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Supply Chain Resilience
New capacity. Diverse sources. Distributed geography. Building the CO₂ supply chain the US actually needs.
Roughly 70% of US merchant CO₂ comes from just three source types concentrated in two regions: corn ethanol plants in the Midwest, ammonia production facilities along the Gulf Coast, and natural CO₂ wells in Mississippi and Colorado.
This concentration means that when any of these sources experience disruption — planned maintenance, contamination events, economic slowdowns, or seasonal shutdowns — the impact cascades across the entire national market. The 2022 CO₂ shortage was a direct consequence of this structure.
Meanwhile, demand continues to grow. Beverage producers, food processors, greenhouse operators, water treatment facilities, and industrial manufacturers all depend on consistent CO₂ supply. The gap between supply resilience and demand reality is widening.
CleanCycleCarbon is building new domestic CO₂ supply capacity by capturing CO₂ from industrial emissions that are currently vented to the atmosphere. Each project adds supply from a different source type in a different geography — the opposite of concentration.
Our proprietary cryogenic technology is feedstock agnostic, meaning we can capture and purify CO₂ from a wide range of industrial emissions. The output is always the same: FDA-registered, beverage-grade CO₂ at 99.9% purity.
CO₂ separated during biogas-to-pipeline methane upgrading. Year-round operation.
Learn more →CO₂ from organic waste processing. Growing fast with diversion mandates.
Learn more →CO₂ from food, beverage, and other industrial processing operations.
CleanCycleCarbon's first commercial facility in Lewiston, NC is operational, producing certified CO₂ at commercial scale. Additional projects are in active development across multiple feedstock types and geographies.
Every new project adds supply closer to the buyers who need it. Instead of shipping CO₂ from the Midwest to the Southeast, CleanCycleCarbon produces it regionally — shorter supply chains, lower transportation costs, and less vulnerability to logistics disruptions.
This is not a research initiative. It is infrastructure. Every facility we bring online is a permanent addition to the domestic CO₂ supply base.
About 70% comes from ethanol (Midwest), ammonia (Gulf Coast), and natural wells (Mississippi/Colorado). This concentration creates supply chain vulnerability.
CO₂ is essential for food, beverage, water treatment, and manufacturing. Disruptions halt production and cost millions. Diversified domestic supply reduces these risks.
By capturing CO₂ from diverse industrial sources (RNG, dairy, landfill, food waste) across multiple states and purifying it to beverage-grade quality. Each project adds capacity from a new source in a new geography.
Whether you buy CO₂ or produce emissions we can capture, let's talk.