Sustainability

Sustainability is not a single attribute—it encompasses a material's entire lifecycle. We approach polymer development by evaluating material origins, manufacturing footprints, and realistic end-of-life scenarios to ensure meaningful environmental impact.

Corn growing in a field with sun behind it.

Bio-Based Raw Materials

We transition reliance away from fossil fuels by using feedstocks derived from renewable sources and circular economy loops.

  • Renewable agricultural crops
  • Agricultural waste byproducts
  • Recycling previously used materials
Plastic pellets pour into a bin

Efficient Production

A sustainable material should be manufactured and processed in sustainable ways. We actively optimize our processes to reduce carbon footprints.

  • Lower required processing temperatures
  • Reduced overall energy consumption
  • Reduction/elimination of toxic/environmentally damaging additives
Pieces of plastic and other trash in a landfill with a large bulldozer sitting in the background.

End-of-Life Realities

We engineer materials specifically for their intended disposal environments, ensuring they degrade or recycle as intended rather than contributing to microplastic pollution.

  • Composting: Industrial and/or home compostability
  • Degradation Timelines: Measured breakdown in soil, marine/ocean water, and active landfills
  • Circularity: Mechanical and chemical recycling potential