One of the societal byproducts of the COVID-19 pandemic has been an increased emphasis on technology to meet changing needs, and the fuel and petrochemical industries are no exception to that trend.
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.
The temporary enforcement policy announced by the Environmental Protection Agency (EPA) triggered criticism about some in the oil and gas industry getting a “license to pollute” during a public health emergency.
Beyond digitization (converting analog information to digital) and digitalization (the technology-driven shift to business processes) lies digital transformation.
In 2019, Chevron Phillips Chemical (CPChem)’s Sustainability Technical Manager Ron Abbott was given a seemingly insurmountable challenge: by 2020, make CPChem the first company in the U.S. to announce commercial production of a circular polymer made by converting plastic waste into the chemical building blocks for new plastic. A cross-functional team was launched and started chipping away at the goal.
WASHINGTON, D.C. – This decision by the Canadian government to designate plastic manufactured items as “toxic” is unwarranted and not based in science.
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.
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.
