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109 comments on Energy Strategy for ETH Zurich: A Critical Review
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GAIA Host Collective
A sad tale Francois, were the incompetent rule in spreading the contextually wrong information. I agree with your analysis on most of the points. However, I find your following statements a bit suprising:
1)"Peak oil could alternatively be defined as the moment of maximum per capita oil consumption."
This does not incorporate efficiency gains that have been made over time, meaning that the
effective' maximum per capita oil consumption is probably higher then the 2.2 liters per person figure you quote.
2)"We cannot know with certainty when the world will fall off the plateau, but it will happen within the next decade, most likely sometime around 2012 or 2013. Thereafter, we will be marching irrevocably down the rear end of the Hubbert curve. The result will be high unemployment coupled with a high inflation rate, social disruption, widespread famine, and a worldwide depression that will dwarf the ravages of the Great Depression of the 1930's."
Although I agree that this is a possible outcome, I wonder what your factual basis is for the strenght of the results you state. I am not too sure whether widespread famine, social disruption and a worldwide depression that will dwarf the great depression will occur.
3)"Of course, Switzerland has many older buildings that are under monument protection and that cannot be upgraded to a minergy standard"
Why can this not happen? Perhaps it is difficult, perhaps laws need to change? but Not sounds like impossible to me.
This is potentially true, and I alluded to the effects of improved energy efficiency also in my article. However, remember that these are world-wide statistics.
It is certainly correct that neither here in Europe nor in the U.S. has the per capita consumption of energy decreased over the last 30 years. Energy consumption goes hand in hand with CO2 emissions, as long as you don't change the energy mix, and CO2 emissions are still increasing both in Europe and in the U.S.
However, the situation is different in many third-world countries. There the total energy consumption may still be growing, but the per capita consumption is shrinking, even if you adjust the numbers by a suitable energy efficiency factor.
It is the most likely outcome.
Famine and social disruption are already starting in some densely populated third-world countries like Haiti, Bangladesh, and the Philippines. Economically weaker countries are more vulnerable than European nations; thus, the problems will start earlier in the third world. Yet, also Europe won't be able to escape these problems in the longer run because of its population density. Europe cannot feed its current population without food imports.
Finally, the banking sector is already in a very bad shape, experiencing problems that are systemic and for which there is ultimately no cure. Banking without exponential growth doesn't work.
Of course, it is possible to maintain exponential growth in the financial sector, if you compensate for it by inflation of equal magnitude, and this is likely what will happen. However, even inflation will not be able to save the banking sector.
I don't know what will follow, but it is evident to me that a breakdown of the banking sector will cause immense societal stress.
Switzerland hasn't participated in a war since the times of Napoléon. Consequently, our inner cities were not destroyed for many centuries.
Most cities were destroyed several times during the dark ages, as the houses were originally built from wood, and these cities burnt down every once in a while.
Yet, all of our cities have down-town centers where almost every house is more than 500 years old. This is our cultural heritage. Therefore, most Swiss are in favor of our monument protection laws. It is also one of the prime reasons why tourists come to visit, bringing money to Switzerland and creating jobs.
These houses were not constructed using bricks. The people simply were looking for stones of suitable sizes and placed them one on top of the other. Although the walls are often more than 1m thick, the insulation is very poor. There is air flow through the walls, and even more so through old doors and windows. Those are also under monument protection. Our neighbor, he owns a beautiful half-timber house from 1750, wanted to replace his old windows by double-pane windows. He didn't get a building permit, because the new windows would "visibly change the character of the house."
You say that as if it were a new occurrance.
In order to draw the conclusions you are from that observation, you need to demonstrate that the current shortages and/or disruptions are significantly worse than other, similar ones we've seen in recent decades.
Otherwise, you're just projecting your personal faith onto anecdotes.
You're factually mistaken.
The EU-27 produced roughly 15% of the world's major food crops (grains and oilseeds) in 2006, with just 7% of the world's population. By value, Europe is the world's largest food exporter.
That you believe something does not make it true, no matter how "right" it sounds to you.
Do you have any evidence for this?
As we've seen, things that you believe are not always true. Accordingly, a rational observer is unable to take your personal faith as evidence of the truth of a proposition, and must ask you for external corroboration.
And you're suggesting that this attitude would persist even in times of lethal energy scarcity?
What is your evidence for arguing that the Swiss will willingly and with full knowledge of the alternatives engage in such suicidal behaviour?
Sure there is: find evidence for your beliefs
If you just cycle thoughts around in your head, you can get thrown very far off track. If you require evidence to back up statements, you'll stay in reasonably close contact with reality.
And you'll find that reality is less dire than you think.
Almost every time I fact-check something I see breathlessly claimed in online discussions, I find the truth is less extreme than the assertion, regardless of the issue or the viewpoint doing the claiming. That is just as true with regard to peak oil, regarding both its timing - it'll happen sooner or later, but we've already passed many predicted dates - and most especially regarding its effects.
The most common cause I see for wildly unrealistic predictions of effects is pretending, against all evidence, that nobody will do anything about it. You make this same mistake:
Your "conclusion" that Switzerland will have 75% less energy in 50 years is, frankly, nonsense. You assert that the current dislike of nuclear will persist even when half of Switzerland's energy is vanishing...why? What is your basis for that assumption? You assert that no meaningful amount of alternatives such as wind or solar will be installed in the next 50 years, despite their track record already proven in nearby Germany and Spain...why?
You're assuming a fictitious world where nobody will do anything to prevent their own demise...why?
You're a computation professor, you've been trained in logic, you know how to make a better argument than that! Would you make those kinds of leaps of (il)logic in a paper you were submitting for peer review?
As a peer reviewer, I would not accept a submission with those kinds of unsupported assumptions; why do you expect people here to?
Some very good points.
I view this paper as a manifesto to younger generations. I believe these generations need to grasp the idea, that there could be possible famine, even in Europe. We need to prepare.
However, I agree that societies will change when they will be well aware of PO. But why do you think that time to react isn't like yesterday? Maybe we have run out of time to perform a gradual transition.
In my town (Koper, Slovenia) we are building giant shops, roads, suburbia like there is no tomorrow. Is this a smart thing to do? People have absolutely no idea.
BTW: I am sure that governments are fully aware of PO, but they rather look the other way (for obvious selfish reasons) than actually do something.
Oh shit yes, this is so true it should be on the banner of every site like this.
"Solar PV never produces more energy than it took to make!"
"Solar PV can be made for a dollar a watt!"
"Nuclear is perfectly safe, just put the waste in a barrel and bury it."
"Nuclear is really dangerous, everyone near the plants is heaps more like to get cancer."
and so on.
So, as Pitt says, when we meet statements like,
"We're facing a dieoff."
"Science! and The Market! will save us the trouble of actually doing anything."
we have to be sceptical...
Are you actually trying to say anything?
Perhaps your nom de plume should read Pittbull the Elder.
I myself found Francois' article stimulating but you are certainly correct in questioning his assumption that for Switzerland nuclear energy is dead in the water. If the cost of fossil-fuel-generated electricity continues to skyrocket consumers' attitudes to the pros and cons of atomic power may change radically. After all, it was access to cheap and abundant fossil fuel that enabled the innumerate general public to be ueber-fussy about imagined risks of exposure to ionising radiation in the first place. When the cheap fuel goes, the ueber-fussiness may also fade away.
As to peer review, perhaps you are a little too harsh. On the other hand, perhaps harshness is just what the doctor ordered. The problem is that it's hard to combine peer review with life's running commentary. Time's accelerating arrow doesn't make it easier either.
On the subject of teaching and learning, I found a wonderful passage in Schopenhauer the other day which TOD readers might find interesting:
[Schopenhauer, On The Basis Of Morality, pages 72-73]
Docendo disco: 'I learn by teaching'
Semper docendo nihil disco: 'By always teaching I learn nothing'
Replace 'teaching' by 'blogging' and you'll see what I mean.
Pitt, those who do not realize that the social disruption in the third world is worse today than at any time in the last century simply haven't heard the news. Every third world nation on earth is diminishing natural resources. I cite Haiti as just one example.
That was in 2003. It is far worse today. Water tables all over the world are falling, in some places meters per year. Rivers are drying up. In 1997 the mighty Yellow River of China failed to reach the sea for seven months of that year. On the banks of the Aral Sea once sat the largest fish factory in the USSR. The Aral Sea does not exist anymore and the rusting factory sits on a dry salt bed. The water was diverted to grow cotton but now the cotton fields have salted up and they produce no more than before irrigation. (Source: When Rivers Run Dry
It is the same story all over the world. Lake Chad, in Africa, is now a shrunken shallow mud hole. The Sahara Desert is expanding miles each year.
All this is due to an ever expanding population, especially in third world countries, a declining water supply, and most of all a declining food supply due to higher cost of food and the production of food. And of course the root cause of much of the cost of food is due to increasing petroleum prices. This drives up the cost of food production.
Pitt, just news.google "food riots" and you will immediately understand that the situation is far worse (worldwide) today than it has ever been in history. Sure there have been deadly famines before, some causing the starvation of millions. But those were all local phenomena. This is by far the worst worldwide crisis in history.
People simply can no longer afford to feed themselves. The millions, perhaps as many as one billion people who live on less than a dollar a day simply cannot afford to buy food. Worldwide it is worse today than at any time in modern history. This is not surprising since there are more people alive today than ever before.
Ron Patterson
I was more thinking in terms of Rumsfeld's "old" Europe: UK, France, Germany, Switzerland, Austria... These nations have a high population density. They have also a high degree of industrialization, i.e., the amount of arable land available per capita is relatively low.
Europe maintains excellent agricultural equipment and is rich enough to buy as much fertilizer as the land can use. Once Europe can no longer import as much fossil fuel as we would like, we won't have as much fertilizers available any longer (as producing them consumes lots of energy) and we shall have to rely again more on manual labor. At that time, the high population density will become a problem.
Switzerland is in a particularly bad shape. Our statistical population density is a little lower than that of France or the UK, for example, but 30% of our land is covered by ice and snow, while another 30% are steep slopes at high altitudes. Thus, the available per capita arable land is lower than in most European countries.
I know for a fact that Switzerland cannot feed its current population of 7.5 million people under local conditions, because Switzerland was barely capable of feeding 4 million people during WW-II with seven times more farmers and twice as much arable land.
Thanks to CAP, the EU was a major food exporter at least as far back as 2000, before most of "new Europe" joined.
You are simply wrong in your assertion that Europe - new or old - cannot feed itself.
World nitrogen fertilizer production requires a paltry 4% of world natural gas consumption, and fertilizer is much easier to ship over water than LNG for power plants. Natural gas will be available to produce fertilizer for a long time.
Not, of course, that it's necessary - the natural gas is just used as a cheap source of hydrogen, and nuclear-fired electrolysis could be used for that (and currently is, in small amounts). Making all the world's fertilizer via electrolysis would require just 4% of the world's electricity, and it's a perfect application for soaking up intermittent power from wind or solar.
There is no evidence that rich countries will be suffering a long-term fertilizer shortage any time soon.
(a) You don't know that for a fact, because you don't know what the effect of 65 years of agricultural technological advances is. Per-hectare yields have grown enormously since WWII.
It's important to be able to realize what you don't know, since that's the most fertile area for learning.
(b) It doesn't matter anyway. Switzerland is in the middle of a massive food exporter, and there's no evidence trade by electrified rail is going to go away any time soon.
Between the massive nuclear sector in France and the heavy investment in wind and solar by Germany (and now Spain), only about half of "old Europe"'s electricity comes from fossil fuels, meaning reductions in fossil fuels alone aren't enough to black out Europe.
Let us check on some data.
Here is what Switzerland has to say:
Here is some relevant information from the UK:
Here are some predictions from Germany with its heavy investment in solar and wind energy:
Finally, some interesting data from nuclear France are reported here:
Why the predicted shortfall of electricity in much of Europe starting around 2012?
In part, it can be explained by the generally growing economy. People are wealthier on average, and they buy additional items that consume electricity, such as air conditioners and second homes.
However, a big part is also a beginning pattern of replacement energy that can be observed. More people replace their central oil heaters by heat pumps that consume electricity.
As the fossil fuels are being phased out, the demand for electricity will be growing sharply, and there are currently no power plants in place to satisfy this growth in demand. Even worse in many countries, new power plants won't be built in time to meet the rising demand when it is predicted to occur.
As we've seen, things that you believe are not always true. Accordingly, a rational observer is unable to take your personal faith as evidence of the truth of a proposition, and must ask you for external corroboration.
That you believe something does not make it true, no matter how "right" it sounds to you.
It's important to be able to realize what you don't know, since that's the most fertile area for learning.
Because they haven't been building enough capacity, of course.
Which is irrelevant to my point about large-scale non-fossil generating capacity already existing in Europe, so I can only assume you've jumped into this non sequitur in order to "prove" me "wrong" about something.
Unfortunately for you, your links don't support what you seem to be saying - they make it clear that the collapse of the European grid is highly unlikely. Let's take your link for Germany, for example, and show the context you so carefully omitted:
Key features here:
I'm sure such beliefs exist, but you've so far failed to point out any instances.
I'd be glad if you had, since then I'd learn something, but considering how you seem to be more focussed on getting back at me for pointing out your mistakes rather than actually learning from them, it's not clear you're up to it.
Not at all. I only applied a technique of mirroring (Winnicott/Spotnitz) to show to you how condescending you sound.
If I have money that I don't need right now, I may deposit it in a bank account against the promise of a fixed interest rate. Thus, leaving the money in the bank promises exponential growth.
Evidently, the bank must be able to reinvest my money in some business that offers a higher interest rate, i.e., faster exponential growth. Without it, the bank cannot pay the salaries of its employees, and the cost of constructing and maintaining its buildings.
Thus, banking is invariably linked to a pattern of continued exponential growth.
The only way how this can be offset is by accepting an inflation rate that equals the interest rate that the bank is paying for its investments, but in that case, the customer has no longer any incentive for depositing his money in the bank.
As long as we live in an economy that grows exponentially, banks can indeed pay out interest without losing money in the process, but once we have reached steady state, they can no longer do so.
And that interest rate will be - at least in the countries where I have accounts - below the rate of inflation.
In nominal terms only.
In other words, your number will get bigger, but the value of that number will shrink, thanks to inflation.
Sure - it could invest it in production that gets a zero real rate of return, which is the same as a nominal rate of return equal to inflation. Since it's paying you less than inflation, it earns money.
Would you rather lose 4%/yr or 2%/yr? Some interest is better than none.
You may believe nobody would put money in a bank at an interest rate lower than the inflation rate, but millions of people in the real world are in exactly that position right at this very moment in both Europe and the US.
i.e., your argument is based on an assumption, and that assumption doesn't fit reality. Now would be a good time to reassess your argument.
EDIT: just to be clear, your error here is in confusing nominal and real rates of return. If you get a zero nominal rate of interest there's no incentive to give your money to a bank, since you could just stuff the money under your mattress. By contrast, a zero real rate of interest is still valuable, since it corresponds to a (nominal) rate of interest equal to the rate of inflation.
Why should I engage in suicidal behavior, as long as there is an alternative?
It is true that at the current time, people (including myself) have some money invested at interest rates that are lower than the inflation rate, but this is a rather recent phenomenon.
Last summer (2007), I sold some stock, because I believed that the stock market would experience a period of instability, as it meanwhile has. I looked into alternate investment opportunities, and I bought some European bonds, which at that time offered an annual interest rate of 4.5%, and I bought some Swiss bonds, which offered an annual interest rate of 2.5%. At that time, the inflation in Germany was at 1.7%, and the inflation in Switzerland was at 1.2%.
In recent months, the inflation rates have skyrocketed because of the higher cost of fuel and food, i.e., I may now lose some money (in real terms) because of this.
If you look back in time, at times of high inflation, people did not put money in the bank, but rather invested in tangible goods, as they were able to protect themselves a bit better against the effects of inflation in this fashion.
During hyperinflation, people as soon as they got their paycheck ran to the nearest store to spend their money on something they could use, such as a loaf of bread.
I wrote explicitly: "without the oil, gas, and nuclear power," i.e., under the assumption that Switzerland will let go of its nuclear power.
Will this happen?
I agree with you that the Swiss people will change their attitude towards nuclear power, once the alternatives become unavailable. However, all of our current nuclear power plants will have to be decommissioned within the next 50 years. Thus, new power plants will have to replace them, and this doesn't happen over night. It takes at least 10 years from the initial planning until a new nuclear power plant starts producing electricity.
Whether we will have nuclear power stations in operation in 50 years time will depend on how fast the people of Switzerland get to feel the crunch and therefore can be convinced to change their attitude.
Another potential problem is that the uranium mines currently in operation produce just about as much uranium as is needed to feed the current power stations. A rapid increase in the number of nuclear power stations world-wide is not feasible either, because of the limited production rate of uranium.
Alternate energy sources will hopefully compensate for some of the shortfall, but it cannot compensate for all of it; not by a long shot.
The world currently consumes more than 85% of its entire energy in the form of fossil fuel. The total amount of solar and wind energy together covers currently less than 0.5% of our total world consumption according to the IEA.
Let us assume we manage an annual growth rate of 7%, i.e., a doubling time of 10 years. Under those assumptions, we may be able to cover 16% of our current energy needs by solar and wind power 50 years from now.
In my view, this scenario is overly enthusiastic.
By some enormous coincidence one must imagine. Its must be absolutely impossible to raise production levels.
Application to electricity is expected to take 7-8 years in the US and 5-6 years in China, so 10 years is by no means a physical limit.
Wind passed 1% of world electricity generation last year (it was 1.3%). Not really disagreeing with you here, just providing some hard numbers.
Why? The average annual growth rate of wind over the last decade has been 30%, and solar has been growing faster.
It's folly to project that rate of growth into the far future, of course, but it's also folly to completely ignore reality and assume an arbitrary growth rate picked to give a pre-determined result.
When you buy your first car, the percentage of new cars suddenly grows by an infinite percentage.
As long as a technology is small, i.e., an increase consumes relatively little financial investment in absolute terms, you may see high growth rates of 30% or more.
As a technology matures, it will become impossible to maintain those growth rates.
For a technology that binds a significant percentage of financial investments, a growth rate of 7% is phenomenal.
Under the conditions of a generally shrinking energy environment (and thereby a generally shrinking economy) due to the depletion of fossil fuels, a growth rate of 7% is illusory.
Of course not. If energy is the lifeblood of the economy as many assert here, including you apparently, then when fossil fuels begin to decline, energy will capture the lions share of investment and other sectors of the economy will be sacrificed.
I agree completely. Money is an abstraction. It is energy that is being invested. Even with high 10:1 energy returns, an energy source cannot grow very quickly or it's growth consumes all the energy it would have provided.
Some citations:
[Pearce, J.M. 2008] ‘Thermodynamic limitations to nuclear energy deployment as a greenhouse gas mitigation technology’, Int. J. Nuclear Governance, Economy and Ecology, Vol. 2, No. 1, pp.113–130.
[Mathur, J. 2004] "Dynamic energy analysis to assess maximum growth rates in developing power generation capacity: case study of India", Energy Policy 32 (2004) 281-287.
Three cheers for Pit the Elder. Thank you, thank you, thank you!
Dear Francois,
I spent two months during the summer of 2000 at Reza Abhari's turbomachinery laboratory at ETH. Upon arrival I gave the secretary my visa card and asked her to order Colin Campbell's book from Petroconsultants. I also handed Reza Abhari (who is in the task force) a copy of the article by Campbell and Laherrere which appeared in Scientific American. While there, I shared an office with a graduate students who had come to Zurich from Lausanne, and he was already then aware of the oil issues, having been told about them by his teacher at Lausanne. I have also discussed this issue with Lino Gusella (who is in the task force), while he was on a sabbatical at our university two years ago.
What is happening in Zurich seems to be the same as elsewhere. My observation is that the people in mid-career are in an institutional straight-jacket. First, they will defend what they are doing at all costs. Second, when the political climate changes, they will jump into the bandwagon claiming that they have always been there. This is to impress on the people around them, that they have had a clear vision all along. This is a survival strategy. Many admit to this in private.
best, Seppo Korpela
Does my article sound alarmist? Maybe it does. However, there is no way around it.
I was raised at a time that still knew scarcity. I still played with colored wooden cubes rather than remotely controlled fire-engines. My wife still had to wait two entire years before she finally could wear the hotly desired red snow boots trimmed with fur after her cousin had grown out of them.
When I was small, Switzerland consumed 1 kW of power per capita. When I was a teenager, the Swiss per capita power consumption had risen to 2 kW. Now we consume 6 kW.
Easy access to luxury items has improved throughout my whole life. Now, most people of Europe and the U.S. live in a state of luxury that even the kings of our past hadn't known.
I had the good fortune to live in the one generation that knew more luxury than any generation before it, and probably more luxury than any generation after it, and it was all due to the availability of fossil fuels.
The generation of my nephews and nieces already grew up at a time when luxury items were readily available. They wrote down their desired items on long wish lists, and come Christmas, these items were bought for them.
When my nephew at the age of 16 came to visit us for a month in the U.S., his parents sent him off with $300 to spend on souvenirs of his choice.
The generation of my grand-nephews and grand-nieces doesn't even know what waiting for a desired item means. They utter a wish, and immediately, the item they want is being bought for them.
Last year, a new shopping center, called SihlCity, opened here in Zurich, complete with a movie theater featuring 10 screens. The center makes U.S. malls look shabby in comparison.
When I wander through SihlCity, I always ask myself how such a structure will be heated and illuminated after the end to cheap fossil fuels. How will the builders of this palace ever recuperate their investments?
Yet, the large majority of Swiss shoppers is totally oblivious to the consequences of the coming resource depletion and even to the issue of resource depletion as a whole. Electricity comes out of the wall outlet, and food comes from the Migros. It has always been that way.
Hence I consider it my duty to alert the younger generations to the changes in their lifestyles that are destined to affect them very soon.
Francois
Its funny you say this. My wife and daughters are shopping addicts, again there is a genie (me) who makes it all come true. In the UK we have numerous shopping outlets (Trafford in Manchester, Meadowhall in Sheffield Metro Centre in Gateshead to name but three), many have sprung up on the outskirts of cities and attract people from far and wide. I too wonder how many of the happy go lucky shoppers ever consider how much energy it takes to sustain this carry on. I suspect the answer is within the counting capacity of a parrot, and I am just a nutter sitting there thinking weard thoughts!
"Hence I consider it my duty to alert the younger generations to the changes in their lifestyles that are destined to affect them very soon."
I wonder about shopping centers too. Maybe they will serve as food shelters.
Young people are absolutely oblivious. However - that would only change substantially, if media and government would inform them. Information is not in the best interest, because it would disrupt BAU (business as usual).
I am not very optimistic.
I've always thought that the instant availability of water from taps and electricity from wall sockets was one of the reasons why we waste those resources.
As to how soon people will awaken from their consumerist slumber, I'm reminded of Robert Crumb's cartoon of a dazed post-apocalyptic man sitting in front of a non-functioning TV with its plug in his hand.