Ohad Zimron

Title: Ohad Zimron: Innovations in Gas Purging Technology

Introduction

Ohad Zimron, based in Rishon Lezion, Israel, is an accomplished inventor specializing in technologies aimed at improving efficiency in thermal systems. With a strong focus on the purging of non-condensable gases from condensers, Zimron has made significant contributions to the field, earning two patents for his innovative designs.

Latest Patents

Zimron's latest patents encompass innovative apparatuses for purging non-condensable gases from condensers containing vaporized, condensable working fluids. The first patent describes an apparatus that includes an enclosed chamber located above the condenser, featuring a movable diaphragm to divide the chamber into upper and lower portions. This system incorporates two selectively operable flow control valves connected between the condenser and the chamber's lower portion, as well as a venting valve. Zimron's design aims to optimize the volume management of the lower chamber while synchronizing the states of the valves for efficient gas removal.

The second patent mirrors this inventive mechanism, reinforcing the functionality and operational efficiency of condensers in thermal systems. It highlights the same structural elements—an enclosed chamber, movable diaphragm, and flow control valves—demonstrating Zimron's commitment to refining this technology.

Career Highlights

Currently, Ohad Zimron is employed at Ormat Turbines Ltd., a company known for its pioneering work in the renewable energy sector. His work in thermal systems showcases his expertise and innovative spirit, contributing considerably to advancements within the industry.

Collaborations

Zimron collaborates with his coworker, Alon Kedar, enhancing the research and development environment at Ormat Turbines Ltd. Their partnership is indicative of the collaborative spirit that fosters innovation in complex engineering fields.

Conclusion

Ohad Zimron's inventive contributions, particularly his patents in gas purging technology, underscore the importance of innovation in improving system efficiencies. His collaboration with industry professionals continues to pave the way for advancements that benefit both the energy sector and broader engineering applications.