About Dioxycle
Dioxycle is pioneering breakthrough carbon utilization technologies that convert industrial emissions into sustainable chemicals with unprecedented energy and cost efficiency. By displacing fossil fuels for the production of key chemicals, Dioxycle has the potential to ultimately reduce over 800 million tons of CO2 per year, representing over 2% of the world's emissions.
At the core of our process is a novel electrolyzer, using electricity and widely available feedstocks (CO, CO2 emissions, salt streams) rather than fossil fuels, de-linking the production of critical chemicals from fossil-linked supply chains exposed to chokepoints, export bans, and price volatility. We focus on chemicals where our direct electrified pathway simplifies complex multi-step fossil-fuel-based processes into fewer simpler steps; delivering a process that is both cleaner and cheaper.
Our team is innovating across chemical, mechanical and system engineering to turn carbon transformation into an economically feasible, industrial reality through this completely novel technological approach. Having completed our industrial-scale electrolyzer prototype, we are now working with our chemical and downstream offtakers towards First-of-a-kind plant deployment and subsequent commercial roll-out.
We are supported by world-class funders including Bill-Gates-founded Breakthrough Energy Ventures, Lowercarbon Capital and Gigascale Capital and have raised $40M to date. We operate from two centers in Paris and California (so whether you are passionate about outdoors or good food/art scenes, we have a location for you to join!)
Your Mission
Dioxycle is seeking a hands-on Senior Electrochemist to join our Menlo Park-based electrochemical R&D team. You will develop and test novel, high-impact electrolyzers and demonstrate state-of-the-art performance metrics across multiple product streams. Your role is instrumental in transforming identified market opportunities into world-class electrolyzers that economically produce clean chemicals.
To thrive in this role, you should be a hands-on scientist with a strong understanding of electrochemical kinetics and transport. Ideal candidates can design experimental campaigns that deliver clear answers to key research questions, and can equally approach problems from fundamentals or simple models to guide research direction. If you are comfortable questioning hypotheses and proposing alternative explanations grounded in fundamentals, you will be a great fit for the team.
Key Responsibilities:
- Design and execute experimental plans and/or models that provide unambiguous answers to key research questions about our electrolyzers
- Conduct hands-on experimental work and data analysis to improve electrolyzer efficiency
- Apply electrochemical techniques to evaluate the performance and durability of electrolyzer components, from new electrodes to cell hardware
- Work cross-functionally with Process Engineering, Design, and other chemistry teams to align on the critical path to product success
- Actively foster a culture of safety in the lab
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