Danimer Scientific makes bioplastic resins that replace conventional petroleum-based plastics. Its core product is Nodax, a polyhydroxyalkanoate (PHA) biopolymer made through a fermentation process in which bacteria consume canola oil and produce PHA, which Danimer then harvests, purifies, and blends into formulated resins using a proprietary extrusion process. The key differentiator of Nodax is that it biodegrades in virtually any environment — including soil, fresh water, and seawater — without requiring special conditions, unlike competing bioplastics like PLA. Danimer also produces PLA-based resins, though this is a declining, less strategically central business. Danimer sells resin by the pound to converters, who manufacture finished goods like straws, cutlery, food containers, and coffee pods for large consumer brands and QSRs. Key customers include PepsiCo, Mars Wrigley, Bacardi, and several major QSR chains. Canola oil is the primary input and biggest variable cost. The commercialization process is long — customers typically engage in multi-year R&D contracts to validate resins before commercial launch — but Danimer argues relationships are sticky once launched, since switching materials requires rerunning the entire qualification cycle. The company manufactures at its Winchester, Kentucky facility and is developing a greenfield plant in Bainbridge, Georgia. Danimer is also developing Rinnovo, a next-generation PHA produced via thermocatalytic conversion, which it expects to have lower production costs and better barrier properties than fermentation-based PHA.