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Eric Dahlgren

Eric Dahlgren

CEO of Aircela, pioneering fossil-free fuels from air and water

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Summary

Eric Dahlgren is a visionary entrepreneur and scientist, currently leading Aircela Inc. as CEO and Co-Founder. His company is at the forefront of sustainable fuel technology, producing fossil-free gasoline from air, water, and renewable electricity, demonstrating a commitment to addressing global environmental challenges through innovative engineering. aircela+2
With a strong academic background, Eric holds a PhD in Environmental Engineering from Columbia University, where his research focused on the miniaturization of environmental engineering problems. This academic pursuit provided the foundation for his later entrepreneurial endeavors in direct air capture and synthetic fuel production. aircela+2
Eric's expertise spans advanced materials and sustainable technologies, as evidenced by his role as Chief Scientific Officer and Co-Founder at Glassy Metals LLC, where he contributed to patents on supercooling and electromagnetically stirring metal alloys. His work at Braidy Industries further showcased his dedication to developing sustainable materials, specifically aluminum alloys for the automotive sector. theorg+1
Eric Dahlgren is the great-grandson of Nobel laureate Svante Arrhenius, a pioneer in understanding the greenhouse effect. This family legacy in environmental science appears to inform Eric's passion for developing solutions to combat climate change, linking his cutting-edge work on carbon capture and synthetic fuels to a long-standing commitment to environmental innovation. aiche+1

Work

Education

Writing

Synthetic fuel production system and related techniques

April 1, 2025

A system configured to produce liquid fuel using carbon dioxide extracted from the air and hydrogen generated from aqueous solutions by electrochemical means. This system reacts CO2 and hydrogen to form methanol, and can further process it into various hydrocarbons like gasoline, diesel, and jet fuels.

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Techniques and apparatus for electromagnetically stirring a melt material

January 26, 2021

Techniques and apparatus for electromagnetically stirring a melt material, where an electrically conductive alloy is subjected to alternating current (AC) and a magnetic field while molten, to improve heat transfer and chemical homogeneity during solidification, relevant for glassy metals.

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Method and apparatus for supercooling of metal/alloy melts and for the formation of amorphous metals therefrom

February 18, 2020

A method and apparatus for creating amorphous metals by electromagnetically supercooling a metal/alloy, suppressing crystallization through exposure to electric currents, allowing the melt to reach significant supercooling levels and form amorphous metals.

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Small Modular Infrastructure

October 1, 2013

This paper argues that advances in automation, communication, and manufacturing enable a shift from large-scale to small-scale, modular infrastructure in industries like transportation, electric power, and raw material processing.

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