Company Filing History:
Years Active: 1976-1988
Title: The Innovative Contributions of Inventor Michael D. Winfield
Introduction: Michael D. Winfield is a prominent inventor based in Bloomingdale, Illinois, whose innovative work has led to the development of two significant patents in the field of chemical engineering. His contributions focus on improving processes that are vital for the production of high-octane gasoline and the management of black oil conversion processes.
Latest Patents: Michael D. Winfield holds two patents that showcase his expertise and innovative thinking. The first patent, titled "High Severity Catalytic Reforming Process," introduces an improved catalytic reforming technique designed to operate at high severity. This process results in a reformate product with an enhanced octane rating, addressing the need for alternatives to lead-based additives in motor gasoline. It specifically addresses the formation of undesirable polycyclic aromatic compounds during operation and offers methods for their removal through adsorption on suitable materials.
The second patent, "Black Oil Conversion Process Startup and Shutdown Methods," outlines effective methods for starting up and shutting down reactors used in hydrocracking and hydrodesulfurization of black oils. This process includes flushing the reactor with heavy vacuum gas oil to optimize the transition between the black oil feed stream and lighter hydrocarbon streams, ensuring efficient low-temperature operation.
Career Highlights: Michael D. Winfield is currently associated with UOP LLC, an industry leader in technology and services for refining and petrochemical processes. His role at UOP highlights his commitment to advancing innovative solutions in the field. His work not only demonstrates his technical proficiency but also showcases his ability to address industry challenges through creative problem-solving.
Collaborations: Throughout his career, Michael has collaborated with notable colleagues, including Richard W. Bennett and Paul R. Cottrell. These collaborations reflect a shared passion for innovation and demonstrate the collaborative nature of advancements in chemical engineering and refining processes.
Conclusion: Michael D. Winfield's contributions to the field of chemical engineering are marked by his innovative patents that focus on improving gasoline production processes and managing black oil conversions. His work exemplifies the vital role of inventors in enhancing industry capabilities and addressing environmental concerns. Through his career at UOP LLC and collaborations with fellow innovators, Michael continues to impact the industry positively.