Peter F Doorley

Title: Peter F Doorley: Innovating Water Purification Solutions

Introduction

Peter F Doorley, based in Bartlett, TN, is a notable inventor known for his contribution to water purification technology. With a focus on environmental solutions, Doorley has developed a unique patented media that aims to selectively remove harmful radium ions from water, showcasing his commitment to improving public health and the environment.

Latest Patents

Doorley holds a patent for "Radium Selective Media and Method for Manufacturing." This invention pertains to a specialized media designed for the selective removal of radium ions from water. The process involves dispersing manganese oxide in a cation ion exchange resin, allowing for effective adsorption of radium ions. The innovative manufacturing method includes precipitating a soluble manganese (II) salt with a permanganate salt inside a strong acid cation to produce a resin that contains highly dispersed manganese oxides. Furthermore, the resin is treated with a reducing agent, sodium metabisulfite, to prevent leaching of manganese, ensuring its conversion into an insoluble oxide form.

Career Highlights

Peter F Doorley works at Envirogen Technologies, Inc., where he has applied his expertise in the fields of chemistry and environmental science to develop solutions that address contamination in drinking water. His innovative work significantly contributes to advancements in water treatment technologies, aiming for safer and cleaner water supplies.

Collaborations

Throughout his career, Doorley collaborates with fellow professionals in the industry, including Michael D Kelly, leveraging their collective knowledge and skills to enhance the effectiveness of environmental technologies. These collaborations foster an environment of innovation that drives the development of sustainable solutions.

Conclusion

In conclusion, Peter F Doorley's contributions to the field of water purification through his innovative patent reflects a commitment to environmental safety and public health. His work not only addresses immediate contamination issues but also paves the way for future advancements in water treatment technology.