Inputs
- CO₂- or sugar-derived C₃ ester or acid
- Ammonia
- Water
- Electricity
How it works
Our scalable process is safer than the industry status quo and highly selective for acrylonitrile without toxic impurities like hydrogen cyanide.
US government-developed process technology converts inputs into Hoigen-C.
Impurity-advantaged, carbon-negative acrylonitrile requiring no retooling.
Applications
Hoigen-C is validated by industry players across markets, including water-soluble polymer and carbon fiber precursor applications.
Validated across all PAM applications.
Performance-advantaged PAN precursor made 100% domestically.
Customer value
Partners accelerating scale-up
We work across research, commercialization and manufacturing to accelerate scale-up, validate performance and unblock market adoption.



















Key milestones
Demonstrated drop-in monomer performance to produce carbon fiber precursor.
2019 - 2021: Technology selection. Formed the core founding team and spun out technology developed by the US government.
2022: Demonstrated gram-scale production at bench scale.
2023: Initial product validation and pilot scale up. Partially validated Hoigen-C with global water-soluble polymer manufacturers.
2024: Fully commissioned pilot plant. Co-located the Cassini pilot plant™ at Shell Technology Center Houston and completed commissioning.
2025: Industry-first polyacrylamide validation. Demonstrated Hoigen-C performance across 1,500+ water-soluble polymers.
2026: Carbon fiber market validation. Demonstrated drop-in monomer performance to produce carbon fiber precursor.
The people behind the mission
Our founders are technologists focused on safe execution, customer partnership and moving essential materials from validation to market.
Recent posts
See the latest milestones, partnerships and application updates from our team.
View latest updates ↗Let’s collaborate
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