In the late 1940s, following wartime-driven innovation, the mass production of inexpensive plastics revolutionized American life. For the first time, plastic toothbrushes, bottles, kitchenware, and furniture were widely available to the public. Yet soon after, a new question arose: what do we do with all this waste?
Today, that decades-long challenge remains unresolved. The OECD estimates that the U.S. generates more than 73 million metric tons of plastic waste annually, about 485 pounds per person. And while nearly everyone agrees that plastic waste in landfills and oceans is a problem, consensus on how to solve it remains elusive.
On one side, free-market advocates insist the issue can be fixed through voluntary corporate measures, not regulation. Yet, despite companies redesigning products and promoting reuse, these efforts have barely made a dent in total waste. On the other side, some environmental groups advocate blanket bans or drastic production limits, while downplaying the need for better collection, recycling, and infrastructure. They also often ignore that paper, glass, or metal alternatives can demand more energy, water, or emissions to produce and transport.
It is time for a pragmatic middle path that embraces innovation to make sustainability work. That’s where advanced recycling comes in.
