Electric Cars: EPA Serves Up Green Kool-Aid To Pair With Subsidies

03 Tuesday Oct 2017

Posted by pnuetz in Environment, Subsidies, Technology

Tags

Coyote Blog, Electric Cars, Energy Efficiency, Energy Losses, Environmental Protection Agency, EPA, Eric Schmidt, Fossil fuels, MPG Conversion Factor, MPGe, Storage Density, Tesla, Transmission Losses, Warren Meyer

Electric cars don’t save much energy over gas-burners if at all, at least for now. Warren Meyer’s recent Coyote Blog post on this topic is aptly titled “Why Is It So Hard To Get Even Smart People To Think Clearly On Electric Vehicle Efficiency“. Meyer begins by quoting the following tweet from Google smarty Eric Schmidt, which typifies the general level of public awareness regarding the supposed energy savings from electric cars produced by Tesla and many others:

“Electric motors are the unsung hero of clean energy – the latest are 97% efficient, vs. 45% for internal combustion.“

Meyer emphasizes these major points:

the efficiency with which source fuels are converted to physical work via electric and gas-burning cars is more comparable than Schmidt’s tweet suggests;
differences in energy density weigh heavily in favor of fuel-burning vehicles.
the so-called miles-per-gallon equivalent (MPGe) calculated by the U.S. Environmental Protection Agency (EPA) is a sham.

First, Schmidt’s tweet is accurate only if the discussion is confined to simple conversion of energy to physical work performed by the respective engines. The tweet ignores energy losses that occur prior to that conversion: electricity must be generated with far less than 100% efficiency, mainly by burning coal and natural gas. In an earlier Forbes article, Meyer compares this situation to a distorted comparison of two refrigerator installers:

“In both cases the customer lives in a fourth floor walkup. The first installer finds the refrigerator has been left on the street. He has to … haul the appliance up four flights of stairs. After that, relatively speaking, the installation is a breeze. The second installer finds his refrigerator has thoughtfully been delivered right to the customer’s door on the fourth floor. He quickly brings the unit inside and completes the installation. So who is a better installer?“

The fact is that both gas-burning and electric vehicles rely heavily on fossil fuels. And, in addition to losses in the generation process, there are other losses of energy attributable to electric cars: transmission of power involves a significant energy loss, as does charging batteries and storage itself. Meyer considers only the extra losses from production and transmission of electricity in the following comparison:

“We take 97% times 90% transmission efficiency times 50% electricity production efficiency equals 43.6%. This is actually less than his 45% figure. By his own numbers, the electric motor is worse….“

Meyer qualifies this comparison, as some of his assumptions are of the “best outcome” variety, but contrary to Schmidt’s assertion, gasoline and electric engines are reasonably comparable in terms of energy efficiency.

Some contend, however, that power losses in electricity transmission are much larger than the 10% Meyer assumes (see the comments on his post). Battery charging involves a loss of perhaps 20%. And a replacement for a Tesla battery, post 8-year warranty, is $8,000 – $12,000, an additional storage “cost” that is virtually non-existent for gas-powered vehicles. Beyond a certain point in its life, that cost will have an impact on a Tesla’s resale value. Moreover, some contend that the production of electric vehicles is more energy-intensive, putting them in an energy efficiency hole right from the get-go.

Meyer then takes up the notion of storage density as an explanation for why early experiments with electric cars were essentially abandoned:

“15 gallons of gasoline weighs 90 pounds and takes up 2 cubic feet. This will carry a 40 mpg car 600 miles. The Tesla Model S 85kwh battery pack weighs 1200 pounds and will carry the car 265 miles (from this article the cells themselves occupy about 4 cubic feet if packed perfectly but in this video the whole pack looks much larger). We can see that even with what Musk claims is twice the energy density of other batteries, the Tesla gets 0.22 miles per pound of fuel/battery while the regular car can get 6.7. More than an order of magnitude, that is simply an enormous difference…“

Meyer notes in the Forbes article that the EPA calculates its MPG conversion factor for electric vehicles by dividing BTU’s in a gallon of gas by the BTUs in a kilowatt hour: 33.7 KwH per gallon. Thus, the EPA multiplies an electric car’s miles per KwH by 33.7 to arrive at the so-called MPG equivalent: MPGe. But as we’ve seen above, the conversion factor ignores the generation and transmission of electricity required at the front end, and the associated energy losses that occur before a single KwH is released by a Tesla battery.

Despite what we hear from the EPA, Tesla, and other interests today, electric cars have not really overcome these disadvantages, at least not yet. The EPA’s MPGe estimates are vastly inflated. Perhaps if they were accurate, these vehicles would not have to rely so heavily on taxpayer subsidies to be competitive. By extension, the presumed environmental benefits of electric cars are nonexistent at this stage of development. I’m certain that Eric Schmidt and many other smart people are capable of understanding these nuances, but they might be too busy tripping over their politics to bother.

The Renewable Energy Jobs Hoax

30 Tuesday May 2017

Posted by pnuetz in Renewable Energy, Subsidies, Uncategorized

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Fossil fuels, Government Subsidies, infrastructure, James Taylor, Job Creation, Jobs Objective, Marginal cost, Mark Zuckerberg, Renewable energy, Renewable Energy Subsidies, Tariffs, Tim Worstall

James Taylor at Forbes reveals the dishonest math behind the claim that renewable energy generates more jobs than “conventional energy”, i.e., fossil fuels. It’s a simple trick, as Taylor explains:

“… renewable energy advocates create the broadest possible definition of workers ‘supported’ by the solar power industry, falsely claim that the solar power industry ’employed’ all these workers, and then compare that to the narrowest possible definition of just a single segment of workers ‘directly’ employed in the ‘extraction’ component of the much larger natural gas industry.“

Taylor notes that, “In reality, renewable energy isn’t even in the same universe of job creation as conventional energy.” He goes on to cite the report on which these claims are based and picks it apart. The renewable energy job assertions are obviously self-intereseted, as rent seeking lobbyists know that the political class is dominated by easy marks for renewable energy wonder-stories.

Of course Taylor is correct that the claims about renewable energy jobs are false in the aggregate sense. However, it might or might not be true in the marginal sense, and that’s clearly the sense in which the claim is intended to be taken, despite the fact that the data used is not marginal in nature. If true, it’s not a selling point for renewable energy subsidies because “more jobs” represents a greater marginal cost.

And that brings us to an even more critical issue missed by Taylor: public policy should not be based on the objective of direct job creation. Jobs are a cost, not a benefit. We value the finished goods, not the inputs required to produce them. If you don’t quite get that, imagine two bids for the construction of new kitchen in your home. Same plans, same completion date, similarly brilliant customer reviews of the competing contractors. Without knowing the actual bids, if one contractor tells you it’s a three-man job and the other says it’s a four-man job, you’ll be pretty certain which bid you’ll want to accept.

Ah, but you say, that’s not a fair comparison, because I’m paying for it. Yes you are, just as taxpayers (and more generally society) must pay for the subsidies that lobbyists wheedle out of politicians. Or you say, Ah, but we want more renewable jobs because we want renewable energy, ’cause it’s just right. Maybe, maybe not, but if that’s so, then the idea that the cost is higher because more jobs are required per unit of energy is not a good rationale.

It’s often the case that public policy aimed at “creating jobs” is not accompanied by higher output, lower prices, or even… more jobs! For example, tariffs on foreign goods give an advantage to American producers, but at the cost of job losses in import industries and higher domestic prices that harm consumers more broadly, and thereby reduce jobs. When certain industries or firms are subsidized by the government, the taxpayer is harmed directly, not to mention suppliers of alternatives. This is true at the local and national levels: politicians love to talk about job creation when they offer incentives for new facilities or relocations to their jurisdictions, but these subsidies may put other local firms at a competitive disadvantage and leave taxpayers holding the bag for public services supplied to the recipient firm. When government undertakes large taxpayer-funded infrastructure projects, which might or might not boost productivity, the taxes are damaging and the projects are often poorly planned and lack effective cost controls. Jobs are not a reason to support such projects.

Similar points have been discussed in the past here on Sacred Cow Chips, with links to articles emphasizing the distinction between direct jobs created and economic welfare like this one. “Jobs” should never be a policy objective in and of itself. As Tim Worstall explains in a brief review of Mark Zuckerberg’s recent commencement address at Harvard, jobs simply are not the point! Policy must have a better rationale than the high cost of the labor input!

The Taxing Logic of Carbon Cost Guesswork

11 Saturday Mar 2017

Posted by pnuetz in Environment, Taxes, Uncategorized

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Anthopomorphic, Carbon Dividend, Carbon Tax, Climate Leadership Council, Corrective Taxation, External costs and benefits, Fossil fuels, Greg Mankiw, Martin Feldstein, Paul Driessen, Roger Besdek, Ronald Bailey, Ted Halstead, Universal Basic Inome, Watt's Up With That?

An article by three prominent economists* in the New York Times this week summarized the Climate Leadership Council’s Conservative Case for Climate Action“. The “four pillars” of this climate plan include (1) a revenue-neutral tax on carbon emissions, which are used to fund… (2) quarterly “carbon dividend” payments to all Americans; (3) border tax adjustments to account for carbon emissions and carbon taxes abroad; (4) eliminating all other regulations on emissions of carbon. The “Case” is thus a shift from traditional environmental regulation to a policy based on tax incentives, then wrapped around a redistributive universal income mechanism.

I’ll dispense with the latter “feature” by referencing my recent post on the universal basic income: bad idea! The economists advocate for the carbon dividend sincerely, but also perhaps as a political inducement to the left and confused centrists.

The Limits of Our Knowledge

The most interesting aspect of the “Case” is how it demonstrates uncertainty around the wisdom of carbon restrictions of any kind: traditional regulations, market-oriented trading, or tax incentives. Those all involve assumptions about the extent to which carbon emissions should be restricted, and it’s not clear that any one form of restriction is more ham-handed than another. Traditional regulation may restrict output in various ways. For example, standards on fuel efficiency are an indirect way of restricting output. A carbon market, with private trading in assigned “rights” to emit carbon, is more economically efficient in the sense that a tradeoff is involved for any decision having carbon implications at the margin. However, the establishment of a carbon market ultimately means that a limit must be imposed on the total quantity of rights available for trading.

A carbon tax imputes a cost of carbon emissions to society. It also imposes tradeoffs, so it is similar to carbon trading in being more economically efficient than traditional regulation. A producer can attempt to adjust a production process such that it emits less carbon, and the incidence of the tax falls partly on final consumers, who adjust the carbon intensity of their behavior accordingly. For our purposes here, a tax is more illuminating in the sense that we can assess inputs to the cost imputation. Even a cursory examination shows that the cost estimate can vary widely given reasonable differences in the inputs. So, in a sense, a tax helps to reveal the weakness of the case against carbon and the carbon-based rationale for allowing a coercive environmental authority to sclerose the arteries of the market system.

The three economists propose an initial tax of $40 per metric ton of emitted carbon. The basis for that figure is the so-called “social cost of carbon” (SCC), a theoretical construct that is not readily measured. Economists have long subscribed to the theory of social costs, or negative externalities, and to the legitimacy of government action to force cost causers to internalize social costs via corrective taxation. However, the wisdom of allowing the state to intrude upon markets in this way depends on our ability to actually measure specific external costs.

Fatuous Forecasts

The SCC is based on the presumed long-run costs of an incremental ton of carbon in the environment. I do not use the word “presumed” lightly. The $40 estimate subsumes a variety of speculative assumptions about the climate’s response to carbon emissions, the future economic impact of that response, and the rate at which society should be willing to trade those future costs against present costs. The figure only counts costs, without considering the huge potential benefits of warming, should it actually occur.

Ronald Bailey at Reason illustrates the many controversies surrounding the calculation of the SCC. He notes the tremendous uncertainty surrounding an Obama Administration estimate of $36 a ton in 2007 dollars. It used an outdated climate sensitivity figure much higher than more recent estimates, which would bring the calculated SCC down to just $16.

A discount rate of 3% was applied to projected future carbon costs to produce an SCC in present value terms. The idea is that today’s “collective” would be indifferent between paying this cost today and suffering the burden of future costs inflicted by carbon emissions. This presumes that 3% is the expected return society can earn for the future by investing resources today. Unfortunately, the SCC is tremendously sensitive to the discount rate. Together with the more realistic estimate of climate sensitivity, a discount rate of 7% (the Office of Management and Budget’s regulatory guidance) would actually make the SCC negative!

Another U.S. regulatory standard, according to Bailey, is that calculations of social cost are confined to costs borne domestically. However, the SCC attempts to encompass global costs, inflating the estimate by a factor of 4 to 14 times. The justification for the global calculation is apparent righteousness in owning up to the costs we cause as a nation, and also for the example it sets for other countries in crafting their own carbon policies. Unfortunately, it also magnifies the great uncertainties inherent in this messy calculation.

Lack of Evidence

This guest essay on the Watts Up With That? web site by Paul Driessen and Roger Bezdek takes a less gracious view of the SCC than Bailey, if that is possible. As they note, in addition to climate sensitivity, the SCC must come to grips with the challenge of measuring the economic damage caused by each degree of warming. This includes factors far into the future that simply cannot be projected with any confidence. We are expected to place faith in distant cost estimates of heat-related deaths, widespread crop failures, severe storm damage, coastal flooding, and many other calamities that are little more than scare stories. For example, the widely reported connection between atmospheric carbon concentration and severe weather is demonstrably false, as are reports that Pacific islands have been swallowed by the sea due to global warming.

Ignoring the Benefits

The SCC makes no allowance for the real benefits of burning fossil fuels, which have been a powerful engine of economic growth and still hold the potential to lift the underdeveloped world out of poverty and environmental distress. The benefits of carbon also include fewer cold-related deaths, higher agricultural output, and a greener environment. It isn’t surprising that these benefits are ignored in the SCC calculation, as any recognition of that promise would undermine the narrative that fossil fuels are unambiguously evil. Indeed, an effort to calculate only the net costs of carbon emissions would likely expose the entire exercise as a sham.

The “four pillars” of the Climate Leadership Council‘s case for climate action rest upon an incredibly flimsy foundation. Like anthropomorphic climate change itself, appropriate measurement of a social cost of carbon is an unsettled issue. Its magnitude is far too uncertain to use as a tool of public policy: as either a tax or a rationale for carbon regulation of any kind. And let’s face it, taxation and regulation are coercive acts that better be undertaken with respect for the distortions they create. In this case, it’s not even clear that carbon emissions should be treated as an external cost in many applications, as opposed to an external benefit. So much for the corrective wisdom of authorities. The government is not well-equipped to centrally plan the economy, let alone the environment.

The three economists are Martin Feldstein, Ted Halstead and Greg Mankiw.

Carbon Farce Meets Negative Forcings

22 Saturday Aug 2015

Posted by pnuetz in Global Warming, Technology

≈ 2 Comments

Tags

Carbon Capture, Carbon Forcing Models, Carbon Nanotubes, Climate Change, crony capitalism, Fossil fuels, Green Cronies, MIT Technology Review, Nanotechnology, Negative Forcing, Peter Yeadon, Shape Shifting, Variable Transparency

A new technology is being refined that could reverse years of carbon forcings, given sufficiently wide application, and do so at a profit. That profit should not require the kind of costly subsidies that are now routinely paid to green crony capitalists. Instead, the profit should derive from real market demand for a valuable material. The MIT Technology Review covers the technology under “… How To Suck Carbon From The Air, Make Stuff From It“. It makes possible a form of carbon capture that produces carbon nanotubes, a promising material already in use but having much wider potential. From the second link above:

“Carbon nanotubes are a great example of how useful materials are being developed. This material is said to be one hundred times stronger than steel because of its ‘molecular perfection’ as explained in the paper ‘Year 2050: Cities in the Age of Nanotechnology’ by Peter Yeadon. In addition, because carbon atoms can bond with other matter; such material can be an ‘insulator, semi-conductor or conductor of electricity’”.

Carbon nanotubes have remarkable properties that will revolutionize fabrics and allow buildings to have incredible strength, “transient features” such as variable transparency, and shape shifting. The new technology is said to be more efficient than existing methods of producing carbon nanotubes, and probably much cheaper.

The first link above quotes the developers on the technology’s massive potential for carbon capture:

“They calculate that given an area less than 10 percent of the size of the Sahara Desert, the method could remove enough carbon dioxide to make global atmospheric levels return to preindustrial levels within 10 years, even if we keep emitting the greenhouse gas at a high rate during that period.“

That area is twice the size of California, but a much more modest deployment would certainly reduce the political pressure to decrease carbon emissions. The extent would depend upon the demand for nanotubes, which is expected to grow dramatically in the presence of declining costs. Perhaps we’ll want more carbon emissions if nanotube materials come into widespread use. That would be a welcome development in the developing world, where fossil fuels hold the potential to lift millions out of poverty, as they have for advanced countries in the past. However, such a change would require elites to acknowledge and yield to the supremacy of markets over politics.

A technology capable of such significant carbon capture obviously constitutes a negative carbon “forcer”. Therefore, another implication is that climate models with a heavy emphasis on carbon forcings may be rendered moot. Those models have persistently generated over-predictions of global temperatures, so a deemphasis is already long overdue.

Another hat tip to my buddy John Crawford, who recently has fed me some great information. John should accept my invitation to guest-blog on SCC sometime soon, or start his own blog!

Human Achievement, Comfort and Joy

28 Saturday Mar 2015

Posted by pnuetz in Human Welfare

≈ 1 Comment

Tags

Alex Epstein, Competitive Enterprise Institute, Earth Hour, Fossil fuels, Free Markets, Human Achievement Hour, International Dateline, Matt Ridley, Ronald Bailey, The Rational Optimist, Tonga

2015’s Human Achievement Hour (HAH) starts at 8:30 p.m. on Saturday, March 28. That’s tomorrow night! It starts at 8:30 p.m. in every time zone, so it’s a rolling celebration. But you can celebrate human achievement for a full 24 hours, starting Saturday at about 2:30 a.m. Central Daylight Time, when it will be 8:30 p.m. Saturday in Tonga, just over the international date line. It’s coming up soon! This will be my third year of celebrating HAH. To mark the occasion I just might start celebrating with the Tongans. Here is the Facebook event page for HAH. The Competitive Enterprise Institute is the sponsor of HAH. Here is the first part of their description, followed by their suggestion for how to celebrate.

“Observing Human Achievement Hour is about paying tribute to the human innovations that have allowed people around the globe to live better, fuller lives, while also defending the basic human right to use energy to improve the quality of life of all people.” “In order to celebrate with CEI and friends worldwide, we invite you to enjoy the benefits of energy, capitalism, and human innovation by utilizing your favorite innovation or human advancement…“

Once again this year, I will illuminate every lightbulb in my home to pay homage to the wonder of widely distributed electricity and the tremendous benefits derived from our ability to harness the power of fossil fuels. In a review of Alex Epstein’s The Moral Case for Fossil Fuels, Ronald Bailey of Reason says:

“As humanity burned more fossil fuels and increased carbon dioxide in the atmosphere, human lives dramatically improved. ‘Weather, climate, and climate change matter—but not nearly as much as they used to, thanks to technology,’ Epstein writes. For example, the death rate from extreme weather events has dropped 98 percent since 1920. Indeed, the chief benefit of burning fossil fuels has been longer and healthier human lives. The central idea of Epstein’s book is that ‘more energy means more ability to improve our lives; less energy mean less ability—more helplessness, more suffering, and more death.’“

Matt Ridley adds his thoughts on the benefits of fossil fuels at The Rational Optimist blog. Both Ridley and Bailey are confident that humans will one day achieve such efficiencies in the production of energy from renewable sources as to be competitive with fossil fuels. That will be worth celebrating. We are not there yet, however, and we do ourselves no favor in attempting to restrict fossil fuel consumption in the meantime. In fact, the risks of anthropomorphic global warming are far less severe than climate activists insist. Moreover, a warmer climate would not be unambiguously bad for people.

It is no accident that HAH is scheduled to coincide with Earth Hour, a “celebration” that stands in stark contrast to HAH in its antipathy for free market institutions and its condemnation of humankind’s relatively recent success in adapting to our planet’s environment. But there is no doubt that our progress in reducing poverty has hinged on the complementary nature of human ingenuity and the free market, the latter being a fairly recent (on historical scales) and most powerful innovation for promoting voluntary human cooperation and enrichment. Here is a recent Ridley post in which he elaborates on reasons for continued optimism. A quote:

“For 200 years, pessimists have had all the headlines-even though optimists have far more often been right. There is immense vested interest in pessimism. No charity ever raised money by saying things are getting better. No journalist ever got the front page writing a story about how disaster was now less likely. Pressure groups and their customers in the media search even the most cheerful statistics for glimmers of doom. Don’t be browbeaten-dare to be an optimist!“

Let’s celebrate for the right reasons. The flourishing of human welfare in the face of a harsh natural environment is real achievement.

Live Long and Prosper With Fossil Fuels

12 Friday Dec 2014

Posted by pnuetz in Uncategorized

≈ 2 Comments

Tags

Alex Epstein, Alternative energy, Bryan Caplan, Energy subsidies, Fossil fuels, Nuclear power, regressivity, The Moral Case For Fossil Fuels

Do your friends have even a clue as to the massive cost of eliminating fossil fuels? What it would mean for their way of life? Perhaps they do, but it’s not polite to admit to such obvious truths in many circles. Alex Epstein cares enough to tell the world about the spectacular benefits and currently dismal alternatives to fossil fuels in his new book, The Moral Case For Fossil Fuels. His thesis and and a few of his arguments are reviewed in a pair of posts by Bryan Caplan, who really likes the book. According to Caplan:

“Epstein’s book has two key claims. His first claim is descriptive: Laymen and experts alike greatly underestimate the benefits of fossil fuels and greatly overestimate their costs… .

Epstein’s second key claim is normative: Human well-being is the one fundamentally morally valuable thing. Unspoiled nature is only great insofar as mankind enjoys it… .”

Both claims strike me as reasonable, though the first is true only as a generalization about modern energy mythology, punditry and statist philosophy. In fact, one might say that society acts as if it understands the benefits of fossil fuels very well, as evidenced by our emphasis on maintaining a high and/or growing standard of living supported by these energy sources. Yet the popular misconceptions are a reality, and we persist in choosing leaders who favor policies that handicap fossil fuels and human well-being.

Caplan offers some choice quotes from Epstein’s book. I repeat only three. The first is on the benefits of plentiful energy:

“Energy is what we need to build sturdy homes, to purify water, to produce huge amounts of fresh food, to generate heat and air-conditioning, to irrigate deserts, to dry malaria-infested swamps, to build hospitals, and to manufacture pharmaceuticals, among many other things. And those of us who enjoy exploring the rest of nature should never forget that energy is what enables us to explore to our heart’s content, which preindustrial people didn’t have the time, wealth, energy, or technology to do.”

The second quote might seem controversial to some, but it is unequivocally true:

“[W]hen we look at the data, a fascinating fact emerges: As we have used more fossil fuels, our resource situation, our environment situation, and our climate situation have been improving, too.”

The third quote is about the drawbacks of some prominent alternative energy sources:

“Traditionally in discussions of solar and wind there are two problems cited: the diluteness problem and the intermittency problem. The diluteness problem is that the sun and the wind don’t deliver concentrated energy, which means you need a lot of materials per unit of energy produced…

Such resource requirements are a big cost problem, to be sure, and would be one even if the sun shone all the time and the wind blew all the time. But it’s an even bigger problem that the sun and wind don’t work that way. That’s the real problem– the intermittency problem, or more colloquially, the unreliability problem. As we saw in the Gambian hospital, it is of life and death importance that energy be reliable.”

There is no doubt that technology will someday bring better and cleaner energy sources, but we are nowhere close. The flow of subsidies to weak alternatives destroys resources, and the subsidies themselves skew heavily toward the upper end of the wealth distribution. And of course, popular fears about nuclear energy have limited our ability to diversify. For the indefinite future, we would do well to embrace plentiful and cheap fossil fuels, especially to help reduce poverty and poor living conditions in the developing world.

Divesting of Human Well Being

04 Tuesday Nov 2014

Posted by pnuetz in Uncategorized

≈ 2 Comments

Tags

American University, Benjamin Zycher, College Endowments, Divestment, Energy, Fossil fuels, Harvard, Julia Morriss, Political Correctness

The movement to be “politically correct” among college endowments and other funds has included a push to divest of assets in industries that extract, refine or distribute fossil fuels. A bright student at American University named Julia Morriss penned this opinion piece on divestment in the university’s student newspaper. She says:

“As you read this on your iPhone, eat an organic avocado grown in California and buy a plane ticket home for winter break, I urge you to think about what a world without fossil fuel use would mean. Energy is embedded in virtually everything we do and consume, from life-saving drugs to our clothing. …This would be a different story if a viable option to fossil fuels existed that could handle all the world’s needs. But sadly we are not there yet.

And this isn’t just about getting to keep your iPhone. Lower-income households spend almost a quarter of their income on energy. Cutting out fossil fuels would cause energy prices to soar, punishing the poor the most.”

Harvard’s President sensibly voiced his opposition to fossil fuel divestment in a recent statement. Here is a well-articulated condemnation of the divestment movement from Benjamin Zycher entitled “The Breathless Hypocrisy Driving Energy ‘Divestment’“. He says this:

“So if investment in fossil-fuel sectors engenders some sort of moral quandary, does the same principle apply to investment in industries that use energy? After all, they are responsible for the very existence of the energy producers; will the divestment campaign expand to agriculture, manufacturing, transportation, retailing, the household sector, and all the rest?”

Read the whole thing, as they say.

Low-Carbon Poverty & Death

06 Tuesday May 2014

Posted by pnuetz in Uncategorized

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Africa, Climate Change, Economic Development, Fossil fuels

Sacrificing Africa to the cause of preventing climate change represents an act of well-intentioned brutality by the environmental left. To begin with, the science of climate change is suspect on theoretical and empirical grounds. To use that questionable science as a pretext for denying the third world cheap fossil fuels for economic development is nothing short of cruel. In fact, the climate alarmists would foreclose the possibility of leveraging additional CO2 to enable actions that could improve the environment in other, more highly-valued ways (by eliminating disease, for example).