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To: Jon Koplik who wrote (9449)9/5/2014 12:12:02 AM
From: DaYooper  Read Replies (1) | Respond to of 12245
 
The global warming enthusiasts also believe the fresh water lakes would dry up. Today's Corps of Engineers report shows all the Great Lakes basins at or above their long term (120 year) averages:

lre.usace.army.mil



To: Jon Koplik who wrote (9449)1/16/2021 3:58:13 PM
From: Jon Koplik  Respond to of 12245
 
Bloomberg / Too Many Companies Are Banking on Carbon Capture to Reach Net Zero

January 15, 2021

Too Many Companies Are Banking on Carbon Capture to Reach Net Zero

There's only so much land available to plant new trees, and most other methods are expensive and difficult.

By Kate Mackenzie

As governments and companies jostle to show how committed they are to fighting global warming, plans to take carbon dioxide out of the air are becoming a giant loophole ­ just as experts have warned for years.

The UN Principles for Responsible Investment estimates that some 42 companies announced net-zero targets in 2019 and 2020. More than half of those plan to plant trees, preserve forests or capture CO in order to get there, even as their own businesses continue to warm the atmosphere.

These measures, and other technologies to capture greenhouse gases, are collectively known as carbon dioxide removal (CDR). But CDR shouldn’t be a get-out-of-jail-free card for polluters. There’s a limit to how much CO can plausibly be removed. There's only so much land available to plant new trees, and most other methods are expensive and difficult.

As net-zero plans proliferate, some companies assume they can rely disproportionately on CDR to offset their own emissions. It’s not just about planting trees. There are even plans to create “negative emissions” by generating energy from burning biomass, then capturing the emissions produced, a little-used process that also requires large amounts of land.

In a new report, Greenpeace UK points out that the Intergovernmental Panel on Climate Change estimates between 500 and 3,600 million metric tons of CO could be removed annually through planting new forests by 2050. British Airways operator International Airlines Group and Italian oil company Eni each claim they’ll offset 30 million metric tons per year by then. That could be as much as 12% of the IPCC’s projection, Greenpeace warns.

The IPCC also estimates that there’s only about 500 million hectares of land left that can be dedicated to new forests for carbon capture. Royal Dutch Shell Plc alone, Greenpeace says, has proposed planting a tenth of that amount to achieve its net-zero target.

Some company plans look even worse when you consider their industries. For example, power generation has long been considered so easy to decarbonize with wind and solar that the IPCC and the International Energy Agency assume it can get to zero emissions without any CDR. That that hasn’t stopped U.S. electricity companies like Duke Energy Corp and Southern Co. from planning to offset the equivalent of 5% and 10% respectively of their current annual emissions with CDR.

In a way, this is a problem of the scientific community’s own making. CDR features in virtually every pathway laid out in IPCC reports to keeping global warming to well below 2 or 1.5 degrees Celsius. Some of the roadmaps assume amounts of negative emissions that vastly exceed the best estimates of what’s economically feasible.

Researchers have been critical of these pathways’ reliance on carbon capture for years now. A paper by Kevin Anderson and Glen Peters published in 2016 titled “The Trouble with Negative Emissions” has had almost 500 citations, according to Google Scholar. The same year, climate scientist James Hansen warned that negative emissions had “spread like a cancer” in the climate scenarios.

Few dispute that negative emissions will be needed, and not all plans that include negative emissions look irresponsible. Some emissions – like those produced by heavy industry and transport – will be so difficult to cut that researchers and policymakers believe they should get priority in using CDR to mitigate their climate impact. And not all companies with net zero plans are grasping for more than their share. Steel producer ThyssenKrupp AG aims to produce carbon-neutral steel by 2050, and shipping company A.P. Moller-Maersk A/S says it will have carbon neutral ships within a decade without offsets.

Others maintain they’ll lean on CDR, but will avoid forest-based measures because it’s so hard to tell if they’re genuinely making a difference. Occidental Petroleum Corp hopes to make a profitable business out of direct air carbon capture, a technically challenging proposition.

Sabine Fuss of the Mercator Research Institute, an expert on the real-world potential of negative emissions, cautions against attempting to set a limit on global CDR efforts, let alone allocating it by sectors, company, and country. “The issue is probably not so much about getting budgets right and distributing them exactly, but the fear that is implicit here is that removals could be used as an excuse by companies not to proceed with decarbonization of their existing processes or that their allocation could lead to double-counting," she told me via e-mail.

It’s still likely that tree-based measures will remain a tempting solution. Growing demand is set to boost the market for offsets. The simplicity of planting trees is appealing and the pressure to set net-zero targets will mean more companies turn to using large swaths of land to bolster their climate credibility. Charlie Kronick, who leads finance work at Greenpeace UK, said the risk comes from “trumpeting headline pledges” of net zero without reading the fine print. The onus is on regulators, investors, consumers and the media to remember that net-zero climate targets are only as good as the "net."

Kate Mackenzie writes the Stranded Assets column for Bloomberg Green. She advises organizations working to limit climate change to the Paris Agreement goals. Follow her on Twitter: @kmac. This column does not necessarily reflect the opinion of Bloomberg LP and its owners.

© 2021 Bloomberg L.P.

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To: Jon Koplik who wrote (9449)5/12/2021 12:48:29 AM
From: Jon Koplik  Respond to of 12245
 
WSJ / IEA exposes hidden environmental costs & infeasibility of going green .....................................

Opinion
Commentary

May 11, 2021

Biden’s Not-So-Clean Energy Transition

The International Energy Agency exposes the hidden environmental costs and infeasibility of going green.

By Mark P. Mills

The International Energy Agency, the world’s pre-eminent source of energy information for governments, has entered the political debate over whether the U.S. should spend trillions of dollars to accelerate the energy transition favored by the Biden administration. You know, the plan to use far more “clean energy” and far less hydrocarbons -- the oil, natural gas and coal that today supply 84% of global energy needs. The IEA’s 287-page report released this month, “The Role of Critical Minerals in Clean Energy Transitions,”

iea.org

is devastating to those ambitions. A better title would have been: “Clean Energy Transitions: Not Soon, Not Easy and Not Clean.”

The IEA assembled a large body of data about a central, and until now largely ignored, aspect of the energy transition: It requires mining industries and infrastructure that don’t exist. Wind, solar and battery technologies are built from an array of “energy transition minerals,” or ETMs, that must be mined and processed. The IEA finds that with a global energy transition like the one President Biden envisions, demand for key minerals such as lithium, graphite, nickel and rare-earth metals would explode, rising by 4,200%, 2,500%, 1,900% and 700%, respectively, by 2040.

The world doesn’t have the capacity to meet such demand.
As the IEA observes, albeit in cautious bureaucratese, there are no plans to fund and build the necessary mines and refineries. The supply of ETMs is entirely aspirational. And if it were pursued at the quantities dictated by the goals of the energy transition, the world would face daunting environmental, economic and social challenges, along with geopolitical risks.

The IEA stipulates up front one underlying fact that advocates of a transition never mention: Green-energy machines use far more critical minerals than conventional-energy machines do. “A typical electric car requires six times the mineral inputs of a conventional car, and an onshore wind plant requires nine times more mineral resources than a gas-fired power plant,” the report says. “Since 2010, the average amount of minerals needed for a new unit of power generation capacity has increased by 50% as the share of renewables has risen.” That was merely to bring wind and solar to a 10% share of the world’s electricity.

As the IEA notes dryly, the transition is a “shift from a fuel-intensive to a material-intensive energy system.” That means a shift away from liquids and gases whose extraction and transport leave a very light footprint on the land and are transported easily, cheaply and efficiently, and toward big-footprint mines, the energy-intensive transport of massive amounts of rocks and other solid materials, and subsequent chemical processing and refining.

Spooling up production can’t happen overnight. The IEA observes something every miner knows: “It has taken on average over 16 years to move mining projects from discovery to first production.” Start tomorrow and new ETM production will begin only after 2035. This is a considerable problem for the Biden administration’s plan to achieve 100% carbon-free electricity by 2035.

In what may become the understatement of the decade, the IEA concludes that such long lead times “raise questions about the ability of suppliers to ramp up output if demand were to pick up rapidly.” The conditional “if” is a discordant qualifier given the IEA itself has endorsed, and nearly all its member states have already pledged, a rapid transition. The clear consequence is that “deployment of clean energy technologies is set to supercharge demand for critical minerals.”

Credit the IEA for acknowledging that this will require a global mining boom that leaves in its wake all manner of environmental implications. “Mining and mineral processing require large volumes of water” -- a serious issue when around half of global lithium and copper production takes place in areas of high water stress -- and “pose contamination risks through acid mine drainage, wastewater discharge and the disposal of tailings.”

The IEA falls backs on the usual admonition that mitigating these risks will require “strengthening international collaboration” for everything from pollution to labor practices. But the history here isn’t promising. IEA data show that expanded ETM mining will occur mainly in countries with “low governance scores” where “corruption and bribery pose major liability risks.”

The IEA may be the first major agency to flag the geopolitical risks of the energy transition, again with copious data. Today the oil-and-gas market is characterized by supply diversity. The top three producers, among them the U.S., account for less than half of world supply. The top three producers for three key ETMs, however, control more than 80% of global supply. Here we find China utterly dominant while the U.S. isn’t even a player.

Well buried in the report is a warning about the “high emissions intensities” of ETMs. Energy use per pound mined is even trending up. This is no arcane nuance. It’s the key hidden factor that determines whether, or to what extent, a clean-energy machine actually reduces carbon-dioxide emissions on net. The IEA data show that, depending on the location and nature of future mines, the emissions from obtaining ETMs could wipe out much or most of the emissions saved by driving electric cars.

Worse yet, radical increases in demand will raise commodity prices, which reverberate throughout the global economy. When it comes to batteries, the IEA notes this could “eat up” the anticipated reductions in manufacturing costs expected from the “learning effects” of increased production. It’s an outcome that runs counter to the narrative of inevitably cheaper green-energy machines over time.

If such a report had come from a pro-hydrocarbon organization, the group would be dismissed, if not canceled outright. Credit the IEA for boldly going where few policy makers have gone before. As President Obama might say, we can’t dig our way out of this problem.

Mr. Mills is a senior fellow at the Manhattan Institute, a partner in Montrose Lane, an energy-tech venture fund, and author of “The Cloud Revolution: How the Convergence of New Technologies Will Unleash the Next Economic Boom and a Roaring 2020s,” forthcoming in October.

Copyright © 2021 Dow Jones & Company, Inc.

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To: Jon Koplik who wrote (9449)8/6/2021 12:36:06 AM
From: Jon Koplik  Read Replies (1) | Respond to of 12245
 
WSJ / latest from Bjorn Lomborg of the Copenhagen Consensus .........................................................

Opinion
Commentary

Aug. 5, 2021

Climate Change Doesn’t Cause All Disasters

Warming annually causes about 120,000 heat deaths but prevents nearly 300,000 cold deaths.

By Bjorn Lomborg

Everybody talks about the weather, but nobody does anything about it. That old quip, often attributed to Mark Twain or his friend Charles Dudley Warner, now guides most news coverage of severe weather. The media say that natural disasters are a result of climate change and we need to adopt radical policies to combat them.

But this framing tells only a small part of what is scientifically known. Take the recent flooding in Germany and Belgium, which many, including German Chancellor Angela Merkel, are blaming on climate change. Yet a new study of more than 10,000 rivers around the world shows that most rivers now flood less. What used to be a 50-year flood in the 1970s happens every 152 years today, likely due to urbanization, flood-control measures, and changes in climate.

Some rivers still flood, and reporters flock there, but more scare stories don’t mean more global flooding. The river Ahr, where most of the German flood deaths occurred, had a spectacular flow on July 14, 2021, but it was lower than deadly flows in 1804 and 1910. The real cause of increased fatalities from riverine flooding in Germany and many other places is more people building settlements on flood plains, leaving the water no place to go. Instead of more solar panels and wind turbines to combat climate change, riverside communities need better water management. And foremost, they need a well-functioning warning system so they can evacuate before disaster strikes.

Here, Germany has failed spectacularly. Following the deadly European floods in 2002, Germany built an extensive warning system, but during a test last September most warning measures, including sirens and text alerts, didn’t work. The European Flood Awareness System predicted the floods nine days in advance and formally warned the German government four days in advance, yet most people on the ground were left unaware. Hannah Cloke, the hydrologist who set up the system, called it “a monumental failure.”

But of course, blaming the deadly floods on climate change instead of taking responsibility for the missed early warnings is convenient for politicians like Ms. Merkel, who, during a visit to Schuld, a devastated village on the Ahr, said, ”We must get faster in the battle against climate change.”

Similarly, climate change is often blamed for wildfires in the U.S., but the reason for them is mostly poor forest management like failing to remove flammable undergrowth and allowing houses to be built in fire-prone areas. Despite breathless climate reporting, in 2021 the burned area to date is the fourth-lowest of the past 11 years. The area that burned in 2020 was only 11% of the area that did in the early 1900s. Contrary to climate clichés, annual global burned area has declined since 1900 and continues to fall.

We have data on global deaths from all climate-related weather disasters such as floods, droughts, storms and fire from the International Disaster Database. In the 1920s, these disasters killed almost half a million people on average each year. The current climate narrative would suggest that natural disasters are ever deadlier, but that isn’t true. Over the past century, climate-related deaths have dropped to fewer than 20,000 on average each year, even though the global population has quadrupled since 1920.

And look at 2021, which is now being branded the year of climate catastrophes. Add the deaths from the North American heat dome, from floods in Germany and Belgium, from Indian climate-related catastrophes that you may not have heard about, and from more than 200 other catastrophes. Adjusted to a full year, climate-related weather disasters could cause about 6,000 deaths in 2021. With greater wealth and technological development, we no longer see half a million or even 18,000 lives lost to climate-related weather disasters, but 6,000.

Every death is a tragedy, yet current warming is avoiding many more tragedies.

One of the few well-documented effects of climate change is more heat waves, which have made headlines around the world this summer. But global warming also reduces cold waves, which kill many more people globally than heat waves, according to a new study in the Lancet.

According to the study, temperature increases over the past two decades in the U.S. and Canada cause about 7,200 more heat deaths a year. But the study also shows that warming prevents about 21,000 cold deaths a year. Globally, the study shows that climate change annually causes almost 120,000 additional heat deaths but avoids nearly 300,000 cold deaths.

Climate change is a real problem we should fix. But we can’t rely on apocalyptic stories when crafting policy. We must see all the data.

Mr. Lomborg is president of the Copenhagen Consensus and a visiting fellow at the Hoover Institution. His latest book is “False Alarm: How Climate Change Panic Costs Us Trillions, Hurts the Poor, and Fails to Fix the Planet.”

Copyright © 2021 Dow Jones & Company, Inc.

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