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.
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.
Decarbonizing heavy trucks and airplanes, which will continue to rely on liquid fuels for the foreseeable future, once seemed a distant dream. That is changing thanks to innovation and investment from America’s fuel refiners, which are manufacturing renewable diesel and sustainable aviation fuels that cut carbon emissions by as much as 80 percent.
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.
Vehicle efficiency is not a partisan issue. Every driver wants cleaner, more efficient cars and trucks. They also want them to be affordable, safe and family friendly. Fuel-powered internal combustion engine vehicles offer a range of options that satisfy these criteria, and they’re getting better every year.
It’s an often-overlooked fact that pipelines are the safest way to transport crude oil, natural gas liquids, petrochemicals and refined products on land.
In 2015, after years of building a collection of over 600 pipeline real-world “test specimens” to be used for advanced pipeline safety research, the Pipeline Research Council International (PRCI) opened the Technology Development Center (TDC) in Houston, Texas.
A nationwide 95 RON octane standard for vehicles can deliver major carbon reductions in the nation’s light-duty auto fleet faster and at a lower cost than any other proposal being considered by policymakers right now, especially policies seeking to force nationwide vehicle electrification.