• Tag Archives environment
  • How America’s Recycling Program Failed—and Scarred the Environment

    In March 2019, The New York Times ran a shocking story exploring why many prominent US cities were abandoning their recycling programs.

    “Philadelphia is now burning about half of its 1.5 million residents’ recycling material in an incinerator that converts waste to energy,” Times business writer Michael Corkery reported. “In Memphis, the international airport still has recycling bins around the terminals, but every collected can, bottle and newspaper is sent to a landfill.”

    Philadelphia and Memphis were not outliers. They, along with Deltona, Florida, which had suspended its recycling program the previous month, were just a few examples of hundreds of cities across the country that had scrapped recycling programs or scaled back operations.

    Since that time, cities across the country have continued to scrap recycling programs, citing high costs.

    “The cost of recycling was going to double, and the town wasn’t going to be able to absorb that cost,” said Dencia Raish, the town clerk administrator for Akron, Colorado, which ended its program in 2021 and now sends “recyclables” to a landfill.

    While many Americans likely are distraught about America’s failed recycling experiment, a new video produced by Kite & Key Media reveals that abandoning recycling—at least in its current form—is likely to benefit both Americans and the environment.

    Like many problems in American history, recycling began as a moral panic.

    The frenzy began in the spring of 1987 when a massive barge carrying more than 3,000 tons of garbage—the Mobro 4000—was turned away from a North Carolina port because rumor had it the barge was carrying toxic waste. (It wasn’t.)

    “Thus began one of the biggest garbage sagas in modern history,” Vice News reported in a feature published a quarter-century later, “a picaresque journey of a small boat overflowing with stuff no one wanted, a flotilla of waste, a trashier version of the Flying Dutchman, that ghost ship doomed to never make port.”

    The Mobro was simply seeking a landfill to dumb the garbage, but everywhere the barge went it was turned away. After North Carolina, the captain tried Louisiana. Nope. Then the Mobro tried Belize, then Mexico, then the Bahamas. No dice.

    “The Mobro ended up spending six months at sea trying to find a place that would take its trash,” Kite & Key Media notes.

    America became obsessed with the story. In 1987 there was no Netflix, smartphones, or Twitter, so apparently everyone just decided to watch this barge carrying tons of trash for entertainment. The Mobro became, in the words of Vice, “the most watched load of garbage in the memory of man.”

    The Mobro also became perhaps the most consequential load of garbage in history.

    “The Mobro had two big and related effects,” Kite & Key Media explains. “First, the media reporting around it convinced Americans that we were running out of landfill space to dispose of our trash. Second, it convinced them the solution was recycling.”

    Neither claim, however, was true.

    The idea that the US was running out of landfill space is a myth. The urban legend likely stems from the consolidation of landfills in the 1980s, which saw many waste depots retired because they were small and inefficient, not because of a national shortage. In fact, researchers estimate that if you take just the land the US uses for grazing in the Great Plains region, and use one-tenth of one percent of it, you’d have enough space for America’s garbage for the next thousand years. (This is not to say that regional problems do not exist, Slate points out..

    Mandated recycling efforts, meanwhile, have proven fraught.

    During moral panics, it’s not uncommon for lawmakers to get involved. Recycling was no exception.

    Within just a handful of years of the Mobro panic, a recycling revolution spread across the continent. In a single year, more than 140 recycling laws were enacted in 38 states—in most cases mandating recycling and/or requiring citizens to pay for it. Within just a few years 6,000 curbside programs serving some 70 million Americans were created.

    Some people saw problems early on in this approach.

    “The fact is that sometimes recycling makes sense and sometimes it doesn’t. In the legislative rush to pass recycling mandates, state and local governments should pause to consider the science and the economics of every proposition,” economist Lawrence Reed wrote in 1995. “Often, bad ideas are worse than none at all and can produce lasting damage if they are enshrined in law. Simply demanding that something be recycled can be disruptive of markets and it does not guarantee that recycling that makes either economic or environmental sense will even occur.”

    The reality is recycling is incredibly complicated—something Discover magazine pointed out more than a decade ago. While it makes sense to recycle some products, there’s also circumstances where recycling makes no sense at all.

    Take plastic. For various reasons, plastic is not conducive to recycling. A Columbia University study published in 2010 found that a mere 16.5 percent of plastic collected by New York’s Department of Sanitation was actually “recyclable.” That might not sound like much, but it’s actually much higher than the percentage of plastic that is recycled globally, according to other studies.

    Physics has a lot to do with this. In most cases, it’s less expensive to simply make new plastic than to recycle old plastic. But the costs of recycling are not just economic.

    Proponents of recycling often acknowledge its economic costs. These costs can run high and recently got even higher (more on that later), but they say those costs are necessary to protect the environment.

    The argument ignores, however, that recycling—especially recycling done badly—also comes with severe environmental costs. It doesn’t just take dollars to recycle plastic but also energy and water (think about how much water you spend rinsing your recyclables for a moment).

    For plastic in particular, the environmental costs are even more staggering than the economic costs.

    “The newest, high tech methods of recycling [plastic] generate carbon emission 55 times higher than just putting it into a landfill,” Kite & Key Media says.

    But greenhouse gas emissions aren’t the only environmental cost. Did you ever wonder how we got a patch of plastic in the ocean that is twice the size of Texas?

    The Great Pacific garbage patch is a mass of debris in the Pacific Ocean that weighs about 3 million tons. How it got there is not exactly a mystery. It’s a collection of trash that came from countries in Asia, South America, and North America that researchers believe has increased “10-fold each decade” since the conclusion of World War II.

    Americans who’ve spent the last few decades recycling might think their hands are clean. Alas, they are not. As the Sierra Club noted in 2019, for decades Americans’ recycling bins have held “a dirty secret.”

    “Half the plastic and much of the paper you put into it did not go to your local recycling center. Instead, it was stuffed onto giant container ships and sold to China,” journalist Edward Humes wrote. “There, the dirty bales of mixed paper and plastic were processed under the laxest of environmental controls. Much of it was simply dumped, washing down rivers to feed the crisis of ocean plastic pollution.”

    It’s almost too hard to believe. We paid China to take our recycled trash. China used some and dumped the rest. All that washing, rinsing, and packaging of recyclables Americans were doing for decades—and much of it was simply being thrown into the water instead of into the ground.

    The gig was up in 2017 when China announced they were done taking the world’s garbage through its oddly-named program, Operation National Sword. This made recycling much more expensive, which is why hundreds of cities began to scrap and scale back operations.

    China’s decision provoked anger in the United States, but in reality the decision was a first (and necessary) step toward improving the environment and coming to grips with a failed paradigm.

    Americans meant well with their recycling efforts. We thought by recycling trash instead of burying it in a landfill, we were doing some good. Instead, tons of it (literally thousands and thousands of tons) was thrown into rivers and other waterways, contributing to the ocean plastic pollution problem.

    How did this happen?

    There are several answers to this question. NPR says Big Oil—always a convenient scapegoat—is to blame for letting people believe that recycling plastic made sense. But I think basic economics and moral philosophy are a better place to start.

    There was a reason Larry Reed, who today is president emeritus of FEE, sniffed out the false promise of recycling nearly 30 years ago.

    “Market economists—by nature, philosophy, and experience—are skeptical of schemes to supplant the free choices of consumers with the dictates of central planners,” Reed explained at the time.

    The idea that mountains of refuse can just be turned into something of value with the right local mandates never smelled right, largely because we have centuries of evidence that show markets are smarter than government bureaucrats because markets use infinitely more knowledge.

    This might sound simple, but the Nobel Prize winning economist Milton Friedman correctly observed it’s not.

    “The hardest thing in the world to understand is that people operating separately, through their joint relations with one another, through market transactions, can achieve a greater degree of efficiency and of output than can a single central planner,” Friedman noted in a 2001 interview.

    This is not to say recycling can never work. It can.

    Items like cardboard, paper, and metals (think aluminum) account for as much as 90 percent of greenhouse gas reduction from recycling, research shows, and they also make the most sense economically, since they are less expensive to recycle and offer more value.

    The problem isn’t recycling, but the means we use to recycle. The author Leonard Read, the founder of FEE, was fond of a Ralph Waldo Emerson poem that touched on ends and means.

    “Cause and effect, means and ends, seed and fruit, cannot be severed;” Emerson wrote, “for the effect already blooms in the cause, the end pre-exists in the means, the fruit in the seed.”

    What Emerson and Read understood was that noble ends are not enough. If the means we use to achieve a desired result are rotten, the fruit itself is likely to be rotten as well.

    The ends desired from recycling—a cleaner planet— were pure. The means we chose to pursue those ends—dictates of central planners—were not.

    By relying on government coercion, we ended up with a recycling system that made no sense—economically or environmentally. And that’s why we ended up with tens of thousands of tons of recycled items dumped into the ocean. Putting government in charge of recycling was a big mistake.

    If Americans are serious about recycling to create a better future for humans, they’d get government out of the recycling business and make way for entrepreneurs armed with local knowledge and the profit motive.

    Instead of seeing recyclables dumped into our rivers and oceans, we’d see them creating value. That’s a win for humans and the planet.


    Jon Miltimore

    Jonathan Miltimore is the Managing Editor of FEE.org. His writing/reporting has been the subject of articles in TIME magazine, The Wall Street Journal, CNN, Forbes, Fox News, and the Star Tribune.

    Bylines: Newsweek, The Washington Times, MSN.com, The Washington Examiner, The Daily Caller, The Federalist, the Epoch Times.

    This article was originally published on FEE.org. Read the original article.


  • Biden’s ‘Green’ Infrastructure Plan Would Actually Hurt the Environment, Top Economist Warns

    President Biden’s multi-trillion-dollar “infrastructure” proposal is about a lot more than traditional transportation infrastructure. In some ways, it’s a light version of the Green New Deal, including $10 billion to create a “Civilian Climate Corps,” $20 billion for “racial equity and environmental justice,” $175 billion for electric vehicle subsidies, and even money to make school lunches “greener.”

    But one prominent economist is warning that the supposedly “green” plan would actually backfire and leave the global environment worse off. In a new analysis, Mercatus Center Senior Research Fellow Veronique de Rugy argues that the plan would lead to more pollution because it would push economic activity abroad to poorer countries with lower standards.

    “Higher income taxes on top of the many costly labor and environmental mandates in the bill would… raise production costs in the United States,” she writes. “That would shift production of many products to other countries that have more competitive tax rates and lower production costs—but also, oftentimes, questionable environmental standards.”

    In this way, Biden’s multi-trillion-dollar green spending boondoggle could actually lead to higher carbon emissions and more pollution. Moreover, an Ivy League analysis found that this plan would reduce economic growth in the long run—and growth is the key to a clean environment.   

    “Ultimately, we know that the best green policy is the prosperity made possible only by economic growth,” de Rugy concludes. “The wealthier we are, the more we can afford to attend to the environment. Unfortunately, the Biden administration’s preferred path of more taxes, and more politically motivated spending and regulations will not just make us financially poorer; it also comes at a high cost for the environment.”

    Like this story? Click here to sign up for the FEE Daily and get free-market news and analysis like this from Policy Correspondent Brad Polumbo in your inbox every weekday. 


    Brad Polumbo

    Brad Polumbo (@Brad_Polumbo) is a libertarian-conservative journalist and Policy Correspondent at the Foundation for Economic Education.

    This article was originally published on FEE.org. Read the original article.


  • Solar Panels Produce Tons of Toxic Waste—Literally

    Solar panels have been heralded as the alternative to fossil fuels for decades. Most readers have likely seen exciting headlines claiming we could power the world’s energy demands multiple times were we simply to cover the Sahara Desert with a solar farm the size of China. The fact that such endeavors would be unsustainable due to their size and the sheer amount of maintenance required or that the necessary infrastructure to bring this energy all around the world is simply unimaginable is irrelevant to those who dream of a solar future.

    That’s fine; we’re all dreamers in one way or another. This fantasy has grasped many voters, however, and politicians are all too keen to jump on the gravy train of alternative energy. Solar panels are subsidized to an enormous extent, as are solar farms, be they public or private. In the age of emissions trading and international climate conferences, nothing is applauded more than showing off some big investments into harvesting the sun as an electricity supplier.

    This zeitgeist is reflected in solar panel sales. The different arrows in the chart below point to the moments when Solar Investment Tax Credits (ITC) were introduced, extended, or expanded.

    Beyond the clear misallocation of resources and energy market price distortions, there is a further environmental problem associated with solar panels.

    Beyond the inefficient use of these resources to begin with (in the process of making crystalline silicon from silicon, as much as 80 percent of the raw silicon is lost), there are numerous human health concerns directly related to the manufacture and disposal of solar panels.

    According to cancer biologist David H. Nguyen, PhD, toxic chemicals in solar panels include cadmium telluride, copper indium selenide, cadmium gallium (di)selenide, copper indium gallium (di)selenide, hexafluoroethane, lead, and polyvinyl fluoride. Silicon tetrachloride, a byproduct of producing crystalline silicon, is also highly toxic.

    The pro-solar website EnergySage writes:

    There are some chemicals used in the manufacturing process to prepare silicon and make the wafers for monocrystalline and polycrystalline panels. One of the most toxic chemicals created as a byproduct of this process is silicon tetrachloride. This chemical, if not handled and disposed of properly, can lead to burns on your skin, harmful air pollutants that increase lung disease, and if exposed to water can release hydrochloric acid, which is a corrosive substance bad for human and environmental health.

    For any user of solar panels, this is not an immediate risk as it only affects manufacturers and recyclers. More disconcerting, however, is the environmental impact of these chemicals. Based on installed capacity and power-related weight, we can estimate that by 2016, photovoltaics had spread about 11,000 tons of lead and about 800 tons of cadmium. A hazard summary of cadmium compounds produced by the EPA points out that exposure to cadmium can lead to serious lung irritation and long-lasting impairment of pulmonary functions. Exposure to lead hardly needs further explanation.

    In one 2003 study, researchers drew attention to the fact that cadmium is the benefactor of special environmental treatment, which allows solar energy to be more economically efficient (as far as that word quite applies to solar energy even in the current state of subsidization). They wrote:

    If they were classified as “hazardous” according to Federal or State criteria, then special requirements for material handling, disposal, record keeping, and reporting would escalate the cost of decommissioning.

    This mirrors an answer given by Cara Libby, Senior Technical Leader of Solar Energy at the Electric Power Research Institute (EPRI), who admits that there is no lucrative amount of salvageable parts on any type of solar panel. She adds:

    In Europe, we’ve seen that when it’s mandated, it gets done. Either it becomes economical or it gets mandated. But I’ve heard that it will have to be mandated because it won’t ever be economical.

    It is no wonder that Chinese factories, when confronted with the exorbitant costs (both financial and environmental) of decomposing solar panel chemicals properly, prefer to release them into the environment rather than dispose of them in an environmentally safe manner.

    Stanford Magazine also points out that solar energy has a higher carbon footprint than wind and nuclear energy. Ray Weiss, a professor of Geochemistry at the Scripps Institution of Oceanography, explains that a number of solar panels release nitrogen trifluoride (NF3), a chemical compound 17,000 times worse for the atmosphere than carbon dioxide. As recently as 2015, he explained that many manufacturers were still struggling to figure out how to contain its release into the atmosphere.

    Energy policy is not a place for emotion or action based on instinct. We throw around a lot of buzz words that lead us to the belief that one energy supply is “cleaner” than the other. The reality is that human action and interaction require a constant supply of energy. All forms of energy production have an impact on the environment.

    Questioning certain narratives regarding the eco-friendliness of those classified as “renewable” but do not live up to an environmental standard that reasonable people could support is essential to both innovation and environmental protection.


    Bill Wirtz

    Bill Wirtz is a Young Voices Advocate and a FEE Eugene S. Thorpe Fellow. His work has been featured in several outlets, including Newsweek, Rare, RealClear, CityAM, Le Monde and Le Figaro. He also works as a Policy Analyst for the Consumer Choice Center.

    Learn more about him at his website.

    This article was originally published on FEE.org. Read the original article.