Jan Ravenstijn is a distinguished consultant specializing in bio-based materials and industrial R&D management, leveraging over 30 years of extensive experience in the polymer industry. With a robust background as a Global Executive R&D Director at both Dow Chemical and DSM, Jan has honed his...
Jan Ravenstijn is a distinguished consultant specializing in bio-based materials and industrial R&D management, leveraging over 30 years of extensive experience in the polymer industry. With a robust background as a Global Executive R&D Director at both Dow Chemical and DSM, Jan has honed his expertise across various polymer sectors, including engineering plastics, epoxy resins, and elastomers. His leadership has spanned multiple continents, with research and development labs strategically located in Asia, the Americas, and Europe, enabling him to cultivate a global perspective on innovation and market trends.
At Jan Ravenstijn Consulting, he focuses on advancing the field of renewable carbon-based materials, a specialization he has pursued for the last 17 years. His work encompasses collaboration with a diverse range of stakeholders, including global biopolymer companies, bio-refineries, OEMs, and investment firms. Jan's commitment to sustainability is evident in his contributions to the industry; he authored an extensive global bioplastics review paper in January 2010 and co-authored a bioplastics book aimed at SMEs in November 2011. Additionally, he has played a pivotal role in producing comprehensive studies on global bio-based polymers and monomers for the Nova Institute from 2013 to 2018.
Jan's skill set is multifaceted, encompassing materials science, product development, and commercialization, with a particular focus on biopolymers and nanotechnology. His proficiency in process simulation and characterization, combined with a solid foundation in organic chemistry, positions him as a thought leader in the bio-based materials sector. Through his consultancy, Jan Ravenstijn continues to drive innovation and foster sustainable practices within the industry, making significant contributions to the transition towards a circular economy.
