P2 Science Publishes New Comprehensive Guide for Formulators in Clean Beauty

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The Citropol® book assembles all key data, formulation examples and marketing concepts for P2’s patented renewable liquid polymer platform.

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P2 Science, Inc. (P2) today published Edition 1 of The Citropol® Book, which collects in one place all the key information needed by formulators to build advanced clean beauty products on the Citropol platform. Citropols are novel, forest-derived, renewable liquid polymers, recently launched by P2, which are finding application as alternatives to silicones. Key areas covered in the book include applications, formulations, physical, chemical and sensory properties, environmental safety, toxicology, and provenance.

Neil Burns, CEO of P2, said “This is a book for cosmetic brand marketers and consumer product developers. As the Citropols are a new, patented, class of compounds, people really appreciate, having all the key information they need in one place. The book provides ideas and data to enable creation of high performing products built on Citropols” Ryan Cheng, Business Development Director of P2 noted “Customers worldwide have started to realize the potential for Citropols to be a central part of their formulations palette and products’ storytelling. The Citropol book helps get them up and running quickly making great cosmetic products and the ideas in there help strengthen brand identity.”

The book can be downloaded at https://p2science.com/citropols/.

About P2 Science:
P2 Science is a renewable chemistry company. P2 has developed and patented green chemistry technologies for converting renewable feedstocks into high-value specialty products. Investors in P2 include BASF Venture Capital, Xeraya Capital, Elm Street Ventures, Connecticut Innovations, Ironwood Capital, HG Ventures and Chanel. The company started up its first manufacturing plant in September of 2018 which produces novel renewable aroma chemicals and cosmetics ingredients. For more information, see http://www.p2science.com.

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Neil Burns
P2 Science
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