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Nouryon and Itaconix sign supply agreement for bio-based polymers

| By Mary Bailey

Nouryon (formerly AkzoNobel Specialty Chemicals; www.nouryon.com) will expand its offering to customers in the detergents market through a supply agreement with bio-based polymers maker Itaconix Corp. (Stratham, N.H.; www.itaconix.com).

Under terms of the agreement, Itaconix will produce and supply polymers with chelating properties that Nouryon will market to customers in household, institutional, and industrial detergent and cleaner applications. In addition, the companies will work together to transition many of Itaconix’s current detergent customers to Nouryon.

It is the first supply agreement resulting from a joint development agreement signed by the companies in 2017 to explore opportunities for polymers made from bio-based itaconic acid using Itaconix’s technology.

Peter Kuijpers, General Manager Chelates and Micronutrients at Nouryon, said: “We are excited to expand the bio-based solutions we deliver to our customers by adding Itaconix’s proprietary polymers to our industry-leading product offerings in detergents. These polymers will generate new opportunities for our customers in key detergent applications, enabling greener formulations without compromises on technical performance.

“The new range of polymers strengthens Nouryon’s position as a leader in the chelates industry,” Kuijpers said. “Establishing this unique position is of strategic importance and underlines our commitment to sustainable growth.”

Peter Nieuwenhuizen, Chief Technology Officer at Nouryon, added: “We are pleased to complete the first supply agreement under our collaboration with Itaconix around its novel itaconic acid polymer platform. We firmly believe in the power and potential of collaborative innovation. By partnering, we create even greater innovation opportunities to offer to our customers.” 

John R. Shaw, CEO of Itaconix, said: “I am excited that our joint work with Nouryon over the last year has created this global opportunity for our polymers.”