Stanley G Wiedmeyer

Title: Innovations by Stanley G. Wiedmeyer

Introduction

Stanley G. Wiedmeyer, a notable inventor based in Glen Ellyn, IL, has made significant contributions to the field of nuclear technology. With an impressive portfolio of 19 patents, his work focuses on advanced systems for materials processing and waste management in nuclear applications.

Latest Patents

Among his latest innovations is the "System for Salt Removal from Uranium Metal." This inventive system incorporates a vessel, heater, pump, and condenser designed to separate salt from uranium effectively. The vessel receives uranium with a salt concentration, and the heater facilitates the conversion of salt into vapor while melting the uranium, which subsequently releases the salt vapor. The pump circulates an inert gas to carry the vapor away, while the condenser collects it for further processing.

Another significant patent is the "Actinide and Rare Earth Drawdown System for Molten Salt Recycle." This method outlines a process for recycling molten salt from electrorefining, which involves collecting actinide metals and rare earths using separate cathodes, chlorinating the collected materials, and utilizing a system designed to heat and process the electrolyte salt.

Career Highlights

Wiedmeyer has worked for prominent organizations including GE-Hitachi Nuclear Energy Americas LLC and UChicago Argonne, LLC. His role in these companies has allowed him to contribute to the development of state-of-the-art technologies essential for the nuclear energy sector.

Collaborations

Throughout his career, Wiedmeyer has collaborated with fellow innovators such as James L. Willit and Mark A. Williamson. These partnerships have undoubtedly facilitated the exchange of ideas and contributed to the advancement of nuclear engineering.

Conclusion

In conclusion, Stanley G. Wiedmeyer stands out as an influential figure in the field of nuclear technology through his numerous patents and collaborative efforts. His innovative solutions for salt removal and recycling processes exemplify the critical advancements necessary for the future of nuclear energy and materials management.