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Carbon Energy

Carbon Energy pioneers direct air capture (DAC) with an electrochemical system that removes CO₂ while generating renewable energy. Our modular, scalable technology aims to capture 1 million tons of CO₂ annually by 2030, offering a cost-effective solution below $100/ton to achieve net-zero goals.
2022
1-10
Dover, Delaware, United States

http://www.carbonenergy.ai/

BatteriesIndustrial ManufacturingRenewableWaste Management
  • Batteries
  • Industrial Manufacturing
  • Renewable
  • Waste Management
Innovation
Investment Funding
People
Products
Awards and Recognitions
News

Innovation

Industry Problem

Carbon Energy aims to combat climate change by addressing the dual challenge of high atmospheric CO₂ levels and the high energy cost of traditional carbon capture methods. Their solution targets both carbon removal and clean energy generation in a single, efficient process.

R&D Focus

Carbon Energy focuses its R&D on electrochemical Direct Air Capture (DAC) technology that uniquely captures carbon dioxide from the atmosphere while simultaneously generating renewable energy. Their niche lies in modular, scalable systems that enable cost-effective carbon removal (under $100/ton) and energy co-generation, setting them apart from traditional capture methods. They also explore carbon mineralization and CDR futures, positioning themselves at the intersection of carbon capture, clean energy, and climate finance.

Innovative Solution

Carbon Energy is solving the problem of climate change by developing a modular electrochemical Direct Air Capture (DAC) system that captures carbon dioxide directly from the atmosphere and simultaneously generates renewable energy. Their system uses stackable unit cells composed of an anode, separator, and cathode, where CO₂ reacts with oxygen and metals to form solid carbonates. This solid form of CO₂ is safer to store and has industrial use, making the process more economically viable. The modular design allows for easy scalability to megaton and gigaton levels, significantly reducing the cost of carbon removal to less than $100 per ton while providing clean energy and contributing to RE100 goals.

Solution Effectiveness

Carbon Energy’s solution has proven effective at scale, with its pilot system already commercial-ready and designed for easy scalability to gigaton-level CO₂ removal. The technology can reduce carbon removal costs to below $100 per ton, a significant improvement over traditional DAC methods that often exceed $600 per ton. Their modular system aims to capture 1 million tons of CO₂ annually by 2030, eventually scaling to remove 1% of global CO₂ emissions, showcasing both high efficiency and long-term impact potential.

Investment Funding

Last Funding Stage

Seed

Startup Stage

Seed

Lead Investors

Future Science and Technology Holdings, Rising S Ventures, Row partners

People

Founders

  • Siyoung Na

CEO

  • Siyoung Na

Products

Product

– Electrochemical DAC System – Captures CO₂ from ambient air using an electrochemical process while simultaneously generating renewable energy. – Unit Cell – A single electrochemical cell consisting of an anode, separator, and cathode; captures CO₂ an

Star Product

Electrochemical Direct Air Capture (DAC) System is Carbon Energy’s core breakthrough technology that sets them apart from traditional carbon capture solutions. It uniquely captures CO₂ directly from the air through an electrochemical reaction while simultaneously generating renewable energy. This dual-function approach not only improves energy efficiency but also reduces overall costs, making it scalable and economically viable. The modular design of this system enables easy expansion to gigaton-scale carbon removal, positioning it as the flagship product driving the company’s mission and business growth.

Demo Product or Complete Product?

Carbon Energy’s Electrochemical Direct Air Capture (DAC) System is currently in the pilot stage. The company is actively validating this technology through a small-scale pilot facility, with plans to scale up to large-scale operations capable of removing millions of tons of carbon dioxide annually. This dual-purpose system not only captures CO₂ but also generates renewable energy, setting it apart from traditional carbon capture methods. The pilot facility has been showcased at events such as COMEUP Stars 2024, indicating progress toward commercialization.

Awards and Recognitions

Media Apperance

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