Location History:
- University Heights, OH (US) (1985)
- University Hts., OH (US) (1985)
Company Filing History:
Years Active: 1985
Title: Innovations by Elizabeth A. Maher: A Pioneer in Dimerization Catalysts
Introduction
Elizabeth A. Maher, an accomplished inventor based in University Heights, Ohio, has made significant contributions to the field of chemical engineering. With three patents to her name, Maher's innovative work primarily focuses on the development of catalysts that facilitate the dimerization of acrylic compounds. Her expertise has been applied in various industrial processes, showcasing her impact on the chemical industry.
Latest Patents
Maher's latest inventions include a process for making dimerization catalysts. This application outlines an improvement in the preparation of a ruthenium complex that is supported on an organic polymer. In this innovative method, the complex is added to the support over an extended period instead of all at once—enhancing the catalyst's efficiency.
Additionally, she has developed a catalyst composition and process aimed at the dimerization of acrylic compounds. The process involves dimerizing an acrylic compound in the liquid phase by contacting it with a catalyst in the presence of hydrogen at specific conditions. This catalyst comprises an organic polymer support, trivalent pendant atoms covalently linked to it, a ruthenium complex, and a second metal such as lead or other Group VIII metals excluding ruthenium and palladium. This advanced composition enhances the versatility and efficacy of dimerization processes.
Career Highlights
Elizabeth A. Maher is affiliated with the Standard Oil Company, where she continues to apply her expertise in catalyst development. Her innovative contributions have positioned her as a leading figure in her field, reflecting her dedication to advancing chemical engineering practices.
Collaborations
Throughout her career, Maher has collaborated with notable colleagues, including James D. Burrington and Robert K. Grasselli. These collaborations have fostered an environment of innovation and idea exchange, allowing her to push the boundaries of research and development in catalyst technology.
Conclusion
In summary, Elizabeth A. Maher stands out as an influential inventor in the realm of dimerization catalysts. Through her innovative patents and collaborative efforts, she has made substantial contributions to the chemical industry. Her work not only exemplifies her technical expertise but also enhances the efficiency of catalysis in industrial applications, marking her as a pioneer in her field.