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As one of our core values, environmental sustainability drives us to develop new agricultural biotechnology practices that improve crop performance. Our three-pronged approach consisting of discovery, testing, and scale-up, enables us to utilize Camelina as a platform crop to produce fuel, food, and PHA bioplastic in an effort to address global food security, climate change, and sustainability.
Camelina-based feedstock oil for renewable diesel biofuel has a low-carbon index, making it an ideal crop choice for large-scale production.
LEARN MOREPHA biomaterials have multiple applications as feed additives, alternatives to plastic, and can also be used in water treatment.
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We have integrated advanced metabolic flux modeling capabilities with transcriptome network analysis to form the foundation of our Gene Ranking Artificial Intelligence Network (GRAIN), a big data mining gene discovery platform that stands at the core of our Trait Factory.
To transform crop science discovery into value-generating traits, we established the Fast Field Test model, which allows us to characterize, evaluate, and de-risk novel trait genes while simultaneously developing improved varieties for the production of proprietary products.
As our traits progress in development, we scale up planting for multi-acre production of seed. This seed can be used for further scale-up and can be crushed to produce meal, oil, and PHA bioplastic for sampling to potential customers seeking sustainable product solutions.
