Biofuels and Bioplastics

Biofuels & Bioplastics

Biofuel and biopolymer feedstocks often require finely tuned particle size, porosity, and moisture levels to optimize conversion efficiency. Enagon specializes in preparing challenging biomass streams for fermentation, chemical conversion, polymerization, and compounding.

Challenges We Solve

Moisture content too high for efficient conversion
Fibrous or irregular particles that reduce surface accessibility
Difficult-to-mill materials (e.g. husks, hulls, shells)
Need for uniformity across large production volumes

Functional Particle Characteristics

Particles have a high surface area with non-uniform shapes resulting in superior chemical conversions and compounding.

Enagon Mills produce high-surface-area, finely divided biomass that increases reaction efficiency and reduces downstream energy consumption. Our process can handle tough, abrasive, or high-silica materials without excessive equipment wear.

Sample Feedstocks

Rice hulls, Oat hulls
Corn stover, Straw, Reed Grasses
Sawdust
Coconut shell and husk fibers
Nut shells

Typical Outcomes

Improved fermentation/enzymatic conversion rates
Lower energy required for drying
Higher consistency in feedstock particle size
Better flowability in automated material handling

Enagon has processed more than 100 unique feedstocks across ingredients, recycling, manufacturing, and bio-based industries. We support recyclers, material developers, and OEMs that need consistent, repeatable fiber and particle outputs. Our systems handle variable, mixed, or challenging materials with documented, production-ready reliability.