Company Filing History:
Years Active: 1976
Title: The Innovative Mind of Phillip D Montgomery
Introduction
Phillip D Montgomery, based in Creve Coeur, Missouri, is an accomplished inventor known for his contributions in the field of chemistry, particularly in the manipulation and transformation of organic compounds. With a total of two patents to his name, Montgomery has made significant strides in developing innovative processes that enhance chemical production.
Latest Patents
Montgomery's latest patents highlight his expertise in oxygen carrier compositions and the production of stilbene and styrene. His first patent focuses on an oxygen carrier composition that utilizes a combination of lead, magnesium, and aluminum, coupled with a vapor phase process for dehydrocoupling toluene and its derivatives. This innovative process aims to form stilbene and various derivatives, further contributing to the field.
The second patent centers on the production of stilbene from toluene and its derivatives. In this vapor phase reaction, metal oxides play a crucial role in dehydrocoupling the compounds to produce stilbene. The resulting stilbene products undergo purification to remove polar impurities, enabling their catalytic reaction with ethylene to create styrene.
Career Highlights
Montgomery’s career includes significant tenure at Monsanto Company, where he has been able to focus on his research and innovation. His work at Monsanto has provided a solid platform for his inventive endeavors, leading to the remarkable patents that enhance synthetic chemistry processes.
Collaborations
Throughout his career, Montgomery has collaborated with notable colleagues, including Richard N Moore and Walter R Knox. These partnerships foster a dynamic environment of innovation and shared knowledge, allowing for the advancement of their collective work in the realm of chemistry.
Conclusion
Phillip D Montgomery is a key contributor to the evolving field of chemical engineering. With his innovative patents and collaborative spirit, he continues to push the boundaries of what is possible in the transformation of organic compounds. His work not only impacts the production of essential chemicals but also sets a standard for future inventors in the industry.