Dioxide Materials is a U.S.-based technology company dedicated to developing and commercializing innovative solutions for carbon dioxide (CO2) utilization. They engineer advanced electrolyzer systems and catalysts that efficiently convert waste CO2 and water into valuable, sustainable chemicals and fuels, such as formic acid, ethylene, and carbon monoxide. Their core mission is to mitigate climate change by transforming CO2 from a liability into a resource, thereby reducing greenhouse gas emissions and promoting industrial decarbonization. The company focuses on cost-effective and scalable technologies to enable a transition towards a circular carbon economy.
The headquarters serves as the primary center for research and development, engineering, pilot-scale manufacturing, business operations, and strategic leadership for the company's CO2 conversion technologies.
State-of-the-art laboratories for electrochemical research, catalyst development, prototype electrolyzer assembly, and performance testing. It likely includes advanced analytical and material characterization facilities.
A dynamic and mission-driven environment focused on scientific innovation, collaborative problem-solving, and achieving tangible impact on climate change. The culture emphasizes research, development, engineering excellence, and a commitment to sustainability.
The Boca Raton facility is the nerve center for Dioxide Materials' pioneering R&D efforts. It is critical for developing, testing, and scaling its proprietary CO2 conversion technology to address global decarbonization challenges and commercialize sustainable chemical production pathways.
While Dioxide Materials is headquartered and primarily operates its R&D in the United States, its technology and mission have global implications and reach. The company actively engages in international collaborations, seeks global partnerships for technology licensing and deployment, and targets international markets for its CO2 conversion solutions. Their aim is to support decarbonization efforts worldwide through their innovative chemical production technologies.
370 W. Camino Gardens Blvd.
Boca Raton
Florida
USA
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As of April 2025, Dioxide Materials' leadership includes:
Dioxide Materials has been backed by several prominent investors over the years, including:
No major publicly announced executive hires or departures have been identified for Dioxide Materials in the last 12-18 months. The core leadership team appears to be stable and focused on technology commercialization.
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While not publicly confirmed, companies like Dioxide Materials commonly use standardized email formats. The most probable formats are [first_initial][last] or [first].[last] @dioxidematerials.com.
[first_initial][last]@dioxidematerials.com
Format
jdoe@dioxidematerials.com
Example
70%
Success rate
SABIC Newsroom • May 16, 2024
SABIC announced a joint collaboration with Dioxide Materials to develop new technology for capturing CO2 from ethylene glycol (EG) manufacturing plants. The project aims to convert the captured CO2 into valuable products, thus reducing emissions and enhancing circularity in the chemical industry....more
Business Wire • October 19, 2023
Azimuth Capital Management, specializing in energy transition investments, announced a significant investment in Dioxide Materials. The funding is intended to help accelerate the commercialization and scale-up of Dioxide Materials' innovative technology for converting CO2 into valuable chemicals and fuels....more
Dioxide Materials Blog • May 10, 2023
Dioxide Materials detailed advancements in their electrochemical technology that enable more cost-effective and environmentally friendly production of formic acid directly from CO2. This development marks a significant step towards sustainable chemical manufacturing and reducing reliance on fossil fuel-based feedstocks....more
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