Company Filing History:
10 out of 170 
1 out of 60 
1 out of 832,761 Years Active: 1976-1983
Title: The Innovations of George J. Snell
Introduction
George J. Snell, an esteemed inventor based in Fords, NJ, has significantly contributed to the field of chemical engineering, particularly in processes involving gasification and lignin cracking. With a total of 12 patents to his name, Snell's inventions have paved the way for advancements in hydrocarbon production and carbon conversion efficiency.
Latest Patents
Snell's most recent patents showcase his innovative approaches to utilizing fast fluidized bed technologies. One notable patent describes a lignin cracking process that allows for the conversion of lignin-containing feed materials, such as those derived from black liquor, into valuable hydrocarbon products like ethylene. This process utilizes dual fluidized beds arranged in series flow, where a stream of feedstock is introduced with a diluent gas into a fast fluidized bed for cracking reactions at superficial gas velocities exceeding 5 ft/sec. The system is designed to recycle particulate solids, promoting efficiency in producing hydrocarbon outputs.
Another significant patent details a method for dry bottom coal gasification using a fast fluidized bed gasification system. In this process, carbonaceous materials, such as coal, are introduced in particulate form alongside oxygen and steam into a gasifier assembly. The resulting gas and char are efficiently separated, enabling a higher carbon conversion rate and product yield, ultimately leading to more sustainable energy solutions.
Career Highlights
Throughout his career, George J. Snell has made substantial contributions to various companies, including The Lummus Company and Hydrocarbon Research, Inc. His work has centered around developing innovative technologies that enhance the efficiency of chemical processes. His expertise in fast fluidized bed systems has helped advance the industry standards for biomass and coal gasification.
Collaborations
Snell's impressive body of work has also seen him collaborate with esteemed professionals in the field, including coworkers Morgan C. Sze and Paul Harriman Kydd. These partnerships have enabled Snell to refine his innovations, leveraging the expertise of his colleagues to push the boundaries of chemical engineering.
Conclusion
George J. Snell’s contributions to innovation and invention in the field of chemical engineering make him a noteworthy figure in the realm of patents. His dedication to advancing processes for hydrocarbon production and carbon conversion reflects his commitment to enhancing technology for a sustainable future. With twelve patents to his credit, Snell continues to inspire future generations of inventors and engineers worldwide.