Oxygen,oil and grease resistant formulations for disposable f&b containers and packaging

Verdant’s technology is a high-functionality, water-based coating made from Microfibrillated Cellulose (MFC) derived from renewable biomass. Unlike traditional plastic coatings or chemical treatments (such as PFAS), this formulation is non-polymeric. It is designed to be applied directly to paperboard, molded fiber, or starch-based substrates through standard industrial coating processes. Traditional plastic-lined containers are difficult to recycle or compost. Verdant’s MFC formulation is 100% biodegradable and compostable. Sustainable packaging has historically struggled with "soggy" failure. Verdant bridges the performance gap, ensuring fiber-based containers maintain structural integrity under high-heat and high-grease conditions. The formulation works through a combination of Biomimicry and Physical Barrier Engineering. Upon drying, the micro-nanofibrils form a highly dense, non-porous film. This creates a "tortuous path" at the molecular level, making it physically impossible for oil, grease, and even oxygen molecules to penetrate the substrate. The formulation has a high affinity for cellulose-based substrates (like molded fiber and paper), creating a seamless bond that reinforces the strength of the container while imparting barrier properties. It can be applied as a surface coating or blended directly into the pulp slurry during the manufacturing process to provide internal wicking protection. Formulation has been demonstrated at pilot scale and tested on third party materials. Verdant is seeking funding for further optimization, manufacturing and commercialization