Company Filing History:
Years Active: 2021-2023
Title: Pettus Kincannon: Innovator in Hydroprocessing Catalysts
Introduction
Pettus Kincannon is a notable inventor based in Little Rock, Arkansas. He has made significant contributions to the field of hydroprocessing catalysts, particularly in sulfur abatement technologies. With a total of two patents to his name, Kincannon's work focuses on improving environmental sustainability in industrial processes.
Latest Patents
Kincannon's latest patents revolve around reactivated hydroprocessing catalysts for use in sulfur abatement. These patents disclose methods, systems, and compositions for providing catalysts for tail gas clean-up in sulfur recovery operations. The innovative aspect of his work involves obtaining catalysts that were previously used in non-tailgas treating processes and repurposing them for tailgas treatment. This approach not only reduces hazardous waste generation from spent catalyst disposal but also minimizes the environmental impact of the catalyst life cycle. Furthermore, the methods and systems he developed offer an economically attractive source of high-performance catalysts for tailgas treatment, benefiting all parties involved in the catalyst supply chain.
Career Highlights
Kincannon is currently employed at Evonik Operations GmbH, where he continues to advance his research in catalyst technologies. His work has been instrumental in developing solutions that address both environmental concerns and economic efficiency in industrial operations.
Collaborations
Throughout his career, Kincannon has collaborated with notable colleagues, including Terence McHugh and James D. Seamans. These partnerships have contributed to the success and innovation of his projects.
Conclusion
Pettus Kincannon stands out as an influential inventor in the field of hydroprocessing catalysts. His innovative approaches to sulfur abatement not only enhance industrial efficiency but also promote environmental sustainability. His contributions are vital in shaping a cleaner future for industrial processes.