U.S. petrochemical manufacturers are at the forefront of research and development into cutting-edge solutions to give new life to used plastic products. Leveraging their in-depth understanding of plastics’ molecular composition and the manufacturing process itself, AFPM members are investing in recycling technology, infrastructure and partnerships that will reduce mismanaged plastic waste by applying unlocking its value as a feedstock.
WASHINGTON, D.C. – This decision by the Canadian government to designate plastic manufactured items as “toxic” is unwarranted and not based in science.
WASHINGTON, D.C. - This is a poorly devised bill that runs contrary to its purported purpose of improving the global environment. Banning the export of U.S. manufactured petrochemicals and polymers is shortsighted and will negatively impact global supply chains for essential materials and products.
With recent plastic waste legislation from New York and New Jersey making headlines, we sat down with AFPM Senior Director of Petrochemicals, Transportation and Infrastructure Rob Benedict to discuss the petrochemical industry’s role in reducing plastic waste, new technological breakthroughs and how AFPM analyzes plastic waste policy proposals.
Navigating our current health crisis offers frequent reminders of the critical role petrochemicals, particularly plastics, play in daily life — whether in the masks and gloves that protect our frontline health care providers, the containers that hold our takeout food, or the wrapping that keeps our groceries fresh and clean.
AFPM Senior Petrochemical Advisor Jim Cooper talks about the central role of petrochemicals in health care, and why the petrochemical industry is considered critical infrastructure.
AFPM Senior Petrochemical Advisor Jim Cooper answered a few questions to help illuminate some of the ways that petrochemicals—and the industries that produce them—are working to protect people from the coronavirus.
Many waste items provide important value before being tossed into a bin. Discarded plastic products, for example, originally serve as packaging to keep school lunches fresh, lightweight bottles for efficiently transporting fresh water to hard-to-reach areas, containers for soaps and detergents that facilitate hygiene – and much more.
Plastic roads and buildings, the influence of energy and petrochemicals in geopolitics, and chemical and molecular recycling processes that could create a truly circular economy for plastic products were just a few of the topics discussed at AFPM’s 44th International Petrochemical Conference (IPC) in San Antonio last week.