Mary E Nolan

Title: Mary E Nolan: Pioneering Innovator in Electrochemical Technologies

Introduction

Mary E Nolan, an accomplished inventor based in Topsfield, Massachusetts, has made significant contributions to the field of electrochemical systems and gas sensing technologies. With a total of four patents under her name, Nolan continues to advance innovations that enhance safety and efficiency in various applications.

Latest Patents

Nolan's latest inventions highlight her expertise and creativity in addressing complex challenges. One of her standout patents is the "Integrated Electrochemical/Chemical Oxygen Generating System." This invention features a water electrolyzer that is combined with a chemical oxygen generating subsystem. This system converts hydrogen produced by the electrolyzer into a decomposable oxygen source, such as hydrogen peroxide, significantly increasing the total oxygen output compared to the electrolyzer alone while safely disposing of the electrochemically generated hydrogen.

Another notable patent is for a "Gas Sensing and Measuring Device and Process Using Catalytic Graphite." This gas detector is highly selective for certain gases, allowing for precise detection and measurement of gases that can be electrochemically oxidized or reduced. The innovative design includes a hydrated, solid polymer electrolyte ion transporting membrane in contact with an improved catalytic graphite sensing electrode, enhancing its effectiveness in detecting oxides of nitrogen and chlorine.

Career Highlights

Throughout her career, Mary has been associated with General Electric Company, where she has utilized her skills and knowledge to develop groundbreaking technologies. Her role at such a prominent organization underscores her impact on the field and her commitment to advancing research and development in electrochemistry.

Collaborations

During her career, she has collaborated with fellow innovators Russell M Dempsey and Anthony B LaConti. These partnerships highlight the importance of teamwork in the innovation process, as collective expertise often leads to more comprehensive solutions.

Conclusion

Mary E Nolan's contributions to the realms of electrochemical systems and gas sensors exemplify the innovative spirit that drives progress in technology. Her achievements reflect not only her technical prowess but also her commitment to improving safety and efficiency across various industries. With her ongoing work, Nolan is poised to inspire future generations of inventors and engineers.