Summit Nanotech
Jeremy Patt has a strong background in the chemical industry and has held various roles throughout their career. Jeremy began their career at Celanese, where they worked as a Senior R&D Engineer and later as a Senior Production Engineer. Jeremy then moved to ExxonMobil Chemical as a Senior R&D Engineer, focusing on Catalytic Process R&D.
After that, Jeremy joined The Dow Chemical Company, where they served as a Senior R&D Leader and Senior Strategy Leader in the Global R&D division. Jeremy also worked as a Fellow in Performance Materials R&D.
Jeremy then transitioned to Valspar, where they took on the role of Global Director of Process Chemistry and Engineering. Jeremy held this position for four years before joining Sherwin-Williams, where they continued to serve as Global Director of Process Chemistry and Engineering. Jeremy led global engineering teams and had expertise in various areas, including polymer reaction engineering, catalysis, fluid mechanics, and mixing.
In 2018, Jeremy took on new challenges and entered the start-up environment. Jeremy became the Vice President of Engineering and Process Development at Hyconix, where they also served as an Advisor. Jeremy also held the role of Advisor at Synata Bio.
In 2022, Jeremy moved to AquaHydrex, where they served as the Chief Technology Officer. Jeremy held this position until 2023 when they joined Summit Nanotech as their Chief Technology Officer.
Overall, Jeremy Patt has extensive experience and expertise in chemical engineering, process development, and technology leadership roles.
Jeremy Patt holds a Doctor of Philosophy (PhD) degree in Chemical Engineering from the University of Michigan, which they obtained in 2003. Prior to their doctoral studies, they completed their Bachelor of Science in Engineering (BSE) in Chemical Engineering from the same university in 1997.
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Summit Nanotech
Summit Nanotech develops core technologies to accelerate the global transition to clean energy. Summit Nanotech’s first technology, denaLi™ DLE technology (direct lithium extraction), provides extraction as a service (EaaS) using plug-and-play modular units for the cleanest and most efficient lithium extraction technology in the world. Summit’s denaLi™ modular units are designed to double yield, reduce GHG emissions, minimize the use of chemicals and fresh water, and cut waste by 90% compared to traditional methods, surpassing global ESG standards. In addition, Summit's denaLi™ H technology is being developed to recover lithium from lithium-ion battery recycling streams contributing to the circular economy of the future.