Hartley Owen

Title: Hartley Owen: Innovation in Fluidized Catalytic Cracking

Introduction:

Hartley Owen, an accomplished inventor based in Belle Mead, NJ (US), has established a remarkable career with a focus on innovations in fluidized catalytic cracking (FCC) processes. With an impressive portfolio consisting of 266 patents, Owen's groundbreaking contributions have significantly advanced the realm of thermal cracking reduction. In this article, we will explore Owen's latest patents, highlight key aspects of his career, and delve into his notable collaborations with industry peers.

Latest Patents:

One of Owen's recent patents, titled "FCC closed cyclone with snorkel - Thermal cracking in a riser cracking, closed cyclone, fluidized catalytic cracking process is reduced," stands out as a significant stride in FCC technology. This patent introduces the integration of a snorkel or flow conduit, located just above the catalyst stripper, which channels stripper vapor into the closed cyclone system. By eliminating the need for a stripper cap and leveraging fluid dynamics, Owen's design facilitates the isolation of stripper vapor from the upper vessel components containing the riser outlet. The inclusion of the snorkel within the primary cyclone dipleg further enhances the system's effectiveness. The reduced residence time of stripper vapor in the vessel minimizes thermal cracking, improving the overall efficiency and performance of the FCC process.

Career Highlights:

Throughout his career, Owen has made substantial contributions to the field of fluidized catalytic cracking. He has worked with prestigious companies, including Mobil Oil Corporation, where he honed his expertise and played a pivotal role in developing innovative solutions. Owen's extensive experience and deep understanding of FCC processes have shaped the industry's landscape and advanced the efficiency and sustainability of petroleum refining.

Collaborations:

Collaboration often fuels groundbreaking inventions, and Hartley Owen's career is no exception. One of his notable collaborations was with Mohsen N Harandi, an esteemed colleague and fellow innovator in the field. Together, they combined their expertise to push the boundaries of FCC technologies. Additionally, Owen has collaborated with Paul H Schipper, another renowned name in the field of fluidized catalytic cracking. These collaborations have not only produced remarkable patents but have also fostered a culture of knowledge sharing and innovation within the industry.

Conclusion:

Hartley Owen's remarkable journey as an inventor in the realm of fluidized catalytic cracking is highlighted by his numerous patents and pivotal contributions to the industry. His patented invention of the FCC closed cyclone with a snorkel has emerged as a significant breakthrough, reducing thermal cracking and optimizing the efficiency of FCC processes. Owen's collaborations with industry peers and his successful tenure at reputable companies showcase his commitment to driving advancements and establishing himself as a key figure in the field. His contributions will continue to shape the future of petrochemical refining and inspire fellow inventors to explore new horizons in the ever-evolving world of FCC technology.