Florence E Feeherry

Title: Florence E. Feeherry: Pioneering Innovations in Chlorine Dioxide Production

Introduction

Florence E. Feeherry, an accomplished inventor based in Wellesley, MA, has significantly contributed to the field of polymer chemistry. With a total of ten patents to her name, she has demonstrated exceptional innovation, particularly in the area of chlorine dioxide generation.

Latest Patents

One of her notable recent patents is a method and composition for the humidity-controlled generation of chlorine dioxide in polymers and superabsorbent hydrogels. This invention presents a groundbreaking approach that utilizes reaction-diffusion chemistry to enable the in situ generation of chlorine dioxide. The composition features a dry solid formulation comprised of hydroxymethanesulfinic acid monosodium salt dihydrate (HMS) and a chlorine dioxide precursor. By incorporating these components with polymeric materials, the invention allows for the safe, transportable production of chlorine dioxide upon the addition or absorption of water. This method is pivotal for applications in packaging and responsive hydrogel polymers, revolutionizing safety and efficiency.

Career Highlights

Feeherry's career reflects her dedication to advancing chemical research. Notably, she has worked with the US Government as represented by the Secretary of the Army and has held positions at Brandeis University. Her extensive work in these institutions highlights her expertise and commitment to scientific innovation.

Collaborations

Florence has collaborated with esteemed colleagues such as Christopher J. Doona and Kenneth Kustin. Together, they have contributed to the advancement of technologies related to chlorine dioxide and have enriched the field with their collective knowledge and skills.

Conclusion

Florence E. Feeherry stands out as a significant figure in the realm of chemical innovation. Her groundbreaking patents and collaborations with experts underscore her impact on the development of new technologies. As she continues her work, her inventions will undoubtedly pave the way for future advancements in polymer chemistry and practical applications in various industries.