Company Filing History:
Years Active: 2018-2019
Title: **Innovator Spotlight: Todd Rinkenberger from Atascadero, CA**
Introduction
Todd Rinkenberger, an inventive mind based in Atascadero, California, has made notable contributions to the field of fertigation through his innovative patents. With a focus on sustainable agricultural practices, his inventions aim to optimize the use of resources in crop cultivation.
Latest Patents
Todd Rinkenberger holds two patents, both centered around a revolutionary method and apparatus for fertigation with wastewater. His patented technology involves blending wastewater with fresh water at a predetermined flow ratio through a blending valve. A logic-based controller manages this blending process, adjusting the flow based on the electrical conductivity (EC) of the resulting mixture. This feedback loop ensures that the blended stream consistently meets a specified EC target, thus maximizing efficiency in fertigation applications.
Career Highlights
Currently employed at Netafim, Ltd., Todd continues to push the boundaries of agricultural technology. His work reflects a deep commitment to enhancing crop yield while minimizing water waste. His technical expertise and innovative approach have positioned him as a significant contributor to sustainable farming practices.
Collaborations
At Netafim, Todd collaborates closely with his coworker, Dennis Hannaford, among others. Together, they strive to develop cutting-edge solutions that address the challenges faced by modern agriculture. Their partnerships leverage diverse knowledge and skills to create advanced technologies that improve irrigation and crop management.
Conclusion
Todd Rinkenberger's inventions demonstrate a forward-thinking approach to agriculture, highlighting the potential of integrating technology and sustainability. His patents stand as testament to his innovative spirit and dedication to advancing the efficiency of farming practices in a responsible manner. As he continues his work at Netafim, his contributions will undeniably influence the future of crop cultivation and resource management.