Beating King of Pop, The Eagles have No.1 album of all-time
By MESFIN FEKADU
AP Music Writer
Tuesday, August 21
NEW YORK (AP) — The Eagles’ greatest hits album has moon walked past Michael Jackson’s “Thriller” to become history’s best-selling album of all-time in the U.S.
The Recording Industry Association of America told The Associated Press on Monday that the Eagles’ album — “Their Greatest Hits 1971-1975” — is now certified 38x platinum, which means sales and streams of the album have reached 38 million copies.
The album was released in 1976 and pushes Jackson’s “Thriller,” which is 33x platinum, to second place.
RIAA also said that the Eagles’ “Hotel California,” released in 1977, is now 26x platinum and makes it the third best-selling album of all-time.
The last time RIAA tallied sales for the Eagles’ greatest hits album was in 2006, when it said it was 29x platinum. Sales and streams for “Thriller” were last updated last year.
“We are grateful for our families, our management, our crew, the people at radio and, most of all, the loyal fans who have stuck with us through the ups and downs of 46 years. It’s been quite a ride,” Don Henley said in a statement.
RIAA’s platinum status was once equivalent to selling one million albums or songs, but in 2013 the company began incorporating streaming from YouTube, Spotify and other digital music services to determine certification for albums and songs.
Now 1,500 streams of an album is equivalent to an album sale. Also, 10 song downloads = 1 album sale.
The Eagles, who formed in Los Angeles in the early 1970s, mastered the mix of rock ‘n’ roll and country music, and the band’s hits — including “Hotel California” and “Take It Easy — became part of the soundtrack of that decade. They broke up in 1980, coming back together 14 years later with Henley and Glenn Frey being the only remaining original members. Frey died in 2016, but the Grammy-winning band remains on tour.
The band was inducted into the Rock & Roll Hall of Fame in 1998 and received the Kennedy Center Honor in 2016.
China’s garbage ban upends US recycling – is it time to reconsider incineration?
August 21, 2018
Professor of Economics, Bucknell University
Thomas Kinnaman does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
China’s decision earlier this year to implement a ban on the import of 24 categories of recyclable materials, including many common plastics used in consumer goods, has shocked recycling systems across the world.
Surplus plastics in the United States and Western Europe appear destined for temporary storage facilities or local landfills in the short run, as trash haulers and municipalities consider changes to their recycling practices.
The fallout, including stockpiles of unrecycled trash, from these events brings to light some of the challenges associated with the global market for recyclable plastic.
Long-term solutions may include exporting plastic to India and other developing countries in Southeast Asia. To reduce the generation of plastic waste, European nations are considering new taxes on the consumption of plastic and increasing recycling content standards.
My own research suggests another opportunity widely practiced in Europe and Southeast Asia: incineration.
How recycling markets work
The global market for recyclable plastic operates like the better-known markets for commodities such as crude oil, gold and copper.
Prices paid for recyclable plastic fluctuate daily in response to changes in global supply and demand. Anyone interested in purchasing plastic need simply submit a bid in the spot market and await a response. After collecting our plastic bottles at the curb, our municipalities rarely interact directly with this market but instead sign long-term contracts with recycling companies.
China had been processing about one-half of the world’s exported recycled materials. Its ban represents a very sharp reduction in the global demand for some forms of plastic, which has decreased these prices. Such low prices should, in theory, deter some suppliers – like the companies that take on all of our recyclable plastic – from presenting the plastic to the market in the first place.
But household plastic recyclers are a little like dairy farmers – they don’t want to stop supplying even though prices might fall to ridiculously low levels. Our society has simply come to expect that our discarded plastic should be recycled, regardless of the price, to avoid it being sent to a landfill or incinerated.
Adding to this market rigidity are state laws that require municipalities to continue to collect our plastic bottles even when recycling companies don’t want to or can’t find anyone to take it. These factors result in a steady supply of plastic even in the lack of a price incentive to recycle it.
Having researched questions related to solid waste recycling and disposal for many years, I believe China’s recent actions provide an excellent opportunity to begin broad new policy discussions before finding another developing country willing to import it.
New taxes and recycled content standards can be considered. But if impure stockpiles of low-grade plastics indeed threaten the natural environment and human health in importing countries, as China has argued, or if shipping these materials across our oceans generates unwanted environmental signatures like islands of plastic, then perhaps it is the time to also (gulp) reconsider incineration.
A modern waste incineration facility, such as this one in Minato City, Japan, can reduce dioxins by burning at high temperatures. There are 19 waste-to-energy plants in Tokyo.
I could see the “Cadillac plan” for keeping household plastic from landfills and our oceans as the modern incinerator. Americans have never really embraced incineration as an environmentally sound process. NIMBY groups (for Not In My Backyard) and local politicians have recently opposed plans for new incineration facilities in New York City, Baltimore and Seattle.
The concern has been dioxins and other air pollutants. Dioxins were first detected in the fly ashes of incinerators in the late 1970s. At the time, pollution abatement technology at incinerators consisted solely of electrostatic precipitators – a relatively low-cost filtration technology designed to remove fine dust particles from air streams. But these didn’t work. Dioxins escaped, and releases of dioxins were found to be intensive when combustion temperatures fell between 200 and 600 degrees Celsius.
As these old incinerators finally ceased operations, the percentage of all waste incinerated in the United States has slowly decreased from 16 percent in 1996 to 13 percent in 2014.
Many incineration plants, like this one closed one in Chicago, have fallen out of favor in the U.S. over concerns with local air pollutants.
Modern incinerators currently operating in Europe and Asia employ technologies to sharply reduce dioxins. Furnace temperatures have been raised to levels above 850°C, and methods have been developed to better trap fly ash, better clean the boilers and remove dust. Abatement technology has also been added to reduce nitric oxides and other airborne pollutants. Periods of incinerator startup and shutdown, when furnace temperatures pass the dangerous 200°C to 600°C threshold, are minimized with steady supplies of waste.
As a result, dioxin emissions from incinerators with modern abatement technologies are currently near zero. Modern incinerators also include processes to generate electricity, heat water for district heating services, recycle the metals found in the ashes and build tiles from the remaining slag. Studies have found these incinerators can serve as carbon sinks if the energy they produce displaces coal.
Due to these advances and to European laws that deterred land-filling, incineration has been embraced across Northern Europe and Southeast Asia – pretty much everywhere except the United States.
Why landfills are winning
So why not in the United States?
One reason is the public’s distaste for incineration. Another is the high cost. The cost of operating an environmentally efficient incinerator is difficult to estimate, but is easily more expensive than that of an American landfill or expense associated with recycling – that’s why it’s the Cadillac plan.
Incineration costs are high due to the need to meet air pollution laws by treating post-combustion gases. The cost to incinerate one ton of waste in a modern incinerator can be as high as US$300. The cost of land-filling a ton of waste in Texas is only $35 per ton. Garbage generators in Texas won’t be rushing to support incineration anytime soon. Based on my own research, the cost of recycling an average ton of material is somewhere between these two measures.
Incineration and recycling
Incineration has certainly displaced land-filling in Europe and Southeast Asia, but has it also displaced recycling? Incinerators operate cleanest when at full capacity and are thus thirsty for material. That pile of plastic no longer wanted in China is looking pretty good to the hungry incinerator.
To see how recycling might be affected by the recent growth of incineration, I plotted the 2014 rates of incineration and recycling in all Organization for Economic Cooperation and Development countries. It appears that at low levels, incineration and recycling appear to replace land-filling.
As incineration rates in OECD countries rise over a certain point, the rate of recycling starts to dip.
But once incineration rates rise above 40 percent, recycling starts to fall. Maybe some plastic bottles, manufactured from petroleum and a great fuel source for the incinerator, were not going to China in 2014. Nobody wants to admit that modern incineration has been displacing recycling, but the data appear to support the notion.
Modern incineration is not cheap – expect to pay maybe three times the current cost for waste removal – but studies have shown the environmental signature, as measured by air pollutants, is falling to small or potentially have negative carbon emissions when combined with carbon capture.
West Palm Beach, Florida, installed one of these incinerators in June 2015, making it the first incinerator to begin operations in the United States in the past 20 years. Maybe this is a more responsible future than sending containers of Americans’ plastic across the ocean to Africa.