Read all of our latest updates

Genomatica and Aquafil Start Pre-Commercial Plant-Based Nylon 6 Production

Genomatica and Aquafil producing pre-commercial quantities of plant-based nylon 6

Photo Credit: Genomatica

This past March, I reported on San Diego-based biotechnology firm Genomatica (Geno) and its collaboration with Asahi Kasei to commercialize renewably-sourced nylon 66. The strategic partnership entails the use of Genomatica’s biobased  HMDA (hexamethylene diamine) building block. Now, the company reports that it is one step closer to commercialization of renewable nylon 6 with its long-term partner Aquafil, Italy’s nylon 6 fiber producer.

The partners produced the first several tons of plant-based nylon-6 building block caprolactam, have converted it to nylon 6 polymer and are now in the process of transforming it for evaluation in nylon applications, ranging from yarns for textile and carpet to engineering plastics for automotive as part of pre-commercial quantities from demonstration production taking place in Europe. Geno also  confirmed that they also are currently exploring a range of opportunities in North America and internationally.

Having successfully completed the pilot-scale production runs of 100% plant-based nylon 6, the partners have advanced to production of pre-commercial quantities which will help determine the final design of future commercial plants. The material will go to leading global brands and their value chain partners who are eager to explore and develop renewable products, create showcase goods and test feedback with customers.

“Now, more than ever, global brands are taking action to incorporate sustainable materials into their products. We’re working to build purposeful, traceable and transparent supply chains, in this case for nylon 6, with the goal to provide more sustainable products that consumers demand and material solutions that can help brands achieve their ESG goals,” said Geno’s CEO Christophe Schilling.

Plant-based nylon-6 is just one of Geno’s major product lines on a path to commercialization. The company has executed high impact deals with a range of brands to accelerate the global commercialization of sustainable materials, with the potential to reduce greenhouse gas emissions by 100 million tons in upcoming years. A significant collaboration is with Covestro, which this past January, announced that the partners had teamed up to be the first to successfully produce significant volumes of a plant-based version of HDMA.  The companies expect to produce ton quantities of high-quality material over the course of multiple production campaigns.

Covestro and Geno working on commercial scale up of renewable HDMA for nylon 66

Photo Credit: Covestro

Both partners are already processing and testing material from their initial production campaigns, and the resulting bio-HMDA is of high purity and quality. The companies plan to advance the program to full commercial scale, and Covestro has secured an option from Genomatica to license the resulting integrated Geno HMDA process technology for commercial production.

In addition to being a key ingredient for nylon 66 production, HMDA is also an important component for raw materials for coatings and adhesives from Covestro. As mentioned previously, Geno has also formed a partnership with Asahi Kasei in this arena with a focus on nylon 66 engineering resins for automotive.

Other Geno milestones include its newly formed venture with Uniliver to commercialize and scale plant-based alternatives to feedstocks like palm oil or fossil fuels to make key ingredients used in everyday cleaning and personal care products. Another is its collaboration with Lululemon to bring plant-based materials into lululemon’s clothing products.


  • Why (and What) You Need to Dry

    Other than polyolefins, almost every other polymer exhibits some level of polarity and therefore can absorb a certain amount of moisture from the atmosphere. Here’s a look at some of these materials, and what needs to be done to dry them.

  • Materials Additives & Blends Take PLA Upscale

    The second conference on biopolymers hosted by NatureWorks testified to the burgeoning interest in this new field of plastics.

  • Thermoforming PLA: How to Do It Right

    Polylactic acid (PLA) resins are made from 100% renewable resources such as corn, sugar beets, or sugarcane.

Leave a Reply

Your email address will not be published. Required fields are marked *

Verification *

Call Now Button