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Disclaimer: For full disclosure, Loa Carbon is a portfolio company at Climate Capital where our host, Katie Durham works as a Principal of Climate Capital Syndicate.
CC Pod is not investment advice and is intended for informational and entertainment purposes only. You should do your own research and make your own independent decisions when considering any investment decision.
This week on the CC Pod, host Katie chats with Ryan Shearman, the CEO and co-founder of Loa Carbon. Beyond Aether Diamonds, Loa Carbon is focused on transforming industries by decarbonizing energy and chemical sectors with innovative solutions. Tune in to hear how Loa Carbon revolutionizes climate tech, from diamonds to methane!
Ryan shares his journey into the climate tech space, which began after he read the book "Drawdown" in 2018. This book introduced him to the concept of direct air capture (DAC) and sparked his interest in finding economically viable ways to utilize captured CO2. While many companies at the time were focused on mineralizing CO2 or selling carbon credits, Ryan envisioned a different approach: using captured CO2 to create valuable products.
Initially, Loa Carbon concentrated on producing synthetic diamonds from atmospheric carbon, leveraging the chemistry of the Sabatier reaction, which converts CO2 into methane. This unique angle not only provided a compelling story that captured public interest but also served as a launchpad for the company. The initial focus on diamonds allowed Loa Carbon to gain traction and visibility, culminating in significant media coverage, including recognition as one of Time magazine's top inventions of the year in 2022.
However, Ryan emphasizes that while diamonds are a high-value product, they alone cannot significantly impact atmospheric carbon levels. Therefore, Loa Carbon has expanded its vision to address broader industrial applications. The company aims to decarbonize the energy and chemical sectors by creating high-purity methane gas that can serve as a drop-in replacement for fossil fuels. This approach aligns with the growing demand for sustainable solutions in industries that have historically relied on hydrocarbons.
Loa Carbon's technology allows for the efficient conversion of CO2 into methane, with a focus on maintaining high purity levels. This efficiency not only reduces costs but also positions the company to explore various applications, including the production of graphene—a material with vast potential in multiple industries. Ryan believes that by synthesizing carbon-based products that permanently sequester carbon, such as diamonds and graphene, Loa Carbon can contribute to a circular economy and help mitigate climate change.
Throughout the conversation, Ryan highlights the importance of leveraging existing infrastructure and creating products that seamlessly integrate into current systems. By doing so, Loa Carbon aims to provide solutions that are not only environmentally beneficial but also economically viable, making it easier for industries to adopt sustainable practices.
For more insights into Loa Carbon, visit https://loacarbon.com/.
