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    Polluting Industries Say the Cost of Cleaner Air Is Too High

    As the Biden administration prepares to toughen air quality standards, health benefits are weighed against the cost of compliance.The U.S. Environmental Protection Agency is about to announce new regulations governing soot — the particles that trucks, farms, factories, wildfires, power plants and dusty roads generate. By law, the agency isn’t supposed to consider the impact on polluting industries. In practice, it does — and those industries are warning of dire economic consequences.Under the Clean Air Act, every five years the E.P.A. re-examines the science around several harmful pollutants. Fine particulate matter is extremely dangerous when it percolates into human lungs, and the law has driven a vast decline in concentrations in areas like Los Angeles and the Ohio Valley.But technically there is no safe level of particulate matter, and ever-spreading wildfire smoke driven by a changing climate and decades of forest mismanagement has reversed recent progress. The Biden administration decided to short-circuit the review cycle after the E.P.A. in the Trump administration concluded that no change was needed. As the decision nears, business groups are ramping up resistance.Last month, a coalition of major industries, including mining, oil and gas, manufacturing, and timber, sent a letter to the White House chief of staff, Jeffrey D. Zients, warning that “no room would be left for new economic development” in many areas if the E.P.A. went ahead with a standard as tough as it was contemplating, endangering the manufacturing recovery that President Biden had pushed with laws funding climate action and infrastructure investment.Twenty years ago, generating electric power caused far higher soot emissions, so “there was room” to tighten air quality standards, said Chad Whiteman, vice president of environment and regulatory affairs at the Chamber of Commerce’s Global Energy Institute, in an interview. “Now we’re down to the point where the costs are extremely high,” he said, “and you start bumping into unintended consequences.”Research shows that in the first decades after the passage of the Clean Air Act in 1967, the rules lowered output and employment, as well as productivity, in pollution-intensive industries. That’s why the cost of those rules has often drawn industry protests. This time, steel and aluminum producers have voiced particularly strong objections, with one company predicting that a tighter standard would “greatly diminish the possibility” that it could restart a smelter in Kentucky that it idled in 2022 because of high energy prices.Technically, there is no safe level of particulate matter, and ever-spreading wildfire smoke driven by a changing climate and decades of forest mismanagement has reversed recent progress.Max Whittaker for The New York TimesNew factories, however, tend to have much more effective pollution control systems. That’s especially true for two advanced manufacturing industries that the Biden administration has specifically encouraged: semiconductors and solar panel manufacturing. Trade associations for those industries said by email that a lower standard for particulate matter wasn’t a significant concern.Regardless, public health advocates argue that the averted deaths, illnesses and lost productivity that air pollution caused far outweigh the cost. The E.P.A. pegs the potential benefits at as much as $55 billion by 2032 if it drops the limit to nine micrograms per cubic meter, from the current 12 micrograms. That is far more than the $500 million it estimates the proposal would cost in 2032.So how are communities weighing the potential trade-offs?On a state level, it depends to a large degree on politics: Seventeen Democratic attorneys general wrote a joint comment letter in support of stricter rules, while 17 Republican attorneys general wrote one in favor of the status quo.But it also depends on the mix of industries prevalent in a local area. Ohio offers an illuminating contrast.Take Columbus, a longstanding hub of headquarters for consumer brands that in recent years has leaned more into professional services like banking and insurance. The Mid-Ohio Regional Planning Commission, a coalition of metropolitan-area governments, called for the E.P.A. to impose the nine-microgram standard.“There may be some economic costs to major polluting industries, but there’s real health and environmental costs if we do nothing,” said Brandi Whetstone, a sustainability officer at the commission.Columbus would incur fewer costs from tighter regulation, having enjoyed strong job growth in recent years driven by white-collar industries. But local leaders also think that clean air is a competitive advantage, with the power to draw both new residents and new businesses that value it.Jim Schimmer is the director of economic development for Franklin County, which includes Columbus. He has been pushing a plan to turn an old airport the county owns into a low-emissions, power-generating transportation and logistics hub, complete with solar arrays and electrified short-haul trucks, and he thinks stronger rules on particulate matter could help.“This is such a great opportunity for us,” Mr. Schimmer said.The E.P.A. is about to announce new regulations governing soot — the particles that trucks, factories, wildfires, power plants and dusty roads generate.Mikayla Whitmore for The New York TimesThe Cleveland area is a different story, with a high concentration of steel, chemical, aviation and machinery production. Its regional planning council declined to comment on the prospect of stricter air quality rules. Chris Ronayne, the Democratic executive of Cuyahoga County, was cautious in discussing the subject, emphasizing the need for financial assistance to help companies upgrade to lower their emissions.“I think there is an attitude of ‘work with us, with carrot approaches, not just the big stick,’” Mr. Ronayne said. “Come at us, in a manufacturing town, with both incentives to help us get there as well as the regulation.”Ohio has an entity to help with that. The Ohio Air Quality Development Authority was created 50 years ago to clean up the brown clouds that came out of smokestacks, using a combination of grants and low-cost revenue bond financing to help businesses fund upgrades like solar panels and scrubbers that filter exhaust from industrial facilities like incinerators and concentrated animal feeding operations.Now, more funding than ever is available — through the Inflation Reduction Act, which set up a $27 billion “green bank” at the E.P.A. to finance clean energy projects. Christina O’Keeffe, the executive director of the Ohio agency, said she hoped that would allow her to get into direct lending as well when more companies needed her help to meet a stricter air standard. There are also billions in the offing to help heavy industries retrofit to lower their carbon emissions, which tends to help with particulate matter as well.Public health advocates argue that the E.P.A. should set its standard regardless of the assistance available to cover the cost of compliance.California, for example, has spent more than $10 billion to help factories and farmers pollute less. The state’s Central Valley is still the only area that is in “serious” violation of meeting the set standard of 12 micrograms per cubic meter of particulate matter. The country’s six most polluted counties, which include the cities of Fresno and Bakersfield, have annual readings above 16 micrograms.The Central Valley Air Quality Coalition, an advocacy group, has been pushing for more aggressive enforcement for decades. The group’s executive director, Catherine Garoupa, points out that despite the persistent air problems, the federal government has not imposed strict curbs, like holding back highway funding.“One of the huge imbalances in our region is that the trend has been to cater to industry, treat them with kid gloves, give them billions of dollars in incentive money for them to continue their practices,” Dr. Garoupa said. “They’re generating wealth, but not for the people that actually live in the valley and are breathing the air.”California has spent more than $10 billion to help factories and farmers pollute less.Max Whittaker for The New York TimesThe San Joaquin Valley Air Pollution Control District, which includes four of the country’s six most polluted counties, has a different take. It filed a comment letter warning of “devastating federal sanctions,” including financial penalties, if the standard was toughened further.The chair of that air district is Vito Chiesa, a Stanislaus County commissioner who grows walnuts and almonds and used to lead the local farm bureau. His operation has to comply with any limitations on agriculture that might be imposed, like the prohibition on open-air burning of farm waste that the air district adopted after years of demands from public health advocates. He fears that further curbs without adequate support for smaller farmers would jeopardize his employees’ jobs.“I have like 15 employees out here, and I feel completely responsible for their families,” Mr. Chiesa said. “So how is it going to affect them? Our charge here on the air board is not to do death by a thousand cuts.”One point of agreement between proponents and many foes of a stronger standard: If the E.P.A. moves forward with tougher rules, it should also crack down on pollution sources, including railroads, ships and airplanes, under its sole jurisdiction. (The agency has proposed a stronger standard for heavy-duty trucks, around which a similar fight is playing out.)Rebecca Maurer is a City Council member representing a Cleveland neighborhood that has some of the area’s worst pollution. Her office frequently hears from constituents seeking help with housing that is safer for children with asthma, which occurs at alarming rates. The district encompasses an industrial cluster that includes two steel plants, an asphalt plant, a recycling depot, rail yards and assorted small factories.That’s the most visible source of emissions, but Ms. Maurer thinks her district’s many highways — and the diesel-powered trucks driving on them — offer the greatest opportunity for cleaning up the air, which requires state and federal action. And light manufacturing jobs are needed to employ the two-thirds of the county’s residents who lack college degrees, she said.“What we don’t want is another asphalt plant, and we don’t want e-commerce,” Ms. Maurer said. “We want something in between. We’re trying to thread this needle between these hugely polluting plants and low density, low-wage warehouse jobs.” More

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    Shipping Contributes Heavily to Climate Change. Are Green Ships the Solution?

    On a bright September day on the harbor in Copenhagen, several hundred people gathered to welcome the official arrival of Laura Maersk.Laura was not a visiting European dignitary like many of those in attendance. She was a hulking containership, towering a hundred feet above the crowd, and the most visible evidence to date of an effort by the global shipping industry to mitigate its role in the planet’s warming.The ship, commissioned by the Danish shipping giant Maersk, was designed with a special engine that can burn two types of fuel — either the black, sticky oil that has powered ships for more than a century, or a greener type made from methanol. By switching to green methanol, this single ship will produce 100 fewer tons of greenhouse gas per day, an amount equivalent to the emissions of 8,000 cars.The effect of global shipping on the climate is hard to overstate. Cargo shipping is responsible for nearly 3 percent of global greenhouse gas emissions — producing roughly as much carbon each year as the aviation industry does.Figuring out how to limit those emissions has been tricky. Some ships are turning to an age-old strategy: harnessing the wind to move them. But ships still need a more constant source of energy that is powerful enough to propel them halfway around the world in a single go.Unlike cars and trucks, ships can’t plug in frequently enough to be powered by batteries and the electrical grid: They need a clean fuel that is portable.Ursula von der Leyen, center, the president of the E.U. Commission, stands with the captains of the Laura Maersk as well as company and government officials in Copenhagen in September.Betina Garcia for The New York TimesThe Laura Maersk is the first of its kind to set sail with a green methanol engine and represents a significant step in the industry’s efforts to address its contribution to climate change. The vessel is also a vivid illustration of just how far the global shipping sector has to go. While roughly 125 methanol-burning ships are now on order at global shipyards from Maersk and other companies, that is just a tiny portion of the more than 50,000 cargo ships that ply the oceans today, which deliver 90 percent of the world’s traded goods.The market for green methanol is also in its infancy, and there is no guarantee that the new fuel will be made in sufficient quantities — or at the right price — to power the vast fleet of cargo ships operating worldwide.Shipping is surprisingly efficient: Transporting a good by container ship halfway around the world produces far less climate-warming gas than trucking it across the United States.That’s true in part because of the scale of modern cargo vessels. The biggest container ships today are larger than aircraft carriers. Each one is able to carry more than 20,000 metal containers, which would stretch for 75 miles if placed in a row.That incredible efficiency has lowered the cost of transport and enabled the modern consumer lifestyle, allowing retailers like Amazon, Walmart, Ikea and Home Depot to offer a vast suite of products at a fraction of their historical cost.Yet that easy consumption has come at the price of a warmer and dirtier planet. In addition to affecting the atmosphere, ships burning fossil fuel also spew out pollutants that reduce the life expectancy of the large percentage of the world’s people who live near ports, said Teresa Bui, policy director for climate at Pacific Environment, an environmental organization.Cargo ships at the Port of Los Angeles in 2021 sometimes had to wait days to dock because of congestion, producing huge amounts of pollution.Coley Brown for The New York TimesThat pollution was particularly bad during the Covid-19 pandemic, when supply chain bottlenecks caused ships to pile up outside of the Port of Los Angeles, producing pollution equivalent to nearly 100,000 big rigs per day, she said.“They have been under regulated for decades,” Ms. Bui said of the shipping industry.Some shipping companies have tried to cut emissions in recent years and comply with new global pollution standards by fueling their vessels with liquefied natural gas. Yet environmental groups, and some shipping executives, say that adopting another fossil fuel that contributes to climate change has been a move in the wrong direction.Maersk and other shipping companies now see greener fuels such as methanol, ammonia and hydrogen as the most promising path for the industry. Maersk is trying to cut its carbon emissions to zero by 2040, and is pouring billion of dollars into cleaner fuels, along with other investors. But making the switch — even to methanol, the most commercially viable of those fuels today — is no easy feat.Switching to methanol requires building new ships, or retrofitting old ones, with different engines and fuel storage systems. Global ports must install new infrastructure to fuel the vessels when they dock.Perhaps most crucially, an entire industry still needs to spring up to produce green methanol, which is in demand from airlines and factory owners as well as from shipping carriers.Methanol, which is used to make chemicals and plastics as well as fuel, is typically produced using coal, oil or natural gas. Green methanol can be made in far more environmentally friendly ways by using renewable energy and carbon captured from the atmosphere or siphoned from landfills, cow and pig manure, or other bio waste.By using green methanol, the Laura Maersk could produce 100 fewer tons of greenhouse gas per day, equivalent to the emissions of 8,000 cars.Betina Garcia for The New York TimesCargo ships require fuel sources that are powerful enough to propel them halfway around the world in a single go.Betina Garcia for The New York TimesFlemming Sogaard Christensen, the chief engineer of the Laura Maersk, inside the engineering room. The ship’s engine can burn oil or a greener type of fuel made from methanol.Betina Garcia for The New York TimesBut the world today does not yet produce much green methanol. Maersk has committed to using only sustainably produced methanol, but if other shipping companies end up using methanol fuel made with coal or oil, that will be no better for the environment.Ahmed El-Hoshy, the chief executive of OCI Global, which makes methane from natural gas and greener sources like landfill gas, said companies today were producing “infinitesimally small volumes” of green methanol using renewable energy.“Companies haven’t done much in our industry yet quite frankly,” he said. “It’s all hype.”Fuel producers still need to master the technology to build these projects, he said. And in order to finance them they need buyers who are willing to commit to long-term contracts for green fuel, which can be three to five times as expensive as conventional fuel.Maersk has signed contracts with fuel providers including OCI and European Energy, which is building in Denmark what will be the world’s largest plant producing methanol with renewable electricity. The shipping company already has clients like Amazon and Volvo that are willing to pay more to have their goods transported with green fuels, in order to reduce their own carbon footprints.But many other companies are not yet willing to pay the necessary cost for greener technologies, Mr. El-Hoshy said.The missing piece, said Mr. El-Hoshy and others in the shipping and methanol industries, is regulation that would help level the playing field between companies trying to clean up their emissions and those still burning dirtier fuels.The European Union is ushering in rules that encourage ships to decarbonize, including new subsidies for green fuels and penalties for fossil fuel use. The United States is also spurring new investments in green fuel production and more modern ports through generous domestic spending programs.Maersk has clients like Amazon and Volvo that are willing to pay more to have their goods transported with green fuels, in order to reduce their own carbon footprints.Betina Garcia for The New York TimesBut proponents say the key to a green transition in the shipping sector are global rules that are pending through the International Maritime Organization, the United Nations body that regulates global shipping.The organization has long received heavy criticism for its lagging efforts on climate. This summer, it adopted a more ambitious target: eliminating the global shipping industry’s greenhouse gas emissions “by or around” 2050.To get there, nations have promised to agree on a legally binding way to regulate emissions by the end of 2025, which they would put into effect in 2027.Yet countries have yet to agree on what kind of regulation to use. They are debating whether to adopt a new standard for cleaner fuels, new taxes per ton of greenhouse gas emitted or some kind of mix of tools.Some developing countries, and nations that export low-value goods like farm products, say that strict regulation would raise shipping costs and be economically harmful.Proponents of the regulation — including Maersk — say it’s necessary to avoid penalizing those who are trying to clean up the business, and provide certainty about the industry’s direction.“There has to be an economic mechanism by which you level the playing field so that people are incentivized and not punished for using low-carbon fuels,” said John Butler, the chief executive of the World Shipping Council, which represents container carriers including Maersk.“Then you can invest with some confidence,” he added.A container ship traveling halfway around the world produce less climate-warming gas than a truck traveling across the United States.Betina Garcia for The New York TimesVincent Clerc, the chief executive of Maersk, said the company would continue to adopt new green technologies as they became available.Betina Garcia for The New York TimesStill, Maersk acknowledges that green methanol is unlikely to be the final solution. Experts say that the fuel’s reliance on finite sources of waste, like corn husks and cow manure, mean there will not be enough to power the entire global shipping fleet.In an interview, Vincent Clerc, the chief executive of Maersk, said that the entire maritime sector was unlikely to ever be powered predominantly by methanol. But Maersk had no regrets about moving some of its fleet from fossil fuels to methanol now, then adopting new technologies as they become available, he said.“This marks a real systemic change for this sector,” Mr. Clerc said, gesturing toward the vessel piled high with 20-foot containers in front of him.Eric Leveridge, the climate campaign manager for Pacific Environment, said his group was glad that Maersk and other shipping companies were moving toward more sustainable fuels. But the organization is still concerned that “it is more for optics and that the impact is potentially being exaggerated,” he said.“When it comes down to it, even if there is this investment, there’s still a lot of heavy fuel oil ships on the water,” he said. More

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    Herman Daly, 84, Who Challenged the Economic Gospel of Growth, Dies

    Perhaps the best-known ecological economist, he faulted his mainstream peers for failing to account for the environmental harm growth can bring.Herman Daly, who for more than 50 years argued that the economic gospel of growth as synonymous with prosperity and progress was fundamentally, and dangerously, flawed because it ignored its associated costs, especially the depletion of natural resources and the pollution it engenders, died on Oct. 28 in Richmond, Va. He was 84.The death, at a hospital, was caused by a brain hemorrhage, his daughter Karen Daly Junker said.Dr. Daly, an ecological economist, was almost surely his field’s chief popularizer through his more than a dozen books and many journal articles, his faculty positions at the University of Maryland and, earlier, Louisiana State University, and his somewhat incongruous six-year stint at the World Bank.Although he was branded a heretic for his theories — or, worse, ignored — among traditional economists, he had plenty of adherents, who saw him as prophetic for anticipating climate change’s increasingly harmful impact and the vast sums of money needed to address it.“His ideas are really relevant now, unlike most other economists, whose ideas tend to lose relevance as time passes and circumstances change,” Peter A. Victor, an ecological economist and the author of the 2021 biography “Herman Daly’s Economics for a Full Word,” said in a phone interview.One of Dr. Daly’s key principles was that growth is “uneconomic” when its costs outweigh its benefits. That idea was tied to another: Earth, once empty, is now full — of people and what they produce — and charting a more sustainable path requires the use of fewer natural resources and the making of less waste.“That’s not really hard to understand,” Dr. Daly said in a 2011 video interview with WWF Sweden. “I can explain that to my grandchildren.”Yet another foundational concept was that the economy does not exist apart from the Earth’s biosphere but within it, and that its scale is limited by its reliance on finite natural resources.Such propositions might seem simple, but arguing against economic growth, Dr. Daly wrote in a foreword to Mr. Victor’s book, was like poking “a big hornets’ nest with a short stick.”“It rudely upsets a very large and comfortable consensus,” he added.He urged politicians, governments and other economists to abandon the relentless pursuit of growth in favor of a so-called steady-state economy, which would achieve a stable balance between supporting human life and preserving the environment. He employed an aircraft metaphor to explain his preferred approach.“The failure of a growth economy to grow is a disaster,” he told The New York Times Magazine in a profile of him this year. “The success of a steady-state economy not to grow is not a disaster. It’s like the difference between an airplane and a helicopter. An airplane is designed for forward motion. If an airplane has to stand still, it’ll crash. A helicopter is designed to stand still, like a hummingbird.”He proposed replacing gross domestic product with metrics like an “index of sustainable economic welfare,” which would tally not just the value of goods and services produced but also the ecological harm done in the process. To him, “sustainable growth” was nonsensical; “sustainable development” was the goal.In an interview, Joshua Farley, an economist and co-author with Dr. Daly of “Ecological Economics: Principles and Applications” (2004), boiled his colleague’s animating philosophy down concisely: “More isn’t always better.”Dr. Daly’s economic beliefs were grounded in hard sciences like the laws of thermodynamics, but also in ethical ideals, like the fair distribution of wealth, and in his faith as a Methodist who saw the Earth as the handiwork of an almighty creator.Even as his theories gained currency in recent years, they remained outside economic thinking’s mainstream. He did not seem to mind.“My duty is to do the best I can and put out some ideas,” he said in The Times Magazine interview. “Whether the seed that I plant is going to grow is not up to me. It’s just up to me to plant it and water it.”Dr. Daly received the Right Livelihood Award, which is sometimes called an alternative Nobel Prize, in 1996.Eric Roxfelt/Associated PressHerman Edward Daly was born on July 2l, l938, in Houston to Edward Joseph Daly, who owned a service station in Beaumont, Texas, where the family lived at the time, and Mildred (Herrmann) Daly, a homemaker who had worked as a bookkeeper before marrying. The family later moved to Houston, where Ed Daly opened a hardware store.Shortly before Herman turned 8, he contracted polio, which rendered his left arm useless. After unsuccessful efforts to repair it over several years, he opted for amputation when he was about to enter high school.“As traumatic as this was, it stopped me from wasting my time hoping I would recover and saved me from using lots of energy going through treatment that would be of little or no benefit,” he wrote in a 2014 personal history. “This painful experience taught me to concentrate on what I am able to do and not waste energy on things that I can’t do.”After graduating from high school in 1956, he entered what was then known as the Rice Institute (now Rice University) in Houston. When the time came to declare a major, he chose economics because, he said, he felt it merged science and the humanities.“As he later discovered,” Dr. Victor wrote in his biography, “that turned out not to be true.”Dr. Daly earned his bachelor’s degree in 1960 and then enrolled in a doctorate program at Vanderbilt University with a focus on development in Latin America.Two people he met while at Vanderbilt would play major roles in his life.One, his original thesis adviser, the Romanian mathematician and economist Nicolas Georgescu-Roegen, helped lay the groundwork for what became ecological economics with his 1971 book “The Entropy Law and the Economic Process,” which argued that all natural resources are permanently degraded when used for economic activity.The other was Marcia Damasceno, a Brazilian college student whom he married in 1963. Along with his daughter Karen, she survives him, as do another daughter, Terri Daly Stewart; his sister, Denis Lynn (Daly) Heyck, professor emeritus of Spanish language and literature at Loyola University Chicago; and three grandchildren.By the time Dr. Daly received his doctorate from Vanderbilt in 1967, he was teaching at L.S.U. There, he began to focus more closely on the interconnections between the economy, the environment and ethics, with an emphasis on the steady-state principles articulated by the 19th-century British economist John Stuart Mill. Dr. Daly published his first book, “Toward a Steady-State Economy,” in 1973. Dr. Daly’s 1996 book “Beyond Growth: The Economics of Sustainable Development,” one of some 20 he wrote detailing his theories.He remained at L.S.U. until 1988, when, in an unlikely move, he joined the World Bank in Washington as a senior economist in the environment department. “It was a big surprise for me that the World Bank, whose basic policy was economic growth, offered me a job,” he wrote.While there, he developed his “three rules for sustainable development” and worked with others to try to change the bank’s system for measuring G.D.P. to reflect environmental costs. The efforts, he wrote, were “to little or no avail.” He moved to the University of Maryland’s School of Public Policy in 1994, taking emeritus status in 2010.Dr. Daly’s other notable books include “For the Common Good: Redirecting the Economy Toward Community, the Environment, and a Sustainable Future” (1989), written with the theologian John B. Cobb Jr.John Fullerton, a former commercial banker who now leads the Capital Institute, a research organization based in Stonington, Conn., whose work is aligned with the book’s prescriptions, is among those who have been influenced by “For the Common Good.”In an interview, Mr. Fullerton said one of Dr. Daly’s most important contributions was his focus on “a pursuit of development that was not physical to achieve prosperity.” Another, he said, was to argue that traditional approaches to finance and economics “lead us off a cliff.”Kirsten Noyes contributed research. More