AFPM members know that petrochemicals are invaluable to the production of countless consumer products. But many Americans may not realize how much they rely on xylene, benzene, butadiene, toluene, ethylene and propylene when they opt to spend time outside.
The fuel and petrochemical manufacturing industries have come a long way from the simple thermal stills used to create kerosene in the 19th century to today’s sophisticated, high-tech and complex facilities that help provide America — and the world — with the fuels, petrochemicals and products that we all rely upon every day.
McKinsey released a new report outlining the emissions profiles of plastic vs. non-plastic alternatives in multiple use cases. They found that in nearly every case examined, plastics are responsible for less greenhouse gas emissions throughout their lifecycle than alternative materials.
The U.S. petrochemical industry has a crucial and enduring role to play in meeting the needs of a growing world population while simultaneously fulfilling the imperative to produce petrochemicals in a sustainable and clean manner.
Because of the extensive safety and mitigation steps refiners take wherever hydrofluoric acid (HF) alkylation is concerned, the risks from this process pale in comparison to those we assume every day when we engage in routine activities like riding a bike, driving a car and playing with pets.
Not only do the fuel and petrochemical industries make it possible, they’re also responsible for preserving and maintaining some of the best-known landmarks all over the world. Read on to join us for a ‘round the globe trip to some of the world’s most famous petrochemicals!
Moving the needle on plastic waste is no small feat, but petrochemical manufacturers are revolutionizing what’s possible. Advanced recycling technologies utilize advanced processes that break plastic waste all the way down to its original chemical components - expanding the types of plastics that can be recycled, and creating a higher-quality feedstock.
