Episode Summary
Executive Summary: Jason Jacobs interviews the three co-founders of Twelve, a carbon transformation company turning captured CO2 into products like jet fuel, car parts, and consumer ingredients. The discussion covers the company’s origin in Stanford research, commercialization path, customer discovery, scaling strategy, funding journey, policy needs, and the broader case for market-driven carbon removal.
Main Topics: Origin story and founding team (Priority: 5/5): Nicholas Flanders, Dr. Kendra Kuhl, and Dr. Itasha Cave describe how their Stanford PhD research on CO2-to-molecules catalyzed the creation of Twelve and shaped their mission. Carbon transformation as climate solution (Priority: 5/5): The company’s core thesis is that CO2 should not just be stored or reduced, but converted into valuable, molecularly identical products that can scale through market demand. From lab discovery to commercialization (Priority: 5/5): The founders explain the transition from academic publishing to technology transfer, using programs like Activate, I-Corps, and government grants to build early prototypes and customer validation. Customer discovery and product-market fit (Priority: 4/5): They discuss interviewing industrial customers, shifting from ethanol to higher-value materials and ingredients, and winning adoption through sustainability without performance trade-offs. Scaling, manufacturing, and economics (Priority: 5/5): The conversation focuses on how Twelve lowers costs through modular systems, efficient catalysts, larger-scale manufacturing, and a service-based business model. Capital strategy and funding gaps (Priority: 4/5): The founders outline a financing path from grants and philanthropy to venture capital and eventually project finance/debt, while noting a gap in mid-stage deep-tech funding. Policy, impact, and hiring needs (Priority: 4/5): Policy is framed as an accelerator, not a determinant, and the team highlights hiring needs, upcoming jet fuel efforts, and a desire for procurement and clean power policies that speed deployment.
Key Arguments: Twelve’s central argument is that carbon removal becomes scalable when captured CO2 is turned into products people already want, rather than stored underground without a strong market pull. The company believes its process can be cost-competitive because it uses efficient catalysts, modular units, and renewable electricity, reducing both operating and capital barriers. Market demand is key: customers adopt the technology when it helps them meet sustainability goals without sacrificing product performance or requiring trade-offs. The founders argue that early commercialization should start with point-source emissions and concentrated CO2 streams, since those are the most economical and practical near-term feedstocks. A service model lowers adoption friction by letting customers keep buying familiar ingredients while Twelve supplies CO2-derived equivalents. Government grants, philanthropy, and programs like Activate were essential in the invention/prototype phase because venture capital is hard to secure for unproven deep-tech hardware. The team sees policy as helpful mainly when it improves economics, such as through renewable-energy support, procurement rules, or carbon-related incentives. Twelve’s long-term thesis is that consumer and regulatory pressure will continue pushing industrial supply chains toward lower-carbon inputs that are molecularly identical to fossil-based products.
Data Points: MCJ membership size: More than 1,300 members - Jason describes the community built around the MyClimate Journey membership option. Stanford research window: Circa 2010 to 2015/2016 - Itasha describes the period when the founders were researching CO2 conversion in the Stanford lab. First-author papers: 5 first-author papers - Itasha says she and Kendra produced a substantial body of academic work before commercializing. Total co-authored papers: Many co-authored papers - The founders note their broader publication record from the lab phase. Activate cohort: Cohort 1 - They say they were among the first participants in the Activate fellowship program. Customer interviews: 100 interviews - They reference the NSF I-Corps program structure requiring extensive customer discovery. Oil price benchmark: $95 to $100 per barrel - Nicholas explains that their early ethanol idea fit a high-oil-price environment. Pilot example: Mercedes-Benz / Mercedes A-Class - They cite a car parts pilot made from CO2 as an early customer-facing example. CO2 impact potential: 3 gigatons per year - The founders estimate the first few product lines could represent this much CO2 potential. Share of global emissions: Almost 10% - They describe 3 gigatons as nearly 10% of global emissions. Near-term company goal: 0.5 gigaton per year within the next decade - They state the company’s vision for climate impact at scale. Prototype output: Kilograms per day - Kendra says their current prototype converts CO2 at this scale in the lab. Team size: 35–40 to 80+ people - They describe rapid hiring as they move from invention to scaling mode. Projected team growth: Over 100 early next year - The company expects continued expansion. Long-term plant size: $100 million plus - Nicholas references the first-wave cleantech challenge of very large first plants. Carbon feedstock concentration: 99%+ CO2 - They mention concentrating industrial CO2 streams for better economics. Electricity-related product development: World’s first jet fuel from CO2 electrolysis - Nicholas says they are about to announce this result and start customer conversations in aviation.
Pivotal Quotes: "What if we could take that CO2 and actually make some of the products that we use and love today, such as jet fuel and clothing?" — Itasha Cave: She summarizes Twelve’s core mission to transform emissions into useful products. "We see policy as an accelerant but not a determinant." — Nicholas Flanders: He explains that policy can speed deployment but the business must still work economically. "Success for us, the revenue model of our company is directly linked to the impact." — Nicholas Flanders: He links commercial performance and climate impact as the company’s north star.
Implications: Twelve represents a market-based path for carbon utilization: if it can scale, decarbonization may be driven by product demand, not just regulation or offsets. The episode highlights a growing deep-tech funding ecosystem, but also persistent scale-up and mid-stage capital gaps.