Company Filing History:
Years Active: 2008
Title: **William R. Gerristead, Jr.: Innovator in Noble Gas Recovery**
Introduction
William R. Gerristead, Jr., based in High Bridge, NJ, is a distinguished inventor known for his innovative approach to recovering noble gases from gas mixtures. With a focus on enhancing the efficiency of gas separation processes, his work contributes significantly to the field of environmental management and resource recovery.
Latest Patents
William R. Gerristead, Jr. holds a patent for a method titled "Treatment of Effluent Gases." This patent describes a sophisticated technique for recovering noble gases, such as xenon and krypton, from a gas mixture that also contains helium, nitrogen, argon, and light fluorocarbons. The process employs gas chromatography to efficiently separate the noble gas from other components, utilizing a column where the noble gas travels at a slower rate. A subsequent application of a purge gas facilitates the extraction of the noble gas, resulting in a refined noble gas-rich output and a reusable purge gas stream.
Career Highlights
William R. Gerristead, Jr. has made significant contributions to The BOC Group, Inc., where he has applied his expertise in gas technologies. His innovative patent work reflects his commitment to developing practical solutions that address both industrial needs and environmental considerations. By pushing the boundaries of existing technologies, he enhances the capabilities of gas separation processes within his organization.
Collaborations
Throughout his career, William has collaborated with notable peers, including Ravi Kumar Jain and Julian Richard Dean. Together, they have engaged in research and development efforts, sharing knowledge and expertise to further advance innovations in gas recovery and separation techniques.
Conclusion
William R. Gerristead, Jr. stands out as an impactful inventor with a clear focus on environmental sustainability through innovative technologies. His dedication to improving noble gas recovery methods exemplifies how inventive thinking can lead to advancements in both industry and environmental stewardship. As the need for efficient resource management increases, his contributions remain invaluable to the scientific community and the broader public.