has been marked by a commitment to innovation and sustainable practices in energy management.
Collaborations
Throughout her career, Joy has collaborated with notable colleagues, including Fred S. Gunnerson and F. Dave Sanderlin. These partnerships expand her research capabilities and foster an environment of shared knowledge and innovation within her field.
Conclusion
Joy R. Iurato stands out as a remarkable inventor in the energy sector. Her patented technology demonstrates her ability to address critical challenges in thermal energy transfer while enhancing operational efficiency. As her career continues to evolve, Joy’s contributions are expected to play an integral role in shaping the future of energy management.