BioZen’s Redoxolyte™ electrolytes are the energy storage materials for tomorrow — inspired by the most abundant energy storage on earth.
To meet Paris Climate Agreement goals the US needs 200 gigawatts (GW) of long-duration grid-scale energy storage by 2035. In 2024, the US has 26 GW [1] with another 20 GW planned for 2025.
Ramping up in time will take energy storage materials that are dramatically easier to access, abundant, safer, and cheaper to produce than the leading battery materials today.
Collectively, green plants store more energy in their cells than all other living things on earth combined [2].
Their secret is in using organic semiconductors to convert and store electricity — a method BioZen has mimicked in its patent-pending Redoxolyte™ electrolytes.
[1] US Energy Information Administration. Cumulative US utility-scale battery power capacity (2011-2025).
[2] Y. M. Bar-On et al. PNAS 2018. The biomass distribution on Earth.
Meet the Team
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Nate Kirchhofer, PhD
CEO, Co-Founder
Physical Electrochemistry
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Eric Brigham, MBA
CFO, Co-Founder
Distributed Systems
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Seamus Jones, PhD
CTO, Materials Chemistry
Prof. Materials Engineering, Cal Poly SLO
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Maarten Rutgers, PhD
VP of Engineering
Flow Systems + Fluidics
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Craig Lewis
Sr. Advisor, Technical Strategy
Executive Director, Clean Coalition
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Russ Weed
Sr. Advisor, Business Strategy
President, CleanTech Strategies LLC
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Matei Jordache
Advisor, Engineering
Electromechanical Design
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Abe Mezrich
Fractional CMO
Mezrich Communications
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Celine Kusuma
Marketing Associate
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Zach Rengert, PhD
Consultant, Co-founder