Recycling. Organic food. Electric vehicles. Solar. One by one, the systems we rely on have been moving back toward the natural. Ingredients are next
ISO 9001:2015
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FDA-registered facility
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GRAS documentation
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5 issued patents
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Solventless
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Grown, distilled and tested in California
Overeliance on petrochemicals.
Decarbonizing electricity alone does not eliminate petroleum dependence when America still derives flavors, fragrances, and specialty chemicals from resources controlled by foreign governments.
Instead of simulating nature, we put it to work.
Synthetic biology recreates natural chemistry in capital intensive systems. We start with the plant itself using sun, water, and soil to produce valuable molecules through the biological pathways nature already perfected.
Prohibition’s unintended consequence.
The cannabis plant produces a wide array of compounds that answer needs in flavor, fragrance and function. We identify them, then use conventional breeding and genetic engineering to lift them from trace levels to industrial concentrations — where they become cheaper, more stable, and genuinely competitive with petrochemical incumbents.
Grow plants. Extract molecules. Return carbon.
Grow biomass wherever farming exists. Process it through existing domestic infrastructure—from underused botanical facilities to industrial purification and refining. Return the remaining organic material to the soil.
A circular supply chain in ~100 days—not decades for trees or millions of years for fossil carbon.