Company Filing History:
Years Active: 2017-2021
Title: Innovations in Mesoporous Zeolites: The Contributions of Jeremy Thomas O'Brien
Introduction
Jeremy Thomas O'Brien, an accomplished inventor based in Cambridge, MA, has made significant strides in the realm of materials science with a focus on mesoporous zeolites. With three patents to his name, O'Brien's work has the potential to influence various applications across multiple industries.
Latest Patents
O'Brien's latest patents showcase methods for the synthesis of tunable mesoporous zeolites. One of his prominent patents describes techniques for forming mesoporous zeolites with adjustable pore widths. In this process, a silicon-containing material, an aluminum-containing material, and a quaternary amine are mixed to generate a zeolite precursor solution. This solution undergoes pre-crystallization at temperatures exceeding 125°C under autogenous pressure, leading to the formation of a pre-crystallized zeolite precursor. This precursor is then combined with two or more organosilane mesopore templates to create a zeolite precursor gel, which is ultimately crystallized to yield a crystalline zeolite intermediate. Following calcination, the final result is a mesoporous zeolite.
Another of his patents explores the methods for synthesizing mesoporous zeolites using organosilane templates. Similar to the previous process, this method involves mixing relevant materials to form a zeolite precursor solution, which is crystallized without prior functionalization. The result is a unique crystalline zeolite intermediate that is also transformed into a mesoporous zeolite upon calcination.
Career Highlights
O'Brien has collaborated with prominent institutions, including the Saudi Arabian Oil Company and the University of California, enhancing his research with practical applications in industry. His experience combines academic rigor with industrial innovations, showcasing his versatility as an inventor.
Collaborations
Throughout his career, Jeremy Thomas O'Brien has had the opportunity to work alongside talented individuals such as Sarah Lihoa Kobaslija and Evan R. Williams. These collaborations have facilitated knowledge exchange and enriched the innovation process in the field of zeolite synthesis, allowing for a diverse range of ideas to flourish.
Conclusion
Jeremy Thomas O'Brien's contributions to the development of tunable mesoporous zeolites represent significant advancements in material science. His patented methods not only enhance our understanding of zeolite synthesis but also open doors to new applications in various industries. As he continues to innovate, O'Brien remains a key figure to watch in the field of material science and engineering.