Joseph Perryman (Brineworks)
Overview
Joseph T. Perryman is recognized as a co-founder and Chief Technology Officer (CTO) of Brineworks, an innovative climate technology company based in Amsterdam, Netherlands, that specializes in Direct Air Capture (DAC) and hydrogen co-production technologies. Perryman's academic and professional journey showcases a robust background in chemistry and mathematics, highlighted by his research work at esteemed institutions such as Stanford University, Velazquez Research Group, and the University of California, Davis. As a leading figure in the climate technology sector, Perryman has significantly contributed to the development of sustainable energy solutions, including the creation of a cutting-edge electrolyzer capable of operating on intermittent renewable energy sources.
Recent Developments
Over the past two years, Joseph Perryman has been at the forefront of several key developments at Brineworks:
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September 19, 2025: Brineworks secured €6.8 million in new funding aimed at scaling their ultra-low-cost Direct Air Capture technology. This funding round was led by SeaX Ventures, with participation from other significant investors such as Pale Blue Dot and First Momentum.
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February 2025: The European Innovation Council (EIC) awarded Brineworks a €1.8 million grant to advance their pioneering electrochemical platform, which captures CO2 directly from the air while co-producing green hydrogen.
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September 2024: Brineworks raised approximately $2.2 million (€2 million) led by Pale Blue Dot, focusing on advancements in seawater electrolysis technology for sustainable CO2 and hydrogen extraction.
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Ongoing Projects: The company has expanded its project scope to include partnerships across North America, Europe, Asia, and exploratory initiatives in Northern Africa and the Middle East, aiming to demonstrate their technology's versatility in various climates and scales.
Personal Information
| Attribute | Information |
|---|---|
| Full Name | Joseph T. Perryman |
| Born | (Date and Place not publicly available) |
| Nationality | Presumably American (based on educational background) |
| Occupation | Co-Founder, CTO of Brineworks |
| Known For | Climate technology innovations, co-founder of Brineworks |
| Net Worth | (Not publicly disclosed) |
| Education | Stanford University, University of California, Davis |
Early Life and Education
Joseph Perryman pursued a career path deeply rooted in the scientific exploration of chemistry and mathematics. Through his undergraduate studies, he demonstrated a keen aptitude for research in analytical, inorganic, and materials chemistry. His academic journey proceeded with intensive graduate research at the University of California, Davis, where he honed his skills in chemical analysis and developed a robust understanding of climate technology. Perryman's postdoctoral contributions at Stanford University provided him with a platform to delve into advanced electrochemical research, setting the stage for his future endeavors at Brineworks.
Perryman's formative experiences in academia, coupled with his innovative mindset, shaped his career trajectory towards sustainable technology solutions. His interdisciplinary education equipped him with the necessary tools to tackle complex challenges within the climate technology sector.
Career and Notable Achievements
Joseph Perryman's professional journey is marked by significant contributions to both academia and corporate innovations:
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Academic Contributions: Perryman held research and teaching roles at Stanford University and the University of California, Davis, focusing on the physical characterization of materials and energy-related chemical processes.
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Industry Leadership: As a co-founder and CTO of Brineworks, Perryman has been instrumental in developing seawater electrolysis technology that enables the extraction of carbon dioxide and hydrogen, contributing to the creation of sustainable e-fuels.
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Innovative Electrolyzers: He led the design and deployment of Brineworks' patented electrolyzer, which uniquely operates efficiently on renewable energy sources, a breakthrough in intermittent renewable energy use.
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Recognition in Climate Tech: His work in electrochemical technology has positioned Brineworks as a noteworthy player in climate tech innovation, specifically targeting hard-to-abate sectors like aviation and shipping.
Current Work and Impact
In his current role at Brineworks, Joseph Perryman focuses on advancing the commercial readiness of their Direct Air Capture technology, which includes producing carbon-neutral fuels crucial for the aviation and maritime industries. His leadership in deploying scalable, renewable-powered technology is paving the way for substantial reductions in global carbon emissions. Perryman's work contributes significantly to the broader efforts of achieving energy independence and decentralized fuel production worldwide.
Conclusion
Joseph Perryman stands as a pivotal figure in climate technology, bridging the gap between innovative scientific research and its practical application in industry. His endeavors at Brineworks not only advance the potential of renewable energy technologies but also champion a sustainable future. As the world progresses towards decarbonization, Perryman's impact and legacy in the field will be defined by the tangible environmental and technological advancements facilitated through his work, potentially revolutionizing energy consumption and carbon capture methodologies on a global scale.