Even at micron levels, the exceptional mechanical properties of hurd cellulose results in the ability for it to be utilized in many applications from bio-composites to bioplastics. High surface area and non-uniformly shaped particles improve absorption and linking. Small particle size creates a flowable material with improved rheology which lends itself to grow with burgeoning 3D printing and injection molding of bioplastics.

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Cellulose-based feedstocks often have high moisture contents and oils which can create gumming and burn off challenges. By producing powders with high surface area at low moisture contents, SDMS solves these issues.  Biodegradable plates, cups, utensils, straws, temporary shopping bags/packaging would provide an immediate positive impact on the environment.