Watch! Circular bioeconomy, Advanced Recycling & Composting: “Empowering Plastics Solutions” talk with Novamont

Event sponsored by URI Plastics: Land to Sea and Novamont

Novamont is an Italian company, international leader in the bioplastics sector and in the development of biochemicals

Watch Recording ( code: 559t?8q^ )

As one of the world’s leading companies in the bioplastics sector, Novamont provides information on different types of bioplastics, how they are manufactured and which applications they are currently being used. The team will share end of life solutions for some of these materials such as industrial composting and their role in helping to divert municipal food waste from landfill to composting and how this can help alleviate global warming and increase soil health. Plus, learn about new developments on advanced recycling and what happens if they are leaked into the environment.

Novamont emphasizes the importance of collaborations in their work across the supply chain from the upstream farmers and material manufacturers to the downstream consumer brands and retailers. They will provide some working examples where policy can have an impact on these types of materials and reference the Whitehouse Executive order on ‘Advancing Biotechnology and Biomanufacturing Innovation for a Sustainable, Safe, and Secure American Bio-economy’ and the impact on future job creation.

Paul joined Novamont in 2015 as the UK & Ireland Area Manager before transferring to the Novamont North American division in 2018 based in Connecticut as VP of Marketing.  His responsibilities include new application development of the Mater-Bi bioplastics product line working closely throughout the supply chain from converters to brand owners plus also municipalities and the waste management sector.

Paul also represents Novamont on the BPI (Biodegradable Plastics Institute) board of Directors and previously on the advisory board of the Ellen MacArthur Foundation New Plastic’s Economy.

He has prior experience working in water treatment, paper manufacturing and plastics applications for global specialty chemical companies plus has a Bachelor of Science degree in Chemistry from the University of Liverpool.

Dan Martens is the North American VP for Novamont, a global leader in the research and production of biopolymers. Novamont, headquartered in Novara, Italy is a certified B Corporation ranked in the top 4% globally, and has been awarded the “Best for the World” designation for the last two years. Novamont North America is headquartered in Shelton, CT. Dan consults with food scrap collections with the cities of New York, San Francisco, Seattle, and Toronto. He has assisted California and Washington State regarding policy. As part of the NRDC Food Matters program in 2019, Novamont hosted 5 U.S. cities on a tour of Northern Italy food waste prevention, collections and processing systems. Dan serves on the following boards: Canadian Compost Council, BPI, PIA – Bioplastics (Chair). Dan serves as an advisory board member to SCRI, a USDA-funded 5-year study of plastics in agriculture with Washington State, Nebraska State, and the University of Tennessee. He was invited to be a team member with Canadian federal level workgroups with the Ministry of Environment in Ontario and the ECCC. Additionally, Dan enjoys volunteering as founding Board Member with PCCI (Park City Composting Initiative), a UConn Master Composter and with his local Town Sustainability Group.

2023 URI Global Plastics Forum

Monday, May 15 – Tuesday, May 16

Fascitelli Center for Advanced Engineering, University of Rhode Island – Kingston


Building Capacity

to translate research into global solutions

The 2023 University of Rhode Island Global Plastics Forum is an opportunity to coordinate knowledge and networks of expertise and resources in an effort to build capacity in addressing the growing global plastic pollution problem. With the United Nations Environmental Assembly (UNEA) 5.2 convening in 2022 and its adoption to develop an international legally binding instrument on plastic pollution by 2024, we have an opportunity to contribute to a global framework to end plastic pollution.


The Forum brought together 60-80 stakeholders in person from organizations at state, national and global levels. The days included keynote speakers, panels, interviews and facilitated activities that inform participants about the current science, innovation and policy approaches; and more importantly, connected expertise and knowledge to build action-driven networks. These networks will form collaborations and pursue opportunities that will result in new markets, equitable jobs and solutions and scientific coordination and translation that reduces the impact to the health of humans, wildlife, and aquatic ecosystems.

Please fill out our post-forum survey to provide organizers feedback on next steps. Thank you!

Resources

View a full list of participants. Check back frequently for updates!


Organizing Sponsors

International Visitors Sponsor

May 15 Reception Sponsor

Plastics Fellows Sponsor

Questions? Contact Kathleen Shannon, Assistant to the URI VPR for Strategic Initiatives, at plastics@uri.edu.

Greener Tools for a Bluer Ocean

Melissa Omand, Associate Professor of Oceanography in the Graduate School of Oceanography, holding a minion float developed in her lab to capture particle sized data from the ocean twilight zone.

Networked, often expendable, devices have revolutionized how we access ocean data for applications across research and marine sectors. These instruments are often made of non-degradable plastic components, and at the end of life, they become marine debris. An interdisciplinary team of microbiologists, materials scientists, engineers, and oceanographers from three academic institutions together with industry partners, are working together to develop ‘self-destructing’ ocean instruments made from engineering biomaterials that will rapidly degrade in oceanic conditions once data collection is complete. Novel materials such as these will help achieve a more sustainable era of ocean research.

Read full article “Making Better Bioplastics for Marine Use