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COMPOSTING ISSUES

NATURAL MATERIALS AND COMPOSTABILITY

Resource Recovery Team / 8 minute read

Commercial composters that accept products made from materials of 100% natural origin contribute to a circular economy.

Key Takeaways:
  • Items of natural origin, like sugarcane and bamboo are naturally compostable
  • Third-party certifications for compostability are based on bioplastic products
  • ​If green waste collection programs accepted and processed products of 100% natural origin, just like they accept yard trimmings from the garden, it would contribute to the goal of creating a circular economy


​Should products of 100% natural origin be subject to compostability standards? Should those materials be treated differently from yard trimmings or food scraps? Currently, all commercial compostability standards that get verified by a 3rd party are based on bioplastic products. 

​
​Numerous companies, including World Centric, design and produce products from materials found in nature, like bamboo and sugarcane as well as cellulose which is the most abundant, naturally occurring organic compound on Earth. ​​
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Cellulose is the fibrous carbohydrate found in the cell walls of plants

Cellulose makes up most of the mass of vegetable matter. For example, wood is 50% cellulose and cotton is 90%. Paper products like napkins and cup sleeves and molded fiber products, like containers, are made of cellulose derived from wood, bamboo or other plants. It begs the question, why are cellulosic products, which have no additives or coatings, being subjected to standards which are meant for bioplastics?​
Why are cellulosic products, which have no additives or coatings, being subjected to standards which are meant for bioplastics?
There are currently no set standards for full fiber or paper compostables under ASTM International. ASTM, formerly the American Society for Testing and Materials, is the leading certifier on materials, products, systems and services in the United States and beyond. The only ASTM standards that exist are for full bioplastics (D6400) or paper/fiber that has plastic coatings or additives (D6868). In fact, these standards use paper as a control for biodegradation testing and so testing paper is testing the same intrinsic material against itself!​
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ASTM tests for biobased and Total Fluorine can be run on natural products.
One way a foodware manufacturer can ensure their products are made from “materials of natural origin” is to submit to testing to prove the product is biobased under ASTM D6866 which distinguishes carbon resulting from contemporary biomass-based inputs from those derived from fossil-based inputs. In addition, FTIR spectrometry testing can identify what the material is made of. Further, a test for Total Fluorine will prove the item has no intentionally added PFAS, as there can be PFAS added to some products for resistance against moisture and grease. ​
Tests like disintegration, biodegradation or ecotoxicity should not be required for materials of natural origin since they all break down naturally in the environment. For example, disintegration tests consider a thickness threshold that would render even a quarter inch thick branch of wood unacceptable by ASTM standards. If yard trimmings are not able to pass these standards then it does not make sense to subject foodware of 100% natural origin to them. ​
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Materials of natural origin will break down in a commercial compost facility just like yard trimmings.
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It would be an astute move if every green waste collection program would accept and process materials of natural origin just like they accept yard trimmings from the garden. There is no difference except in appearance and function - a branch vs a container. This shift would make a positive contribution to a circular economy. Instead of a make, take and waste model, we would be closing the loop on materials that come from the earth that can go back to the earth as finished compost. Simplifying the process for consumers, processors and manufacturers alike.
Please look out for compostable items derived from materials of 100%  natural origin and advocate for your community to accept and process these materials along with your food scraps and yard trimmings. Your contribution may seem small but if everyone were to do their part, collectively it would make a HUGE difference. You can check out this map to see if there are local composters that currently accept these materials: Composting Facilities in the United States | Tableau Public.  ​

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Written by the Resource Recovery Team at World Centric

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  • Home
  • Stories
    • Composting >
      • Natural Materials and Compostability
      • Food Scraps: Too Good to Waste
      • The Circular Economy of Compostable Products
      • Composting or Recycling
      • Commercial Composting of Foodservice Ware
      • Laney & Lu + Mr. Fox
      • Senate Bill 1383
    • Environment >
      • World Oceans Day
      • We Must Take Action on Climate Change Now
      • The Dirt On Air Quality
    • Impact Giving Partners >
      • Amazon Frontlines: Alex Lucitante
      • DESPRI: Reforestation Partner in Haiti
      • Integrate Health: meet Rebecca
      • Integrate Health: Meet Viviane
      • SOIL: Sanitation Partner in Haiti
      • SOPUDEP: Education Partner in Haiti
      • Spark Microgrants: Eradicating Poverty
      • Women's Global Education Project
      • Food Sovereignty in the Ecuadorian Amazon
      • Food Sovereignty in Puerto Rico
    • Regional Giving Partners >
      • Contour Lines
      • Oakland Bloom
      • Restaurant Workers Assistance
      • Wildcoast: Innovative Solution to the Plastic Crisis in Tijuana
    • Social >
      • Indigenous Rights
      • The Dirt on Financial Divestments & Investments
    • Sustainability >
      • Foodware Ordinances
      • The Dirt on Sustainable Takeout
      • The Dirt On Food Waste
      • The Dirt on Expanded Polystyrene
      • Food Rescue
  • About Earth Matters
  • Contact
  • World Centric
  • Blog