Roger Roth

Title: Roger Roth - Innovator in Wireless Electrolytic Monitoring

Introduction

Roger Roth, an inventive mind hailing from Salt Lake City, UT, is known for his innovative contributions to the field of electrolytic cell monitoring. With a keen focus on wireless technology, Roth has developed solutions that enhance the efficiency and monitoring capabilities within the industrial sector.

Latest Patents

Roth holds a patent for a groundbreaking invention titled "Wireless Electrolytic Cell Monitoring Powered by Ultra Low Bus Voltage." This innovative system enables a device to be powered by the electrical potential across an electrolytic cell, which is voltage-boosted for efficiency. If the electrical potential is insufficient, the device can switch to battery power. It wirelessly communicates with sensors within the electrolytic cell and a secondary electronic device, employing spread spectrum technology to transmit data signals over public or private networks. This arrangement is particularly beneficial in applications such as copper production.

Career Highlights

Roger Roth is currently associated with the Kennecott Utah Copper Corporation, where his work as an inventor has made significant advancements in industrial monitoring technologies. His expertise in integrating wireless communication with electrochemistry has positioned him as a pioneer in enhancing operational efficiencies within the industry.

Collaborations

Throughout his career, Roger has collaborated with talented colleagues, including Eugene You and Antonio Berges-Dreyfous. These collaborations have facilitated the exchange of ideas and spurred further innovations in the realm of electrolytic cell monitoring and management.

Conclusion

Roger Roth's contributions to innovation in wireless electrolytic monitoring exemplify the transformative power of modern technology in the industrial sector. His commitment to excellence in invention, coupled with collaborative efforts, continues to pave the way for advancements that enhance productivity and data management in electrolytic processes.