Innovation @ E2Expo

Carbon renewal and polyester renewal technology for circular plastics

Updated : December 2020


  • Entrepreneurs
  • Marketing or sales professionals
  • Researchers or innovators
  • Synthetic fiber professionals
  • Textile industry sustainability professionals
  • Textile waste management professionals

Molecular techniques for synthetic textile waste recycling

Traditional plastics and synthetic fibre recycling technologies are costly and have challenges with process efficiency and product quality. Eastman Chemical Company is a global advanced materials and specialty additives firm that produces a broad range of products found in everyday items. As part of its circular economy model, it has developed two innovative technologies for plastics recycling -  carbon renewal technology which breaks down waste plastics into molecular building blocks like carbon, oxygen and hydrogen before using them as building blocks to produce a wide range of materials and packaging and polyester renewal technology which involves taking waste polyesters from landfills and other waste streams and transforming them back into a raw material similar to fossil based polyester. 

Read more: Eastman Chemical Company - an initiative towards circular plastics


Waste plastic recycling

Circular plastics

Polyester recycling

Carbon renewal for plastic recycling

Molecular recycling of plastics

Infinite plastics recycling

Read More

  1. Eastman Chemical Company - an initiative towards circular plastics
  2. Circular plastics technology from Eastman Chemicals
  3. Eastman at the Plastics Recycling Conference 2020


Eastman Chemical Company


| United States

Year Established


Highlights and sustainability benefits

It provides an end of life solution to many single-use plastics, textiles, and carpet, that traditional mechanical recycling methods cannot process. The waste plastics can be recycled infinite number of times without degrading its quality.  The process is also applicable to breakdown coloured PET. It reduces greenhouse gas emissions by 20%-30% when compared to processes using fossil fuels.


The company partnered with Circular Polymers to convert PET pellets it retrieved from waste carpeting into new recycled materials using carbon renewal technology. The new materials can be used in textiles, packaging for cosmetics and personal care products and more. The company has also applied for certification of its recycled materials by International Sustainability & Carbon Certification (ISCC), an independent agency for tracking sustainable content in a variety of industries. In 2019, the company became a member of EMF’s Circular Economy 100 Network.

About the Work

The two main differences among the technologies are the type of feedstock, or material input used, and the outputs produced. Carbon renewal technology can process a broad mix of plastic waste—all types except PVC—to use as inputs, whereas polyester renewal technology uses a family of polyester material as the process input.

About the Innovator

Eastman's innovations have been initiated by current chairman and CEO, Mark Costa who has graduated from both Berkeley and Harvard. The model is also a part of the products and services offered by the company. The company sees potentially unlimited opportunity in all the other types of plastic waste — especially those that are hard to recycle, from a cost and logistics perspective. The carbon renewal technology is also being used in Eastman's Naia textile fibre production - a natural fibre based product - to follow a sustainable and circular economy. The company expects to use up to 50 million pounds of waste plastic in carbon renewal technology operations in 2020, and projects are currently underway to significantly expand that amount.

Discussion topics

Innovative polyester recycling technologies


Potential for molecular pathways in plastics recycling


Energy requirements in using fundamental molecular pathways for plastics recycling


Economics of molecular level polyester recycling technologies


Infinite recycling of plastics - potential and challenges


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