Company Filing History:
Years Active: 1977
Title: The Innovative Contributions of Dan C Worlton
Introduction
Dan C Worlton was a notable inventor whose work significantly impacted the field of nuclear engineering. He was based in Richland, WA (US) and is remembered for his innovative approach to detecting fuel rod leakage in nuclear reactors. His contributions to the industry are marked by his unique patent that addresses a critical safety concern.
Latest Patents
Worlton held a patent for the "Detection of fuel rod leakage." This invention involves determining nuclear reactor fuel rod leakage by measuring the vibrational characteristics of a resilient, flexible means sealed within the upper end caps of the fuel elements. The flexible means, preferably a metallic diaphragm, is set into motion by the impact of an internal metal rod operated by an external magnetic field. This method allows for an indication of the pressure inside a fuel element without disturbing the welded assembly. The metal rod is activated, and vibration measurements are made using a special tool that fits near the end cap of the fuel element to be tested. Worlton's patent is a testament to his ingenuity and understanding of complex engineering challenges.
Career Highlights
Throughout his career, Worlton worked with Exxon Nuclear Company, Inc., where he applied his expertise in nuclear technology. His work contributed to advancements in safety and efficiency within the nuclear energy sector. Worlton's innovative spirit and dedication to his field have left a lasting legacy.
Collaborations
Worlton collaborated with several professionals during his career, including his coworker Dan L Robinson. Their combined efforts in the field of nuclear engineering helped to advance the understanding and technology surrounding nuclear fuel safety.
Conclusion
Dan C Worlton's contributions to the field of nuclear engineering, particularly through his patent for detecting fuel rod leakage, showcase his innovative spirit and dedication to safety. His work continues to influence the industry and serves as an example of the importance of innovation in engineering.