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Wow. A true statement from an ignorant anti-nuke. That's rare.

"Demons from hell" perfectly describes these ignoramuses.

Nuclear energy has saved, as published in an unequivocally stated and researched paper in one of the world's most prominent scientific journals, written by one of the world's most prominent climate scientists, 1.8 million lives that otherwise would have been lost to air pollution.

Prevented Mortality and Greenhouse Gas Emissions from Historical and Projected Nuclear Power (Pushker A. Kharecha* and James E. Hansen, NASA Goddard Institute for Space Studies and Columbia University Earth Institute, 2880 Broadway, New York, New York 10025, United States. Environ. Sci. Technol., 2013, 47 (9), pp 4889–4895)

The paper has almost continuously been on the "most read article" list in this important scientific journal since publication.

One wonders of course, how many more lives might have been saved were it not for the prattling ignorance of giggling anti-nukes with no sense of ethics or morality, but what is done cannot be undone.

If anyone doubts that fear and ignorance are powerful forces for destruction, one need only look at the Republican ticket, but of course we have very, very, very evil fear and ignorance types on our side, and regrettably, their fear and ignorance is pretty damned deadly.

Of course, the giggling "demons from hell," the dumb shits in the anti-nuke ignorance squad couldn't care less about what's in the scientific literature, because 100% of them are scientifically illiterate.

They think that it's perfectly OK for 70 million people to die every decade from air pollution because they hate the world's largest, by far, source of climate change gas free energy, nuclear energy.

They thought it was perfectly OK for the world to squander two trillion dollars in a single decade on their stupid and ignorant so called "renewable energy" scam, a scam that by the way, relies heavily on mining increasing rare and toxic metals under unbelievably environmentally and ethically appalling conditions.

The result of this squander - this on a planet where two billion people lack basic sanitation - is written in the planetary atmosphere, where the dangerous fossil fuel waste carbon dioxide is now accumulating at the fastest rate ever observed:

I note that the last ten years represented at the right - 2016 will certainly blow away the worst year ever observed, 2015 - occurred at the precise time when stupid anti-nukes had their way, at blowing away two trillion dollars to do, nothing for humanity.

"Demons from hell" is in fact a rather light description of the way I personally regard the uneducated, unenlightened, dogmatic, morally vapid anti-nuke morons who have worked so hard to destroy the future for all generations that may survive their ignorance. I am proud to despise them at a level that "demons from hell" is inadequate to address, but I'll take it.

Regrettably, the world is not just. The people who are responsible for this tragedy, bourgeois brats all, will not live long enough to suffer the consequences of what they have done. They will all be dead when the ignorance of their "by 2050, 100% renewable" or "by 2100, 100% renewable" garbage will have obviated, at the expense of living things that may be on the planet in 2050 or 2100.

I have my flaws, certainly, but at least I saw through this ignorance, and while I proved powerless to stop it, just as James Hansen has proved powerless to stop it, I did what I could.

The malignant assholes who caused this tragedy, and continue to cheer for it, will giggle on, but history, should history survive, will record them through the ages for what they were, and what they are now, and, since they are illiterate, they will certainly always be. I suspect the future historians will record them in terms worse than "demons from hell."

An appreciation of the awful power of stupidity.

Have a nice weekend.

A potential use for waste heat to approach zero waste water discharge.

An important law of thermodynamics is that energy efficiency is related to the difference in temperature between the temperature of the generating device and the heat sink to which that heat is discharged. This is why all thermal power plants are more efficient in winter than in summer; a regrettable fact given that electricity demand, owing to the growing need for air conditioning as the atmosphere's destruction proceeds at a record pace, is higher in summer than in winter.

This is quantified in a very old thermodynamic law, Carnot's Theorem:

I am opposed to the use of the dangerous fossil fuel natural gas, and believe that it should be phased out, with all other dangerous fossil fuels, as soon as possible on an emergency basis. This said, the most fuel efficient power plants now operating on earth are, in fact, combined cycle dangerous natural gas plants which operate at very high temperatures, with the heated exhaust of a natural gas flame expanding against a superalloy heat resistant turbine, and exhausted to a boiler, in which the boiling water operates a second steam turbine, a combined Brayton and Rankine cycle. (There is no compelling reason that a similar approach could not be applied with certain kinds of nuclear power plants, albeit not those of the types most commonly built.)

This afternoon, before heading to the library to prepare for my work week, I've been reading for pleasure a very interesting paper on a seemingly unrelated topic, "zero discharge wastewater," which refers to the recovery of all of the water from things like sewage discharge, industrial use, including use by power plants.

Here is a link to the paper, published by two Yale scientists: The Global Rise of Zero Liquid Discharge for Wastewater Management: Drivers, Technologies, and Future Directions (Tiezheng Tong† and Menachem Elimelech*†‡, Environ. Sci. Technol., 2016, 50 (13), pp 6846–6855)

I'd like to point briefly to an excerpt in that paper:

The development of thermolytic draw solutes, such as the ammonia−carbon dioxide (NH3/CO2), paved the way for FO incorporated ZLD systems. The NH3/CO2 draw solution generates very high osmotic pressure-driving forces and can be regenerated by low-temperature distillation.61,62 A recent pilot study demonstrated the application of FO with NH3/CO2 draw solution to concentrate produced water from the Marcellus shale region to an average salinity of 180 000 mg/L.43

Because the thermolytic NH3/CO2 draw solution decomposes at moderate temperature (approximately 60 °C at atmospheric pressure),61 low-grade thermal energy, including industrial waste heat and geothermal energy, can be utilized to regenerate the concentrated draw solution. A recent study estimated that U.S. power plants produced 803 million GJ of waste heat at temperatures greater than 90 °C in 2012.63 This amount of heat, if utilized to power the NH3/CO2 FO, could potentially produce a maximum of 1.9 billion m3 of water annually, which would meet the treatment demands for boiler water makeup and FGD wastewater systems of all U.S. power plants.64 Also, geothermal energy is abundantly available in major ZLD markets such as the U.S. and China.42,65,66

(ZLD = Zero Liquid Discharge.)

Reference 63 in this paper, which reports 803 million GJ of waste heat being available, is this paper, also in the same journal:

Quantity, Quality, and Availability of Waste Heat from United States Thermal Power Generation, out of Carnegie Mellon. (Daniel B. Gingerich† and Meagan S. Mauter*†‡ Environ. Sci. Technol. 2015, 49, 8297−8306])

803 million GJ is about 8 exajoules, roughly 8% of US total energy consumption. It is notable that the discharge of this heat is generally, in most places, a serious environmental problem in its own right.

This paper reports a parameter, α, which represents the fraction of heat that is recoverable for useful purposes, and thus will not be discarded as waste. This parameter, given in table 1, is the highest for the form of energy that is most sustainable, safest, and cleanest, nuclear energy.

The discussion is offers a direction to move in order to turn a thermal power plant liability, waste heat rejection, into an asset.

Unfortunately, this is an academic exercise, and will be ignored entirely by the powers that be, whoever they are, as we proceed mindlessly and lemming like into the climate abyss, but it's always interesting to know what might have been in a more rational world.

Enjoy your Sunday afternoon.

Greatest Show On Earth.

Cruising around the internet for interesting music, I opened a version of the Star Spangled Banner on YouTube where the leading comment was this:

HaoleboySurfEC3 weeks ago
A man of Japanese ancestry playing the national anthem written by a patriot from Maryland 200 years ago on a musical instrument of Hawaiian origin which was influenced by the guitars carried by the Portugese ranch hands. Yeaheah, that is one of the reasons we are still the greatest show on earth.

Well said sir.

Here is Jake Shimabukuro playing the "Star Spangled Banner" at Wrigley Field:

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It is our diversity which has made us.

Little Wing.

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Fields of Gold

Sung by the posthumously famous Eva Cassidy.

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Sting is an insufferable fool, but he writes a catchy, sometimes even a beautiful, tune.

CO2 readings at Mauna Loa briefly fall below 400 ppm for a few hours. Last time ever?

I monitor what's going on at the Mauna Loa observatory, and in this remarkable year, 2016, where carbon dioxide concentrations in the atmosphere are rising at the fastest rate ever recorded, I have been regularly posting here about the data, which I find even more terrifying than an idiot with orange hair running for President on an overtly racist platform. Compared to the risks of climate change, a prominent North American country going fascist is small potatoes, relatively at least.

My most recent remarks on this subject are here: All time record set for week-to-week annual measurements of annual CO2 increases at Mauna Loa.

The most recently available reported comparison between the data of a week this year in comparison to the same week of the previous year, showed that the concentration of carbon dioxide for week of July 10, 2016 was 2.81 ppm higher than the previous year. This is the first recorded piece of data since the week of March 6 that showed an increase in CO2 concentrations that was below 3.2 ppm when compared with the same week of the previous year. By itself, were 2.81 ppm higher than the previous year an annual reading as opposed to a reading from a single week, it would come in as the third worst year ever observed, after 2015 (3.05 ppm) and 1998, (2.93 ppm).

This graphic from the Mauna Loa Observatories website shows the annual data:

Carbon dioxide increases connected with the failure of humanity to take the issue seriously and think anew are climbing more or less linearly, albeit recently with a non-zero 2nd derivative. However a sinusoidal wave is superimposed on this function, as the following graphic (from the Mauna Loa CO2 Observatory's page), which should be familiar to anyone who checks this website, shows that to which I refer:

Here is a blow up from recent years:

Generally the maximum each year is reached in April or May, reflecting the concentration of landmasses in the Northern Hemisphere; the minimum is reached in late September or in early October.

In 2015, the worst year ever observed, a high reading of 404.11 ppm was reached; by September 27, it had fallen to a low of 397.2. Thus the magnitude of the swing was 6.91 ppm.

In 2016, the high was reached on April 10, at 408.69. If it falls by the same amount it will not fall below 400 ppm ever again.

However there is a certain amount of analytical noise in the readings, and something happened this week on July 18, as the weekly graphic shows, and briefly, for a few hours, values below 400 ppm were recorded, as low as 399 ppm.

Enjoy it. It may be the last time anyone now living will see something below 400 ppm. It may be just an analytical artifact, but we can dream, can't we?

July 21 recorded 404.92 ppm.

If any of this depresses you, don't worry be happy. Researchers continue to work on so called "renewable energy"; and we have "breakthroughs" announced here every day, as we have for the last 12 years. They haven't worked; they aren't working and they won't work, but it's the thought that counts, not results.

Have a nice weekend.


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From February to June of 2016, each month has established new records for CO2 increases in that...


The Mauna Loa Carbon Dioxide Observatory (accessed 07/08/16) reports each month the values for carbon dioxide concentrations of the previous month, comparing them with the same month of the previous year.

Previously in this space, I reported that April 2016 set a new record for any monthly increase in any month, 4.16 ppm higher than April of 2015, 2015 itself having been the worst year ever recorded for carbon dioxide increases.

April 2016 over April 2015 sets the all time monthly record for increases in atmospheric CO2.

That was the first value ever recorded to exceed 4.00 ppm for a month compared to the same month of the previous year.

June of 2016, the month just passed has now become the second such month, coming in at 4.01 ppm over June of 2015.

For perspective, consider this: This data goes back to 1959 when the observatory was opened. It took until 1973 to record the first month that had an increase in carbon dioxide greater than 2.00 ppm. March of 1973 was 2.55 ppm over March of 1972. August of 1973 narrowly missed being the first month to exceed 3.00, having come in at 2.99 ppm. However no month did exceed 3.00 ppm until June of 1998, when after the massive fires in Southeast Asia that began when fires set to clear rain forest for palm oil plantations designed to produce so called "renewable energy," biodiesel, went out of control, burning much of the Indonesian and Malaysian rain forests. Since January of 2015 only three of the eighteen months recorded have been below 2.00 ppm increases over the same month of previous year, seven of the eighteen have been over 3.00 ppm, and all seven have occurred since November of 2015.

February of 2016 was the worst February ever recorded, coming in at 3.76 ppm over February 2015. March of 2016 was the worst March ever recorded, coming in at 3.31 ppm over March of 2015. April of 2016 we've already discussed as the worst monthly increase ever observed. May of 2016 was the worst May ever recorded, coming in at 3.76 ppm, tying it with February for the 3rd worst month ever observed, and, again, June of 2016 is the worst June ever recorded, and the second worst month ever recorded.

Thus five of the six past months have each set a records for those months for being the worst of all time.

It is very clear from this data, and the weekly data which I similarly record and about which I've written this year extensively, most recently a few weeks back ( All time record set for week-to-week annual measurements of annual CO2 increases at Mauna Loa.) that all our efforts to address climate change are miserable failures.

If any of this upsets you, don't worry be happy. Reporters - obviously reporters who have never passed or taken a science or engineering course but who cares? - at Reuters have reported that Big solar is leaving rooftop systems in the dust. "Big Solar" after decades of cheering for it, and hundreds of billions of dollars sunk into it, is producing as much energy as three average sized coal plants in the United States, but it's the thought that counts, not the results.

I'm sure future generations, when considering ours, will happily overlook the fact that we completely and totally destroyed the atmosphere, this while dreaming of the wind and solar nirvana that, like Godot, never comes.

As a long time critic of our delusions of these types, if any of this sounds like Shadenfreud, it's not. The heat chokes the just and unjust alike.

Have a nice weekend.

Ain't nobody...

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The fastest growing source of US electricity has lead to large CO2 reductions for US electricity.

Recently it was my pleasure to attend a scientific lecture (on the subject of concrete and carbon dioxide emissions) in which reference to the famous Socolow and Pacala paper published in Science in 2004 was made. This is the paper that refers to the use of "stabilization wedges" to slow carbon dioxide emissions using technology which the authors claimed were already available at that time.

The full text of this paper from the primary scientific literature is readily available on the internet, and for convenience, here is a link to one of the many places you can read it:

Pacala and Socolow, Science 305, 968 (2004) The paper is entitled: "Stabilization Wedges: Solving the Climate Problem for the Next 50 Years with Current Technologies."

We are now 12 years into the "Next 50 Years" that the authors included in the title of their paper.

Have we stabilized the climate, or made significant progress toward doing so?

Before I turn to giving my answer to this question, let me start off by giving us some good news:

In the last ten years, the United States has significantly reduced the amount of carbon dioxide it releases to generate electricity. The reduction has been impressive. Using the process I will briefly outline below, I estimate that the reduction in US electricity carbon dioxide releases to generate electricity has amounts to 431 million tons of carbon dioxide per year from 2005 to 2015. Moreover the chief means by which it did so is indeed by employing one of the Pacala and Socolow "existing technology" "stabilization wedges."

"Which one?" you may ask.

If one opens the paper linked above, in table 1 one may see a list of the "existing technologies" that would save the day. One may peruse the list to see the list of possible "wedges" advertised as a "current technology" (in 2004) in order to review the candidates that helped the US to reduce its carbon dioxide emissions for electricity in the last ten years.

I will work from the data published at the US Energy Information Agency's website to examine this point. The data may be found at the Electricity Data Browser page at that website. I used the "Download" button in the upper right hand corner, selected the *.CSV table format, which I loaded into Excel for convenience in calculation.

In order to explore the point of from whence the carbon dioxide reductions came, I utilized the figures found in a scientific paper written in 2005 by renewable energy advocate Paul Denholm, who was writing a paper on the subject of how wind energy could be stored for use as base load power in the form of highly compressed air. (The "compressed air energy storage system - "CAES" - would receive a boost by heating it using dangerous natural gas in a Brayton cycle system.) The reason I used a paper written by a "renewable energy will save us" advocate is because the reader who is familiar with my views will be aware that I am hostile to so called "renewable energy" which I contend will never be as safe, as sustainable, or as affordable as nuclear energy, nuclear energy being the form of energy for which I am a passionate advocate. Thus in using the data from an advocate of wind energy - which I oppose - I am trying to be "fair."

One may note that the number of utility scale CAES wind systems built in the last 11 years since Denholm's paper was published is zero, but nonetheless the paper has been cited 76 times according to Google Scholar. Speculation about the potential of so called "renewable energy" is always popular.

The paper is this one: Emissions and Energy Efficiency Assessment of Baseload Wind Energy Systems (Environ. Sci. Technol., 2005, 39 (6), pp 1903–1911)

If one is a subscriber for this useful journal or accesses it a a good scientific library, one can use the data in Table 2 on page 1909 to see the putative range of carbon dioxide emissions for four forms of electrical generation that I will discuss, dangerous coal, dangerous natural gas, wind (with no storage) and nuclear energy, since these four forms of energy have the most relevance. I have chosen the upper limit in all cases, and have ignored that many dangerous natural gas plants are not "combined cycle" plants which have higher efficiency than simple dangerous natural gas plants. (All combined cycle plants operate at lower efficiency at start up, which they are required to do if they are replacing wind plants that have stopped producing because the wind has stopped blowing.) Conversely I have chosen the "typical" coal plant as opposed to the supercritical water type coal plant, some of which operate, with SO[sub]2[/sub] and NO[sub]x[/sub] scrubbers, the latter plant being slightly less noxious than the former in terms of air pollution including carbon dioxide.

The figures are as follows: For Nuclear Energy, I have accepted 25 g CO[sub]2[/sub]/kwh; for wind energy I have accepted 25 g CO[sub]2[/sub]/kwh; for dangerous natural gas, I have accepted 500 g CO[sub]2[/sub]/kwh and for dangerous coal, I have chosen 1100 g CO[sub]2[/sub]/kwh.

First the numbers:

The United States was generating and consuming 14.71 exajoules of pure electricity in 2015; in 2005 it generated and consumed 14.6 exajoules of pure electricity. (The emphasis on “pure” reflects the fact that the consumption of total primary energy was much higher than this figure, with typical coal and nuclear plants operating at about 33% efficiency, and gas plants – at least combined cycle plants – having efficiencies in the 50% region.)

Translating these effects using Denholm’s numbers for carbon intensity, in 2005, dangerous coal burned in the US for electricity resulted in the dumping 2.21 billion tons of carbon dioxide waste into the planetary atmosphere to produce 7.25 exajoules of electricity; in 2015, dangerous coal burned in the US for electricity resulted in the dumping 1.49 billion tons of carbon dioxide waste into the planetary atmosphere to produce 4.88 exajoules of electricity. Thus the reduction in the use of dangerous coal accounted for a reduction of 722 million tons of carbon dioxide dumped into the planetary atmosphere.

Thus the reduction in annual dumping of the dangerous fossil fuel waste carbon dioxide from coal was 168% as large the total reduction in carbon dioxide waste, meaning, if one is not a member of Greenpeace and is thus able to do simple math, that carbon dioxide releases from something else increased.

And that of course, is dangerous natural gas.

In 2005, US dangerous natural gas fueled power plants were producing 2.74 exajoules of electricity, and dumping 380 million tons of the dangerous fossil fuel waste carbon dioxide into the atmosphere. In 2015, the dangerous natural gas industry, awash in enthusiasm for fracking and other “modern” technologies, was producing fuel for dangerous natural gas plants producing 4.81 exajoules of electricity and dumping 680 million tons of the dangerous fossil fuel waste into the favorite planetary waste dump, our atmosphere, the air we breathe.

And so we can see which of Socolow and Pacala’s 2004 “existing technologies,” the wedges, or wedgies, if you will, accounted for the overwhelming majority of the reduction in the release of the dangerous fossil fuel waste carbon dioxide into the planetary atmosphere. Referring to Table 1 in the paper we see it was:

5. Gas baseload power for coal baseload power.

By the way, with the possible exception of more fuel efficient cars, almost all over the other “existing technology” wedges in Table 1 in the paper are still more or less pipe dreams, the subject of trivial and silly demonstration projects here and there – for example wind generated hydrogen fueling cars – but have on a macroscopic scale, i.e. a scale that matters – proved useless.

So…um…um…um…so at least natural gas is wonderful, no?

Well that would depend on the generation in which you are living. For our selfish, self-absorbed, generation of self-indulgent and indifferent sybarites, well, I suppose we can feel all peachy and keen that we’re doing “something.” But, as I noted elsewhere, a recent commentary in the important scientific journal Nature pointed out that the real underlying assumption behind all of our energy related practices in modern times is that future generations are less valuable, less worthy, than our own. Nature:"Current models of climate economics assume that lives in the future are less important than lives today, a value judgement that is rarely scrutinized and difficult to defend..." (Nature 530, 397 (25 February 2016))

In 2005, the nuclear industry - an industry built by a previous generation and given to ours - in the United States, was producing more electricity than the gas industry, 2.82 exajoules of pure electricity, and by 2015 had risen only slightly, to 2.87 exajoules of electricity.

There is a set of people, not very bright, not very well educated, not interested enough in the world to engage in realistic analysis that might conflict with their rote pop mentality, some of which they’ve garnered from watching “Simpson cartoons,” who despise the world’s largest, by far, source of climate change gas free energy, nuclear energy.

These people have proposed inadequate, and frankly dangerous and oppressively expensive, and nevertheless massively subsidized technologies – I am of course referring to so called “renewable energy” - not as an alternative to dangerous fossil fuels, about which they couldn’t care less, but to nuclear energy.

So let's talk about the so called "renewable energy" industry. Is it replacing dangerous fossil fuel use, or is it causing dangerous fossil fuel use to continue unabated?

During the recent Presidential primary campaign we heard all kinds of noise from people who support so called "renewable energy" complaining about fracking.

Will so called "renewable energy" actually reduce the requirement for fracking, or is it possible it will make it worse?

So how does the wind industry compare to the gas industry?

In 2005, the wind industry was producing 0.064 exajoules of electricity; in 2015 it was producing 0.69 exajoules of electricity in the United States. It grew an “astounding” – if you listen to the rhetoric of its often delusional supporters – 1072% in size in ten years, and still managed to remain trivial on a scale that mattered. (This shows why the advocates of the failed, and incredibly expensive so called “renewable energy” program continuously use “percent talk” in their disastrous marketing: It is easy to double your money if you have 50 cents, very difficult to do so if you have 500 million dollars.) The reality is that the total electrical energy output of the wind industry in the United States, 0.62 exajoules - for those who can do math and thus are open to questioning this cockamamie useless Don Quixote redux – is just 33% of the increase in the use of dangerous natural gas in the last ten years, and just 14% of the total, rapidly growing, dangerous natural gas powered electrical generation industry overall. This means that the wind industry is not gaining on natural gas, it is in fact losing ground on natural gas. The reason for this is obvious:

The wind industry, since the source of its power the wind is variable, has not, cannot, and will not exist without backup power, a redundancy which advocates never include in the environmental and financial cost of this essentially useless, but expensive, industry.

Moreover, the power to replace wind energy if the wind stops blowing must be available for quick dispatch: When a coal plant is shut down – possibly because the wind is blowing – according to the “zeroth law of thermodynamics” the boiler will approach thermal equilibrium with its surroundings, with the result that it might need to burn coal for an hour or two before generating a single watt of electricity, in order to bring the boiler back up to its boiling point of pressurized water, which is higher than the temperature of water in a tea kettle or pot. (This effect will also apply to combined cycle natural gas power plants; necessarily these types of plants might operate at slightly more than half of their normal operating thermal efficiency after a shutdown for several hours after shutdown.)

In general, most power systems also operate power plants that generate electricity that is not actually utilized. This is called “spinning reserve” – power than can be dispatched in seconds if suddenly demand increases or another power plant trips suddenly, which obviously wind plants do all the time. One cannot use so called “renewable energy” as spinning reserve, since it is unreliable and the main requirement for spinning reserve is, in fact, reliability. In fact the only form of renewable energy that can serve as “spinning reserve” are hydroelectric plants – assuming there is water in the reservoirs behind the dams, an increasingly big “if” in the era of climate change.

Recently, Lake Mead hit the lowest level since it was filled. One can click on the excel link Electricity Generation by Resource Type (1983-2014 - Excel File) on the California Energy Commission's web page to learn that while California produced 51,665 GWh of hydroelectric electricity in 1995, in 2014, the state produced just 16,478 GWh of hydroelectric electricity in 2014 as a result of its unprecedented drought. This is the first time in history that wind power generation in California actually approached to within 80% the level of electricity produced by the hydroelectric industry, 78.9% as much, 12,058 GWh, not because the wind industry in California is successful, but because the hydroelectric industry is experiencing a failure.

California is well along on a nuclear phase out, lead by fear and ignorance in that State. At its peak in the year 2000, the nuclear industry in California, using reactors in two buildings, one at San Onofre and the other at Diablo Canyon, 43,533 GWh. In 2014 production in the state's sole remaining reactor, Diablo Canyon, produced just 17,027 GWh.

It is telling that in one building however, the nuclear industry was able to produce more energy than all the wind farms in the entire state, strewn as they are across vast stretches of the landscape. The fact that one small building is able to produce as much electricity as wind farms strewn across thousands of square miles ought to make some very obvious points about the environmental impact of land use, but unfortunately we live in very stupid times.

As for spinning reserve, since, as in the case of California there are places where hydroelectricity (or the trivial but much hyped concept of "pumped storage" doesn't cut the mustard, that leaves gas as the source of "spinning reserve."

A great deal has been written about the effects of so called "renewable energy" on grid stability and "spinning reserve."

I may review this issue at some future point.

Suffice it to say that people who incorrectly call themselves “Friends of the Earth” or, even more absurdly, “environmentalists” have been agitating, unfortunately successfully to shut California’s last operating nuclear plant. The problem, according to these self-described “environmentalists” who in fact know nothing at all about the environment, is that the last remaining nuclear plant in California is too reliable, meaning there isn’t room for wind power or solar power when those rare moments occur when they are actually producing at an appreciable fraction of their rated peak power. Therefore reliable power, even power that releases no carbon dioxide is unacceptable in the “minds” of these terrible people.

And when the wind doesn’t blow and the sun doesn’t shine?


That’s right folks, one of the things that is causing the increasing reliance on gas is, in fact, precisely and totally involved with the unfortunate popularity of so called “renewable energy.” Without gas, the wind industry and the solar industry are even more useless than they already are, and as uselessness goes, these industries are avatars.

The decision to embrace dangerous natural gas by this generation is a crime against all future generations. Anyone who represents that the so called “renewable energy” industry is an alternative to dangerous fossil fuels is either lying to you, lying to themselves or both. There is zero probability that wind and solar energy, no matter how much money is thrown at them in a quixotic effort to make them significant, will lead to a reduction in the use of dangerous fossil fuels.


As for US reductions in dangerous fossil fuel waste dumping to generate electricity and its effect on the the accumulation of these wastes in the planetary atmosphere, it has nothing at all for the planet at large. It is at best, a transient effect until the world either runs out of dangerous natural gas or places in the atmosphere to dump its waste, and efforts by people around the world to attempt an approach to the "American Life Style" have easily overwhelmed any signature the switch from coal to gas has had.

The latest data from the Mauna Loa Carbon Dioxide Observatory shows that in 2016, the accumulation of the dangerous fossil fuel waste carbon dioxide is growing at the fastest rate ever observed, an accelerating rate, a terrifying rate. I covered this point elsewhere in this space:

All time record set for week-to-week annual measurements of annual CO2 increases at Mauna Loa.

If you're grilling dead animals on a gas grille this weekend, I hope I'm not spoiling your fun. Enjoy the remainder of the holiday weekend.

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