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Posted on March 31, 2023 by tscaadm
Bergeson & Campbell, P.C.’s (B&C®) March 22, 2023, webinar, “Extended Producer Responsibility (EPR) Regulations,” is now available for on-demand viewing. During this one-hour webinar LeRoy (Lee) C. Paddock, Distinguished Professorial Lecturer of Environmental Law at the George Washington University Law School; Edith G. Nagy, Regulatory Consultant, B&C; and Lynn L. Bergeson, Managing Partner, B&C, discuss the history and evolution of EPR legislation, expected developments that will affect the chemical and chemical product industry, and what companies need to know to prepare for these changes. Professor Paddock reviewed the principle of product/producer responsibility in European Union (EU) waste legislation, current efforts to promote a circular supply chain, and the implementation of EPR by Producer Responsibility Organizations (PROs). Ms. Nagy explained similarities and differences in current packaging EPR regulations in Maine, Oregon, Colorado, and California, and what may be expected as more states adopt similar legislation in the future, and both Paddock and Nagy responded to viewer questions.
Watch the webinar now.
B&C’s complimentary webinars feature leading figures from government, industry, and private practice analyzing and advising on pressing chemical policy issues to equip regulatory professionals to succeed in an ever-changing regulatory environment.
Register now for these upcoming webinars:
- PFAS Reporting, PBTs, and other TSCA Hot Topics, May 17, 2023
- Farm Bill, PRIA, and other FIFRA Hot Topics, September 13, 2023
- It’s Not as Easy as It May Appear: Bringing Sustainable Chemistry to Market in the U.S., November 15, 2023
Visit B&C’s Vimeo channel to view recent webinars available on demand, including:
Extended Producer Responsibility Regulations
What to Expect in Chemicals Policy and Regulation and on Capitol Hill in 2023
Two Years Later: How Has the Chemicals Strategy for Sustainability Changed REACH and CLP Regulations?
Posted on May 26, 2022 by Lynn L. Bergeson
Bergeson & Campbell, P.C.’s (B&C®) May 18, 2022, webinar “Domestic Chemical Regulation and Achieving Circularity” is now available for on-demand viewing. During this one-hour webinar, Lynn L. Bergeson, Managing Partner, B&C, moderated a timely and fascinating review of the state of sustainable chemical regulation in the United States with Kate Sellers, Technical Fellow, ERM; Mathy Stanislaus, Vice Provost, Executive Director, The Environmental Collaboratory, Drexel University; and Richard E. Engler, Ph.D., Director of Chemistry, B&C.
A circular economy requires new thinking about what products we make, from which materials we make them, and where products go at the end of their useful lives. An important but often overlooked aspect of new product development is an understanding of the consequences of the product’s chemical composition and the end-of-life implications of the decisions made at the front end of the process. During the webinar, Ms. Sellers outlined barriers and enablers to the circular economy, including practical challenges like supply chain limitations and industry frameworks; Dr. Engler highlighted how the Toxic Substances Control Act (TSCA) regulates discarded substances used as feedstocks by others and articles that may contain contaminants that could affect how an article is classified by the U.S. Environmental Protection Agency (EPA) under TSCA; and Mr. Stanislaus reviewed policy issues, including waste management hierarchy, circular economy hierarchy, and other mechanisms that incentivize sustainability.
We encourage you to view the webinar, listen to the All Things Chemical® episodes “Trends in Product Sustainability and Circularity — A Conversation with Kate Sellers” and “How Can Battery Production Be Greener? — A Conversation with Mathy Stanislaus,” read ERM’s report Circularity: From Theory to Practice, and subscribe to B&C’s informative blogs and newsletters.
Posted on April 28, 2022 by Lynn L. Bergeson
Wednesday, May 18, 2022
12:00 p.m. - 1:00 p.m. (EDT)
A circular economy requires new thinking about what products we make, from which materials we make them, and where products go at the end of their useful life. An important but often overlooked aspect of new product development is an understanding of the consequences of the product’s chemical composition and the end-of-life implications of the decisions made at the front end of the process. Working within this framework plays a critical role in building a resilient, dependable, and sustainable system that fosters innovation to develop a circular economy. Register now to join Lynn L. Bergeson, Richard E. Engler, Ph.D., Kate Sellers, and Mathy Stanislaus, as Bergeson & Campbell, P.C. (B&C®) presents “Domestic Chemical Regulation and Achieving Circularity.”
- Achieving sustainability and the promise of the circular economy
- Defining sustainable chemistry under the Sustainable Chemistry Research and Development Act
- Federal policy and Toxic Substances Control Act (TSCA) regulatory shifts intended to support sustainability and circularity
- Transitioning chemicals from research and development (R&D) platforms into the market
- Changes to TSCA and the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) that affect chemical innovation
Lynn L. Bergeson, Managing Partner, B&C, has earned an international reputation for her deep and expansive understanding of how regulatory programs pertain to industrial biotechnology, synthetic biology, and other emerging transformative technologies. She counsels corporations, trade associations, and business consortia on a wide range of issues pertaining to chemical hazard, exposure and risk assessment, risk communication, minimizing legal liability, and evolving regulatory and policy matters.
Richard E. Engler, Ph.D., Director of Chemistry, B&C, is a 17-year veteran of the U.S. Environmental Protection Agency (EPA) and is one of the most widely recognized experts in the field of green chemistry, having served as senior staff scientist in EPA’s Office of Pollution Prevention and Toxics (OPPT) and leader of EPA’s Green Chemistry Program. His expansive understanding of the specific challenges and opportunities that TSCA presents for green and sustainable chemistry is a powerful asset for clients as they develop and commercialize novel chemistries.
Kate Sellers, Technical Fellow at ERM, leads a multi-disciplinary team of professionals dedicated to helping companies recognize the business value of product stewardship. Over the past year, Kate has seen an uptick in several product sustainability trends, including implementation of the TSCA life-cycle assessment, circular economy programs, and sustainability initiatives. In addition to her consulting work, Kate teaches “Product Stewardship and Chemical Sustainability” at Harvard University
Mathy Stanislaus, was recently appointed as Vice Provost and Executive Director of Drexel University’s Environmental Collaboratory, bringing interdisciplinary expertise in environmental sciences, engineering, law, health, business, economics, policy, and humanities to co-design transformative environmental solutions. Stanislaus joined Drexel from the Global Battery Alliance (GBA), a multi-stakeholder initiative established at the World Economic Forum (WEF), where he served as its first interim director and policy director with a focus on establishing a global transparent data authentication system to scale up electric mobility and clean energy. He also led the establishment of the Platform for Accelerating Circular Economy at WEF. Mathy served for eight years as the Senate-confirmed Assistant Administrator for EPA’s Office of Land & Emergency Management for the Obama Administration, leading programs to revitalize communities through the cleanup and redevelopment of contaminated sites, hazardous and solid waste materials management, chemical plant safety, and oil spill prevention and emergency response. During this Administration, he led the establishment of the G7 Alliance for Resource Efficiency that focused on the opportunities in the supply chain to drive circularity and de-carbonization.