The Energy Content of the State of the Union
Posted by Heading Out on January 24, 2007 - 12:41am
During the course of the President’s State of the Union Address he spoke to the energy situation in these words
It is in our vital interest to diversify America's energy supply -- and the way forward is through technology. We must continue changing the way America generates electric power -- by even greater use of clean coal technology ... solar and wind energy ... and clean, safe nuclear power. We need to press on with battery research for plug-in and hybrid vehicles, and expand the use of clean diesel vehicles and biodiesel fuel. We must continue investing in new methods of producing ethanol -- using everything from wood chips, to grasses, to agricultural wastes.
We have made a lot of progress, thanks to good policies in Washington and the strong response of the market. Now even more dramatic advances are within reach. Tonight, I ask Congress to join me in pursuing a great goal. Let us build on the work we have done and reduce gasoline usage in the United States by 20 percent in the next ten years -- thereby cutting our total imports by the equivalent of three-quarters of all the oil we now import from the Middle East.
To reach this goal, we must increase the supply of alternative fuels, by setting a mandatory Fuels Standard to require 35 billion gallons of renewable and alternative fuels in 2017 -- this is nearly five times the current target. At the same time, we need to reform and modernize fuel economy standards for cars the way we did for light trucks -- and conserve up to eight and a half billion more gallons of gasoline by 2017.
Achieving these ambitious goals will dramatically reduce our dependence on foreign oil, but will not eliminate it. So as we continue to diversify our fuel supply, we must also step up domestic oil production in environmentally sensitive ways. And to further protect America against severe disruptions to our oil supply, I ask Congress to double the current capacity of the Strategic Petroleum Reserve.
America is on the verge of technological breakthroughs that will enable us to live our lives less dependent on oil. These technologies will help us become better stewards of the environment -- and they will help us to confront the serious challenge of global climate change.
I gave the whole quote, since it was interesting to see the inclusion of biodiesel to a greater extent that I recall seeing emphasized before. The MSM had foretold the increase in emphasis on ethanol, 35 billion gallons a year is some 2.28 million barrels a day or somewhere around 10%, and it would appear that the intent is to mandate this percentage in the national fuel fix. However, while this thrilled the Senator from Iowa, corn ethanol cannot be the total answer, since the impacts on world food supplies (as well as our own) would be severe, and may well still be, as corn prices will inevitably rise.
Yet there are still significant challenges to the use of ethanol. To remind you let me again put up the comparative chart that was given by the Department of Agriculture at the end of last year.
The current DOE Biomass Program which focuses on ethanol, had, until this evening, the goal of replacing 30% of the nations gasoline by 2030, and to make cellulosic ethanol cost competitive with gasoline by 2012 (which is now 5 years away). The University of Tennessee has recently concluded that to achieve 25% by 2025
To meet the 25x’25 vision, contributions from America’s fields, farms and forests could result in the production of 86 billion gallons of ethanol (15 billion from corn and the remainder from residues, wastes, and dedicated energy crops) and 1.2 billion gallons of biodiesel. That amount of biodiesel fuel has the potential to decrease gasoline consumption by 59 billion gallons in 2025. . . . . . . . . .Both scenarios are based on continued yield increases in major crops, strong contributions from the forestry sector, utilization of food processing wastes, and the use of 50-100 million acres for dedicated energy crops, like switchgrass. The study assumes that the technology needed to produce cellulosic ethanol will be available and competitive by 2012.
The plan has already created the Biomass Research & Development Initiative and it funded 17 projects last year, which are listed in a pdf file through that web page.
There is one other thing that I would like to note that may not get much attention. It is the line “I ask Congress to double the current capacity of the Strategic Petroleum Reserve.” Hmm, the drop in the price of oil must have grabbed someone’s attention.
Let’s see, if the size of the SPR is now authorized at one billion barrels and we are now going to double this, then the US will be on the market for a billion barrels of oil. Say we fill it over 5 years, then we would need to buy 200 million barrels a year or around 547,000 bd. Now, at a time when Cantarell may drop by 500,000 bd, that suggests that the US might be going to the rest of the world with an increased demand for 1 mbd before the end of the year. So I guess that even if the current prices have slowed demand, the powers that be will continue to up it.
I have not commented on Senator Webb’s response on behalf of the Democratic party, which did not propose, but rather looked for suggested solutions from elsewhere, at least as I read it.
Further, this is the seventh time the President has mentioned energy independence in his state of the union message, but for the first time this exchange is taking place in a Congress led by the Democratic Party. We are looking for affirmative solutions that will strengthen our nation by freeing us from our dependence on foreign oil, and spurring a wave of entrepreneurial growth in the form of alternate energy programs. We look forward to working with the President and his party to bring about these changes.
Open questions....
Can biomass be blended with coal in current plants to lower sulphur emissions and fossil CO2? (and has anyone estimated how much wasted biomass from yard debris and agricultural waste we can capture?)
How much do you all think corn prices will increase? And will this be good for the american diet (less corn syrup, less grain intensive meat)?
Yes, I know at least one University that burns about 40% wood in their boilers with significant benefit.
As for what is going to happen to corn prices, well there is one story on the web that contrary to the current New York TImes story that sees a glorious future, is concerned that, without a greater mandate for ethanol use, may see a bubble about to burst . So maybe the President was acting to save both oil and ethanol from having to do a bit of belt tightening?
Along the lines of the NY Times article, there was story in today's Toronto Globe and Mail headed America's appetite for ethanol poised to take corn from mouths of the poor" (paywall). The article says that the soaring price of corn has pushed up the cost of tortillas in Mexico by a third or more, forcing Pres. Calderon to impose price controls on key corn-based products last week.
Remembering Nate Hagens' recent article on comparative economic advantage, the US accounts for 40% of all corn harvest and 70% of all exports. Although tortillas are made from white corn and the US produces and exports mainly yellow corn, changes in one part of the overall supply affect the other parts of the market. The Globe article goes on to say that the corn needed to fill one 25-gallon tank with ethanol would keep a poor Mexican fed for a year.
Not if the 'poor' are corn farmers--they are about to get really rich.
"Get rich"
Maybe and perhaps not. In any event we are on the merry-go-round now and its not stopping anytime soon.
As input costs of the corn and others grains increase then it becomes a dog chasing its tail. At the point when the input cost in fertilizer rises such that farmers lose profit then the crop will lessen as they shift to other crops more than corn, then the corn price goes up and so on.
08 and 09 futures are already right near the $4 figure. That means many are 'locking in' and so those prices would appear to be good for the next two crop years. Still the price could runup even higher. If we have a bad growing season for instance.
Like said: "Mother nauture is now dealing the hand."
Many farmers are not betting on that huge profit. They are just watching as to when their turn comes around again. Take a hit or check. Its guts poker with mother, she might deal off the bottom and you can't do squat about it. Nobody knows the future in this game.
In fact your drinks are no longer free.
She also owns the casino.
There is one thing for sure. You lock them in and you gotta pay up,no matter if your costs go way up and neither if you corn gets drowned out. You played the game and with that hand you can lose the farm.
But some did make good profit on last years as it gave them easily more than $1/bu over what they were getting. Yet here alas some just couldn't get the corn up out of the mud. They lost again. Maybe made expenses,maybe not.
Those price controls being implemented in Mexico are dependent upon federal subsidies to be maintained. Good luck to Mexico juggling what will, without question, become spiraling corn prices and--due to Cantarell's declining production--significant declines in revenue for the Mexican government. On a positive note, I'm sure the average Mexican will completely understand the necessity for Americans to continue driving cars to the mall to conspicously consume while the rest of the world starves.
There's getting to be some really silly statements made here on corn/maize due to biofuel interest. Most production in north america is for livestock feed corn, not food.
Many city kids on their first gravel run have stolen and ate field corn cobs that sucked. They were for cows not people. Corn comes in many varieties and hybrids.
I found these stats today:
2005-2006 U.S. Corn Use By Segment (bushels)
Feed/Residual 6.1 billion (54.5%)
Exports 2.1 billion (18.8%)
Ethanol (fuel) 1.6 billion (14.3%)
High Fructose Corn Syrup 530 million (4.7%)
Corn Starch 275 million (2.5%)
Corn Sweeteners 225 million (2.0%)
Cereal/Other 190 million (1.7%)
Beverage Alcohol 135 million (1.2%)
Total 11.2 billion bushels
How is Our Corn Crop Used?
(2005/06 Statistics)
Animal Feed
6.1 billion bushels of corn went to feed animals. Your bacon and egg breakfast, glass of milk at lunch, or hamburger for supper were produced with U.S. corn.
* Livestock in Iowa consumed about 550 million bushels of Iowa’s crop. Of that, about 53% went to hogs, 29% to beef cattle, 12% to poultry and 5% to dairy cattle.
Exports
More than 2.1 billion bushels of corn fed people and animals in other countries.
The 10 biggest customers for U.S. corn are: Japan, Mexico, Taiwan, South Korea, Egypt, Colombia, Algeria, Canada, Israel and the Dominican Republic.
* 750 million bushels from Iowa’s crop left the state. More than 55% went to foreign markets. The rest was used in other parts of the United States.
Corn Sweeteners
755 million bushels were refined into corn sweeteners. Read the labels on beverages and foods to find corn sweeteners in colas, candies, cakes and cookies, lunch meats, jams and jellies, snack foods, salad dressings, and ice cream.
* Processing of all kinds (sweeteners, starches, and ethanol) consumed more of the Iowa crop than any other use – over 870 million bushels.
Ethanol
1.6 billionbushels of corn were fermented into fuel alcohol. Fuel alcohol makes gasoline burn cleaner, reducing air pollution, and it doesn’t pollute the water. Using corn, a renewable resource, to replace gasoline helps reduce our need for petroleum, which can’t be renewed.
* Iowa's growing ethanol industry uses about 450 million bushels alone.
Other Uses
275 million bushels were processed into starch for food and industrial uses: paper, textiles, adhesives, plastics, baked goods, condiments, candies, soups and mixes.
190 million bushels became breakfast cereals, snack chips, tortillas and other corn foods.
135 million bushels of corn were fermented into alcoholic beverages.
Because sweetener, starch and alcohol production doesn't use all of the corn kernel, the 2 billion bushels that went into those products also provided 24.2 million tons of animal feed and 3.3 billion pounds of corn oil.
Source: USDA, industry statistics.
2005-2006 U.S. Corn Use By Segment (bushels)
http://www.iowacorn.org/cornuse/cornuse_3.html
and this:
What can you get from one bushel of corn?
1.6 Pounds of Corn Oil
Cooking Oil, Margarine, Mayonnaise, Salad Dressing, Shortening, Soups, Printing Ink, Soap, Leather Tanning
AND
13.5 Pounds of 21% Protein Gluten Feed
Livestock & Poultry Feed, Pet Food
AND
2.6 Pounds of 60% Gluten Meal
Amino Acids, Fur Cleaner, Poultry Feed
AND 32 Pounds of Starch
Adhesives, Batteries, Cardboard, Crayons, Degradable Plastics, Dyes, Plywood, Paper, Antibiotics, Chewing Gum
OR
33 Pounds of Sweetener
Shoe Polish, Soft Drinks & Juices, Jams and Jellies, Canned Fruit, Cereal, Licorice, Peanut Butter, Pickles, Catsup, Marshmallows
OR
2.7 Gallons of Ethanol/Alcohol
Motor Fuel Additive, Alcoholic Beverages, Industrial Alcohol
http://www.iowacorn.org/cornuse/cornuse_10.html
Yeah, but in what way is that not food? Whether it goes through the stomach of an animal, or not, before that animal is eaten, is irrelevant. Diverting corn from the human food chain is diverting food.
It reduces the amount needed, it doesn't eliminate the need for a declining resource. And corn is only renewable up to a certain limit; it is not possible to grow whatever quantity of corn you want.
Most production in north america is for livestock feed corn, not food
Freddy, please redistribute the percentages below for the year 2117 (approximate, just a wild guess) and then estimate the effect on the PRICE of the various corn products (including exports) catagories... and the effect on the price of the products they are used in (and assume little or no contribution from mythical ethanol processes not yet commercially viable please)
Feed/Residual 6.1 billion (54.5%)
Exports 2.1 billion (18.8%)
Ethanol (fuel) 1.6 billion (14.3%)
High Fructose Corn Syrup 530 million (4.7%)
Corn Starch 275 million (2.5%)
Corn Sweeteners 225 million (2.0%)
Cereal/Other 190 million (1.7%)
Beverage Alcohol 135 million (1.2%)
Total 11.2 billion bushels
Read Nate Hagen's article from the other day and wear your thinking cap.
See that 11.2-Bil bushels on the bottom line? It was 8.97-Bil in 2002. Your subsidized farmers and those that do dick-all will be encouraged to change crop and/or work for change. Enuf said...
I know that with time you will be able to face reality and learn to cope with it freddy. In the meantime just continue to avoid questioning your childishly naive assumptions and you can remain comfortably numb and blissfully ignorant.
In Ottawa 10% ethanol blend is sold from a separate pump and sells for a 1¢ premium over regular unleaded. I would say that, in general, consumers are confused about why they should buy the ethanol blend. Currently, there is only one supplier, and one distributor.
A solution to the distribution issue would be to simply deliver all ethanol to the refiners and blend it with unleaded gas to a maximum of 10%. There is no great need for consumers to know that there is ethanol in the gas. Between detergent and other additives, ethanol would just be one more thing. Consumers will quickly become indifferent if they are ever aware of the additive.
In Canada, environmental regulations make it very difficult to open a new gas station. More stations are closing than opening. Adding a new tank to existing stations would be very difficult and costly, just from an environmental/regulatory point of view.
Taken together, the only reasonable way to introduce ethanol blend on a wide scale would be to add it to regular gas.
Interesting that Ottawa gasoline is dispensed from different pumps. Here in the U.S., it's just gasoline with a sign on the pump informing the consumer that the gas may contain up to 10% ethanol by volume.
From what I understand, the ethanol is blended at delivery time, not at the refinery or distributor. Seems I read this here on TOD.
In Toronto, all the pumps at the majors say that the gas COULD contain up to 10% ethanol. Either the majors are aleady selling blended and unblended gasoline from the same pumps or they intend to start doing it soon.
Mixing coal and biomass sounds good in theory but might cause problems in practice. When the Carbon Tax Inspectors come visiting it would be tempting to say 'we burn 70% bio 30% coal' when the reverse is true. Uses for the char (eg tera preta) could be compromised by coal if there are heavy metals and persistant toxins.
Hi,
This one goes out to Mr. Robert Rapier,
Here is my note to the white house tonight:
Mr. George W. Bush
Hello. I would consider myself one of those pesky liberals that voted against you and has disparaged your name for the last six years. I have to say that I'm on the brink of feeling guilty about that. I watched the speech tonight and I gotta say it moved me. Your in a tough spot, no doubt. I had the sense, though, during the presentation that the 'compassionate conservative' was more than a Carl Rove talking point.
I hope you are listening to me because I believe that my advise is sound. I know that there is great pressure to follow the ethanol plan/route. Perhaps those mid-West politicians are telling you, in confidence, that they know that ethanol is not going to work out in the end. They've see the facts and know that its hog-wash…But, then they lean over and whisper in your ear that our country has to move in the direction of an alternative to petrol. They whisper that supporting and announcing ethanol as a viable solution will shine a light on the issue at hand in a very positive and diplomatic way. Well, Mr. President, I'm here to tell you that that is brilliant spin that couldn't have been invented by a better spin doctor than Mr. Rove himself. The truth, as I'm sure your aware, is that the life blood of our economy (the world's economy..the worlds survival for that matter) is slowly, inexorably declining. I don’t think we have time or the luxury to play games and pussy-foot around the issue. Please, for the sake of my son and the rest of the 6+ billion of us poor souls on this Earth, will you consider a different approach??
The truth as Mr. Matt Simmons has so eloquently and clearly expounded upon is that it is time for a Manhattan style approach to the looming energy crisis. We don’t have time or energy (excuse the pun, sir) for non-sense. Please, don’t waste time. Immediately form a potent committee. This committee will be made up of a respected, unbiased group of scientists (you know..the ones you were making fun of back in school? The "nerd patrol"?? … Sorry, couldn’t help myself) selected from a respected group (NSF comes to mind) that can OBJECTIVELY evaluate the alternatives and make recommendations for the direction of federal spending for alternative fuels. In other words, these guys would make a reasonable guess at which way is the best for meeting the energy needs of Americans in the future. I truly and sincerely believe that the future of Americans and everyone else depends on the ' sound-ness ' of the energy related decisions that you make in the next two years.
OK. Im done with my rant. If you could, sir, please let me know if what I ask is ridiculous and unachievable considering the political realities of Washington D.C.. I am very curious to know why a rational energy policy can not be pursued.
Thanks for the time of day…and good luck with Iraq! (Honestly, no sarcasm intended..I mean it…)
Darian Adams, San Jose CA
So, despite his rather hubris-tic (is that a word???) response to WT, I have to say I have a warm spot in my heart for one who sticks so adamantly to rigor. My only comment to RR is: 'come on ma'brutha! Join the movement!!!'
OK, thats obnoxious enough.. Gotta say, though, the kids are behind tha both of ya's !!
>The truth as Mr. Matt Simmons has so eloquently and clearly expounded upon is that it is time for a Manhattan style approach to the looming energy crisis. We don’t have time or energy (excuse the pun, sir) for non-sense. Please, don’t waste time
The problem is that there is end product for a manhattan/apollo project. Before for manhattan project even began the research and engineering required to construct a bomb was already known. Currently we have a smogaboard of ideas but neigher the research or engineering is anywhere near completed to transform America in to a sustainable system. Hell, even our finances are so out of wack that if we didn't face a pending energy crisis, we would eventually face a financial crisis.
>Please, for the sake of my son and the rest of the 6+ billion of us poor souls on this Earth, will you consider a different approach??
The best option as WT and others have repeatedly discussed: Don't wait for washington to fix things. Your much better off making your own prepations. Gambling on Washington fixing the issues, would be like gambling on Worldcom a few weeks before it went under.
The U.S. will succeed in cutting it's oil consumption significantly...even if oil production is flat for the next 30 years. We have already succeeded in cutting our oil consumption over the past 2 years. Good for us!
Actually, we had little to do with it. The Asian economies are cutting into our market share of oil consumption and will continue to do so. So even if oil production is flat, the U.S. will be getting less and less of a cut of it, whether we want it to happen or not. It is beyond our control at this point.
BTW: U.S. has increaded gasoling consumption of the past 2 years, but we have had a major cut in residual oil consumption which has offset the growth in gasoline. We are rapidly closing in on the end of this trade-off. It will be interesting what happens then.
"Major cut" in oil consumption might be a stretch. Per capita consumption of oil in the United States has remained between 24-26 barrels since 1984.
I don't know if this has been posted elsewhere but it's interesting to look at our consumption of fuel over a ten year period to see how tough this 20 percent reduction will be. Following is how US motor fuel consumption changed over a ten year period (for data that was easily accessible):
1960-1970 = +60%
1965-1975 = +53%
1970-1980 = +25%
1975-1985 = +11%
1980-1990 = +14%
1985-1995 = +19%
1990-2000 = +24%
1994-2004 = +23%
So even when we had gas lines, shortages, etc. we did not reduce fuel consumption over a ten year period. So 20 percent decrease will be an incredible feat.
Exactly. And the strongest theoretically sound variable that correlates with total oil consumption in the United States is population. With the US as the only developed country experiencing significant population growth right now (and projected into the future, though one has to be careful with projections), that 20% reduction becomes even more difficult.
We must keep the easy motoring party going as long as possible, and most of the people are still fooled by the ethanol scam.
No Manhattan here.
Maybe the best that will come out of this speech is that the talking heads will learn a little more and so general education about oil production and the problems ahead will improve.
But I doubt it. This is all just so much BS. It is too late and all this fiddling around is just that: fiddling.
I find it interesting that his 20% reduction by 2017 matches up with some predictions on peak oil esp one that would predict a peak around 2010.
I keep seeing things come from Bush hydrogen economy , ethanol now this that indicate actions you would take if you expect peak oil in the near future.
Yeah, and that's not the only clue. Bush the oil man, calling for 20% reduction in 10 years. (similar to the Bakhtiari and GBM lines on Khebab's chart of production forecasts:)
Bush the oil man, calling for a doubling of the SPR. And the closing half of the speech that failing in Iraq and the Middle East is not an option: "Ladies and gentlemen, nothing is more important at this moment in our history than for America to succeed in the Middle East, to succeed in Iraq and to spare the American people from this danger." Replace "this danger" with "peak oil" instead of "terrorism" and it all makes a great deal of sense. Too bad in the US "conservation...is not a sufficient basis for a sound, comprehensive energy policy."
I don't see anything on increasing energy efficiency, yet another lost opportunity. It's interesting to put it beside the new Canadian energy action plan outlined here yesterday.
And both these look a little thin compared to the EU's proposals .
The devil will be in the details.
From the white house site:
The President's proposal will also increase the scope of the current Renewable Fuel Standard (RFS), expanding it to an Alternative Fuel Standard (AFS).
The Alternative Fuel Standard will include sources such as corn ethanol, cellulosic ethanol, biodiesel, methanol, butanol, hydrogen, and alternative fuels.
The increased standard will contain multiple "safety valves."
The EPA Administrator and the Secretaries of Agriculture and Energy will have authority to waive or modify the standard if they deem it necessary, and the new fuel standard will include an automatic "safety valve" to protect against unforeseen increases in the prices of alternative fuels or their feedstocks.
My take: other "alternative fuels" means coal-to-liquids. And "Automatic Safety Valve" means elimination of the blenders credit when corn gets too high.
T quote desiderata,
"The President's proposal will also increase the scope of the current Renewable Fuel Standard (RFS), expanding it to an Alternative Fuel Standard (AFS).
The Alternative Fuel Standard will include sources such as corn ethanol, cellulosic ethanol, biodiesel, methanol, butanol, hydrogen, and alternative fuels."
EXACTLY, what a perceptive couple of sentences. The administration seems to feel that it has done what it needs to do, and paid it's debt to the corn lobby, and now it is time to (desiderata's words) increase the scope. What is going to be interesting is to watch the confluence begin, as methods of mixing and matching all the types of alternative fuel, and add in such things as methane recapture, bio-methane to liquid, butanol/methanol mix....the possibilities are endless (if you have a kid or niece or nephew, send them to chemical classes at Winipuck U., because the future looks bright!
Interestingly, we are starting to see the much talked about birth of the "manufactured" fuel industry. With increasing concern about carbon release and GHG, old time straight from the ground fossil fuel will be seen as a primitive phase. Is it possbile, can THAT MUCH FUEL be produced?
Only a couple of days ago, in a post right here on TOD
http://www.theoildrum.com/node/2186 by Khebab
it was released in a very visual way that the entire oil consumption of the world in a year will fit into only ONE CUBIC MILE. (recall that the surface area of the United States alone is 3,536.278 or approximately 3.5 million miles. Canada is another 3.5 million square miles.
This revealation was an astounding perceptual leap to any thinking person, almost disorienting in implications, pointing out as it does that we would only have to extract the energy equal to one cubic mile of oil to match WORLD oil consumption. The variaty of methods, of biofuels that far exceed the reach of ethanol, which is already being pushed aside, as the big players like DuPont and BP go after Biobutanol, the recapture of waste and methane recapture, the confluence of solar and wind with the above mentioned raw materials easily captured from 3.5 million square miles of biological activity (not even counting the ocean activity close to shore), and methods to stretch the impact of every BTU produced, through energy recapture by way of hydraulics, hybrid electric and regenerative braking, and conservation design in lighting, heating, and passive building orientation.
We must recall that the one cubic mile was WORLD production. The United States consumes only a quarter of that, thus, we would only have to replicate one quarter cubic mile to essentially duplicate all the oil we consume in a year. What at one time seemed daunting now begins to seem like nothing more than a great investment opportunity, and a chance at high tech careers for our children.
We live in dizzying times, and the long promised change may finally have a chance to get under way. IF and this is a big IF, we can train the talant to apply the know how. President Bush, in his hour of desperation, may have actually laid out what will be our first perception of the future. Sadly, for him, it will have come too late.
Roger Conner known to you as ThatsItImout
Well said, Roger. I watched the whole speech and the Democratic response. I like Jim Webb. I didn't follow the Virginia campaign, but I stayed in a Holiday Inn Express last night.
I also read the New Yorker article on the Virginia campaign. Quite eye-opening. I was caught by the discussion of Jim Webb's Vietnam novel. Tom Wolfe said it was great, so right there I decided to go and read it. Well, I've actually found it in one bookstore. And after three chapters, I have to agree. It is great. Webb is definitely the Democratic answer to McCain.
If anybody saw his response tonight and disagrees, I'd like to hear what you have to say. You wouldn't vote for this guy now?
But anyway, Roger, what I was really trying to get to was the interview I heard on NPR tonight(It might have been on BBC World News which my local NPR station thankfully carries for about a third of the day).
Citigroup CEO, Kirstner(?), on Citigroup's new stance on Global Warming. He says he personally believes in it, but as a corporation(and one of the biggest)- they really can't take sides. That's not their ("his") job.
But the most shocking and important part.
Out of who has been on the forefront of making changes regarding GW.
Government first.
Industry(Corporations) second.
Individuals(Consumers) a distant third.
There is no data presented. There probably is no data available. But on first look, he is probably right. No?
Yes, Lipstick Jihad, I would think that he is probably right. The problem with Global warming is that it is rather diffuse isn't it?
I run a company. I can either take real money out of my accounts and have it show against the income statement to reduce greenhouse gas emissions, or I can bear the 1 or 2 degree average temp change year on year, and over time plan my facilities away from the coast. The truth is, if I do nothing, me and my competitors are all in the same stew together!
For individuals, I have seen this in person: Natural gas prices go up, and go up fast. The average Joe trots over to Walmart, gets a couple of electric space heaters, and plugs them in so he can leave the central heat on low. Instant switch: A natural gas heated home becomes a coal heated home, as in much of the country, the south in particular, it is coal that provides the cheap heat (in Kentucky, it's 92% of the electricity in the state). If you ask him if he buys into global warming, he will say yeah, probably, and something should be done about it. What about his electric heater? Hey, he says, it can't be much, and besides, a person has to have heat, you know everybody else is doing about the same thing...and true enough, that's exactly it, they are....here's the motto: Heating the wife and kids is my problem. Global warming is everybodies problem. Which are you going to take care of first, your family or everybody?
Roger Conner known to you as ThatsItImout
"Heating the wife and kids is my problem. Global warming is everybodies problem. Which are you going to take care of first, your family or everybody?"
That fairly succinctly is the problem for any leader, local or national, elected or in power through some other means. It is why one of mankinds earliest inventions was "government."
Government arguably was invented when the idea of 'family' grew so diffuse, that those who could, made sure their family was the one with all the privileges.
Or were you trying to suggest government is something other than the exercise of power over the individual, for what government generally claims is in the individual's best interest, regardless of what the individual thinks?
I think this syndrome was coined "the tragedy of the commons" by Garrett Hardin.
http://dieoff.org/index.htm#commons
Jared Diamond gets down to the nitty gritty of this in the Easter Island chapter in Collapse. It all ends with tooth marks on femurs and yummy details like that.
Happy hunting!
-Matt
Please don't lose track of the fact that there are an infinite number of square miles in a cubic mile.
There is a lot of energy packed into that cube.
It is literally true that a 3-dimensional figure contains an infinite number of 2-dimensional figures. But what you are trying to get at, I think, is that if you spread it out across the USA, the oil would be 1/3.5 million miles thick. That works out to just about 1/8" per square mile if my calculation is correct.
No, I think it's about 0.5mm or 1/50th of an inch:
1 mile = 1600 m = 1,600,000mm
1,600,000/3,500,000 = approx. 0.5mm. 1 inch = 25mm
therefore
0.5mm = 1/50 of one inch.
Always easier to calculate in metric units.
(5280*12)/3.5e6=.018 inches
Always easier to calculate with a calculator.
No, I hadn't taken it that far, but it is a good mental image. If oil really was distributed that way, we never would have used it.
At some point, internal impedance and distribution cost overwhelms the energy source. Some of the new energy sources such as tar sands, oil shale, CBM, and (in Canada) biomass suffer greatly from one or both of these problems.
Perhaps I should explain what I mean by internal impedance. From a systems theory point of view, internal impedance is the resistance to flow within the energy source (node). As the production rate from a conventional oil well drops, its internal impedance rises in inverse proportion, which is an exponential function as it turns out. When the impedance reaches a critical point, the well is abandoned. This concept can be expanded to a field, a country, and the world.
External impedance is resistance to flow in the distribution system (network), the size and quantity of pipelines for instance. LNG distribution to NA is a prime example of a system with a high network impedance and a relatively low source impedance.
When we see energy systems with high impedance being brought on line, we know that systems with initially low impedance are approaching terminal impedance. Again from a systems theory point of view, nobody would ever bring a high impedance system into play unless the cross over point in the old system was nearby.
The trick, as we all know too well here at TOD, is to calculate the cross over point as precisely as possible. Too soon or too late incurs opportunity cost. This is exascerbated by the need to bring several high impedance systems online to replace a single low impedance system well before it is abandoned. Thus a raft of alternative fuels to replace oil.
Now before everyone starts jumping up and down, fossil fuel systems (as opposed to HL modeling) in the real world are extremely difficult to model mathematically because of factors external to the system. We don't know the internal impedance of several major nodes (a limiting factor in HL modeling) and we never know when one of the nodes may simply "blink out" for a period. War will do that. Also, I haven't even mentioned sink nodes.
Please explain how you are taking a 2-D reperesntation of energy (at 0 watts) and equating that as energy.
Ah, symbolic representation, which seperates us from our fellow animals and allowed us to create the abstract concept of private property that can be bought, sold, and passed on to heirs.
At some point the abstraction of private property becomes real, with consequences. Marx had a couple things to say about that...
The whole point, it seems to me, of the IEEE article is not how small 1 cubic mile of oil is, but how LARGE the replacements are:
32850 wind turbines for 50 YEARS
52 Nuclear plants for 50 YEARS
etc, etc.
The idea that the U.S. would "only" have to replicate one quarter cubic mile of oil... well, it's back to "technology will save us."
Randy Park
www.EnergyPredicament.com
It is encouraging to see plug-ins and biodiesel make it into a SOTU address, as well as a mention of clean nuclear. Over here (Japan) the use of nuclear and biodiesel are central to the future energy policies.
People must remember that a SOTU is an address to Congress, and as such is tailored to meet that audience. Thus a president makes public things that elements of Congress find appealing, to build coalitions and push fence-sitting representitives and senators over to one side. Many people here and in advocacy groups may always be crying out for more, but I for one do not believe the DC establishment can makes changes too quickly - it takes time and persistance.
My only dissappointment is the lack of explicit talk of bringing back rail as an alternative to autos for commuting.
Webb mentioned that America has outsourced its factories. Leanan posted a graph a couple of days ago showing the growth in US oil consumption since 1900, but there has been very little growth in relative terms since 1975.
If you were to look at China's growth in energy consumption since 1975 and superimpose it on America's chart, you would begin to see the real growth in America's consumption of oil. Oil used to make products for American consumption is American oil consumption.
Be cautious in how you interpret reports of reductions in oil imports in the US over the past two years, or in the immediate years to come (discounting the SPR), and don't be too jealous or suspicious of increased oil use in China or India. Every time you hear the gaspump ding, somewhere in Ohio an oil intensive factory worker turned into a WalMart greeter.
From an outsider's perspective, I will remain unimpressed with American commitment to energy security while the price of gas remains so low compared with the rest of the OECD. If the President had announced a 25% gas surtax (which would bring US prices in line with Canadian prices) and pledged some of that money for alternative energy research and development, I would have applauded. The US economy is a twisted maze of interconnected complexity. Perhaps it can't handle it.
The President has used the terms "energy security" and "energy independence" but I have never heard him use the words "energy conservation," as we hear all the time in Canada. Conservation is not growth and growth appears to trump all else.
It is very late. The party at ADM should be starting to wind down by now. There is work to be done.
That was meant to be a new thread, not a reply.
The President did mention a 20% reduction in fuel usage, but there was no plan proposed. Perhaps peak oil is the plan.
Last year Bush in the State of the Union proposed we "cure our addiction" to oil and then a few weeks later proposed a budget that cut funding to research for alternative energy.
He also proposed a few years ago that we land a man on Mars. "Mankind is drawn to the heavens. We choose to explore space because doing so improves our lives and lifts our national spirit." http://www.chron.com/disp/story.mpl/space/2356898.html
I think the reduction in fuel consumption--as proposed by Pres. Bush--is manifested through a drop in Chinese demand. The rumor is that he is banning cars in China by 2017.
Actually, the President mentioned a 20% reduction in gasoline usage. Once again President Bush trumpeted technology as the solution for America’s addiction to oil. Those who are looking for real solutions "to solve problems, not leave them to future generations" as Bush put it will be disappointed.
Though there were expectations of improved fuel economy standards, and in fact Bush calls on Americans to "reduce gasoline usage in the United States by 20 percent in the next ten years," the method proposed once again misses the most effective and obvious strategy - better fuel economy.
Bush’s plan - "we must increase the supply of alternative fuels, by setting a mandatory Fuels Standard to require 35 billion gallons of renewable and alternative fuels in 2017" simply substitutes one fuel (ethanol) for another (gasoline.) In fact, if you take the 35 billion gallons of ethanol and divide it by the 140 billion gallons of gasoline the U.S. consumed last year, you get 25%.
So Bush does not expect Americans to use less auto fuel, just a different one.
Is this even possible? In Garnett, Kansas there is an operating ethanol plant which currently turns 13 million bushels of corn per year into 36 million gallons per year of ethanol - almost exactly 1/1000 what Bush is proposing. So to create 35 billion gallons of ethanol, 12.6 billion bushels of corn will be needed - not to mention a lot more plants.
In 2006, Darrel Good, Extension Economist at University of Illinois reports the U.S. corn crop as 10.5 billion bushels. His prediction (prior to the State of the Union speech) was that the 2007 crop would need to total 12.5 billion bushels, nearly 2 billion bushels larger than the 2006 crop.
So President Bush’s ethanol initiative, if it uses currently proven technology, will require all the U.S. corn crop for fuel.
Current U.S. ethanol plants collectively can produce about 5.6 billion gallons of ethanol per year. Further, a recent MIT analysis shows that the energy balance of corn ethanol is actually so close to one that several factors can easily change whether ethanol derived from that process ends up a net energy winner or loser. That is, it still takes about as much energy to create the ethanol as the ethanol provides, hardly a recipe for energy independence.
Simple legislation to shift the vehicle mix from moderate size SUVs which get 18 miles to the gallon to moderate size autos which get 24 mpg would over the same ten year period achieve a similar 20% improvement in overall fleet fuel efficiency while also reducing greenhouse gasses and avoiding skyrocketing corn prices which will result from the proposed ethanol initiative.
Randy Park is a trends analyst and Chair of Post Carbon Toronto.
Webb mentioned that America has outsourced its factories. Leanan posted a graph a couple of days ago showing the growth in US oil consumption since 1900, but there has been very little growth in relative terms since 1975.
If you were to look at China's growth in energy consumption since 1975 and superimpose it on America's chart, you would begin to see the real growth in America's consumption of oil. Oil used to make products for American consumption is American oil consumption.
That is an incrediblely good perception. I would like to see that graph of our growth and our "Outsourced" growth of our factories over there on one graph.
John
10% decline in oil consumption by 2017? That sounds like a reasonable description of peak oil!
I take a very sceptical position on the biofuel "debate":
Many various causes from climate change, fossil aquifer depletion, desertification, irrigation energy costs, fertiliser/pesticide costs, diesel costs etc but the trend is clear. A bit of a wild card and not totally unrelated is crashing ocean fish stocks, I forget the number but fish provide a really significant proportion of human protean.
Anyway, we face increased food demand and decreasing production capacity. This problem can be addressed to a certain degree though diet change (but certainly not fully mitigated and I'm sure plenty of poor people have to die before rich give up meat!) but this leaves the simple concept of increasing non-food use of agricultural capacity as a bad idea in my opinion. Making more efficient use of existing agriculture capacity is a great idea, liberating useful energy from waste products (if they truly are waste) is great but anything that replaces food capacity with energy capacity doesn't sound smart - no matter what the EROEI.
The real joke is that none of the proposed alternative fuels will actually improve our situation. One way or another every source of energy we use harms our environment. You'd be better off using the massive capital investments and squandered taxpayer dollars required getting us off this single rock so we can pollute elsewhere and gain access to the resources of other rocks nearby. Why?
1. Human beings are not going to be satisfied with what they have and certainly not satisfied with less than was they have. If we were we'd still be braining each other with cords of wood rather than tomahawks at 30 miles.
2. "alternative" energy sources more often than not hide the same old problems that fossil fuels give us in new and interesting ways. Remember, you can't win at best you can only break even.
Sorry to all those biodesil and ethanol pundits but then end result is still CO2. Sure you get less CO2 than if you burned the same volume of gasoline but you also get less energy too. So far as Hydrogen goes, forget it. It has just as many problems. All of which I am sure have been thoroughly explored on this forum.
What we need is a complete, globally managed nuclear fuel cycle and a better battery. For all those Sierra club members I see turning red in the face... before you interject.... don't worry, it will never happen. War is far more likely.
This is a trick we play on ourselves. Isolate a few families in a mall parking lot and through X bags of groceries over the fence and that yields Y people in the lot. Throw 2X bags and you get 2Y people. This works for all life, not just the rats that we experimented on demonstrating this law of nature. People can deny this Malthusian observation, but it doesn't change anything.
As the most profitable resources have been claimed, the rest of us must make do and compete on unfair terms. Those who didn't get in on the action at the start, must find a landlord and job to participate in this experiment called civilization. Regions not claimed by civilization no longer meaningfully exist. Since we must participate, wages slowly deteriorate as rents rise. Seeing all these poor starving people leaves us with the myth that more food is needed when, in fact, the distribution system has been rigged by the myth of ownership.
This is a Ponzi scheme. In the case of food for humans, the stored capital is called Oil and Natural Gas (one of nature's ways of storing capital), which allows us to mine Phosphorus and Potassium, as well as produce Nitrogen. Since our "super" seeds are so weak, we also need pesticides (and now GMO to use with pesticides). Just maintaining the same production requires continually increasing energy. Add to that the myth of poverty driving a growth in food production and you get an ever growing population based upon the stored capital of nature.
When we can't keep growing our energy supplies, the Ponzi scheme will be exposed. Sure we got 6.5+ billion people to live at the same time, but that doesn't mean our now massively damaged biosystem will support anywhere near the population before we began this 10,000 year experiment in agriculture.
Oh yea. There is no god. Your survival depends upon the biodiversity around you. Start looking up Animism and making peace with what nature offers you and what you can offer to nature.
Don't think of the end as a burden, but as a release from burden. After all, life will be much easier and you won't leave behind a crying toddler that can't understand why you have to be gone so much. You won't get sick as much, due to eating nutritious food and resulting improvement in disease resistance. You'll live longer and more comfortably, as can be clearly demonstrated in the archeological record from having a more balanced and complete diet. The work week will be below 10 hours and you will do it as a family. You won't have to fool anyone about your importance. Humanity has suffered long enough from civilization. All the toys in the world can't replace a crying and starving child when the pyramid scheme collapses ungracefully through lack of growth.
Hello TODers,
I am disappointed that Bush did not talk more about the North American natgas situation, and what he proposed to do about it. Conserving liquid fuels is much easier than finding an alternative infrastructure to our massive continental natgas spiderwebs.
Bob Shaw in Phx,Az Are Humans Smarter than Yeast?
Good Morning:
While the comment about cutting gasoline consumption being the equivalent of three-quarters of all the oil imported from the Middle East is mathemayically correct, it plays upon our racism of "oil imported from the Middle East." It plays well to certain groups AND the more informed amongst us realize that this proposal is but a drop in the bucket.
So many questions. Is this a reduction from current use or is it some "planned" reference case value for 2017 from the EIA in it's energy annual? "Why" do we need it is a question not answered.
I could go on.
Several years ago, in a different venue, I hypothesized that Bush/Cheney, et al., knew the peak was coming and were hoping that, with the various liquids that might work to conceal the peak, the liquids peak would occur in the 2009-2011 time frame. Not on their watch. My guess was that they'd be wrong in this gamble. This year, and next, could prove to be very intereesting.
No Manhattan here. Timid steps by a mental midget.
Question: Will the 20 be achieved by diligence or enforced by geology? All those morons in Congress wouldn't know. Any euphoria that they feel if the target is met or exceeded may be trumped by the desperation brought on by the onset of declining production.
Speaking of Cantarell... I thought PEMEX monthly production data was due out earlier this week. I can't find it on PEMEX website. Anyone else?
See this sub-thread from Monday:
http://www.theoildrum.com/node/2203#comment-150884
Interestingly, if you go to http://news.google.com and type in pemex, you only get three articles about the production decline. The Oil & Gas Journal has not yet mentioned it on their web site.
USDA's preliminary estimate (the official estimate will not be released until May 12) puts the 2006 corn planted acreage at 80.5 million, down 1.3 million acres from 2005. Harvested acreage is forecast at 73.2 million or nearly 2 million acres below last year's. (src)
Assuming 328 gallons per acre of corn: 15 billion gallons= 45.7 million acres or 57% of the 2006 corn planted acreage!
By comparison, today we are producing ~10 kbpd of corn ethanol (i.e. 0.153 billion gallons per year= 0.47 million acres ~ 0.6% of the 2006 corn planted acreage).
Already corn for ethanol is forecasted to surpass exports by 2008:
I do not understand the 10K bpd. The US is currently (Sept & Oct) producing 333,000 bpd (EIA data) that is equal to 5 Billion gal pa and requires 2 Billion bushels of corn or 20% of the average crop. Each 5 billion Gallons requires 20% of the crop.
You are correct, I have posted too fast:
10,308 thousand Barrels for October 2006= 338 kbpd
I used the following source:
U.S. Fuel Ethanol Oxygenate Production (Thousand Barrels)
Did Bush fail to mention Shale Oil because he didn't want the heat from environmentalists, its too long term, or because it is a boondoggle?
The Prez actually mentioned biodiesel before the dreaded Eword....a first I believe.
Bush called for consuming 20% less gasoline 10 years from now. He didn't mention the possibility of driving less.
When you make long term plans, you must consider population growth. The US grows at 0.91%/yr. Therefore, for the nation to consume 20% less, Americans of 2017 must consume 27% less PER CAPITA [1].
When you plan changes in fuel efficiency (CAFE standards), you must consider the 8% annual turnover in the vehicle fleet. If we sell improved cars from 2009-2017 (I'm allowing 2 years to develop the improvements), then by 2017 at most 64% of the fleet would be improved. To consume 27% less gasoline, the improvement in the new cars' mileage would have to be 42% [2].
Conclusion: to achieve Bush's 20% goal, vehicles produced from 2009 forward must consume 42% less gasoline, via a combination of efficiency and substituted fuels.
Math footnotes:
[1] 1-.8/(1.0091^10) = .269
[2] .36+.64x=1.27; x=1.42
The devil is always in the details. Looking at the details on the official White House web site here you can see that the 20% reduction in gasoline consumption is measured against projected 2017 annual consumption. If 2017 projected gasoline consumption is more than about 25% above projected 2007 consumption, achieving a 20% cutback would still leave us consuming as much or or gasoline than in 2007.
Digging further into the details we find that the 20 percent reduction in gasoline usage would be achieved by a combination of increasing consumption of "renewable and alternative fuels" to 15 percent of projected 2007 gasoline usage and increasing CAFE standards to create an average USA-wide improvement in gasoline vehicle fuel economy of 5%. This reduction to the CAFE increase is the only real reduction in fuel usage. The other 15% is simply substituting one fuel for another.
It is not a cut from 2007 consumption levels, but a cut in projected growth. We will still use more fuel in 2017 than today. They just hope some of it won't be gasoline.
Currently, we use 144 billion gallons of gas each year in the US.
At projected growth of 1.7%, we will consume around 170 billion in 2017.
They hope to cut 5% of that by CAFE standards and 15% from alt fuels.
However, their math doesn't square.
8.5 billion gallons is certainly 5% of the projected gas use in 2017.
But 35 billion gallons of Alt fuels is most certainly not 15% of 170.
It is 15% of 235 billion.
Anyone have an answer to this?
monte, i dont have an answer for you, but if you were to take a look at white house budget numbers you will likely conclude that they are all fantacy. sorry, i didnt listen to the sotu. from your analysis it would appear that the conservation part of the "energy policy" is just a lot more hot air (and co2).
all I can say is - lock in your nat gas supply. do it now. with bush's objectives for ethanol, nat gas is going thru the roof.
my prediction: we will have a more immediate and more painful hit from nat gas shortages than we will from oil
Polytropos,
Can you expound on that a little please? It's a tangled web amongst our various fuels and the connection is not leaping out at me. Is it fertilizer?
I ask because I will soon be investing a little $$, and energy is the place to be. Nat. gas has seemed like a winner, but I've also heard otherwise.
Thanks
Let's do the math.
We import 17% of imported oil (13.2 mbpd) from the middle east.
17% of 13.2 mbpd = 2.24 mbpd
75% of 2.24 = 1.68 mbpd or 8% of our total current oil use.
It will be much less than that in 2017 as imports are projected to grow 1.7 %/year.
Sounds good, but the numbers are peanuts.
Most Americans don't know we import most of our oil from Canada and Mexico.
Pure spin.
I am continuously bewildered that world population is not recognized as our primary problem. Peak Oil, climate change, receding water tables, etc. are merely derivative problems.
I have been doing energy arithmetic for over fifty years and the results were always grim. The shinning ray of hope was fusion energy, then projected as fifty years in the future. The latest estimate for fusion is “least fifty years, or more, if ever.”
Instead of the situation getting better, world population increases as if we were a bacterial culture. Until a thousand years ago we were a rare creature and there were never more than 300 million of us. All of a sudden there are 22 people where there had been one! Almost all of this growth was after we started using fossil fuels.
My arithmetic says that if we implement all the schemes proposed we will still fall short of solving the energy/CO2 problem. I have never seen any arithmetic to refute this conclusion by those who propose solutions. That is, unless, alas, world population is drastically reduced before collapse.
You may consider a move to Russia, population is falling, territory is huge and quite a lot of fossil fuels still left:)
Your arithmetic is flawed. The global rate of population growth has been slowing for some time. It's actually negative in several countries and is below the replacement rate in many other populous countries.
Side note: how the heck does one embed inline images? The help is no help and my searches are showing lots of examples which don't seem to work.
There was quite a long sub-thread about population a few weeks ago (and it's a recurring topic at TOD). The middle of the discussion is about here:
http://www.theoildrum.com/node/2165#comment-146662
Regarding images, you first have to host your image somewhere. Once you've done that, you can link to it with an "img" tag:
<img src="http://farm1.static.flickr.com/158/369077588_9e2ebddad4.jpg">
This renders to:
Thanks Calorie. For some reason when I use the below string (inside <>, it just doesn't work. Does it have anything to do with the fact that I'm linking to a .png file? Or the fact that it's an image on wikipedia?
img src="http://en.wikipedia.org/wiki/Image:World_population_evolution.png"
I think you are using the wrong source for the image. If you plug your source into a web browser, you get the entire Wiki page, i.e. the image and all the text. The image itself is here:
http://upload.wikimedia.org/wikipedia/en/thumb/e/e9/World_population_evo...
Which renders to
D'oh! That's a silly mistake to make. Thanks for figuring it out--linking to images occasionally will be quite useful.
Flawed arithmetic? From my birth in 1927 until today world population has soared exponentially from about 1.9 to 6.5 billion. When did this growth stop,perhaps last Tuesday? Sure,I know the population of,say,Italy has edged down, but Italy has never been a population problem. When Rome was the world superpower their entire vast empire would have been less than 100 million people.
Now we have 6.5 billion which I say is more than the earth can sustain given our present civilization.
There seems to be an unstated but pervasive taboo about facing the facts about population. I can speculate that it comes from our history as humanoids of just barely being able to hang on from generation to generation over maybe a million years. Then, all of a sudden population exploded. We are ill equiped to think in terms of too many people rather than how to have enough survive another generation. This idea clearly promoted by religions - the admonition to go and populate the earth in the Bible, and that God would provide. Lousy adice, but what could you expect from a man-created God.
The "facts" are that population growth is quite slow now (about 1%) and slowing, so it is likely that population will peak within four decades and begin to decline slightly.
Even 1% is far from acceptable. For exapmple using 1% for your four decades represents a 49% increase.
(1.01)^40 X 6.5x10^9 = 9.68 billion population in forty years. (Not that I accept the 1% figure.)
Another hypothetical: World population a 1000 years ago was about 300 million. Supose population then grew at 1% per year. Today there would be 6288 billion people on earth - or almost a thousand times more than we actually have!
Today about 20,000 children died, as they do every day, from diarrhea - deaths that in most cases could be prevented by adding a few drop of laundry bleach to drinking water. Would using cheap but effective bleach make things better or worse? The 9/11 horror, a one-time loss of 3000 lives, hardly registers in perspective.
Today there are more abjectly poor people on earth than ever. There are more abjectly poor people on earth today than total world population before we started using fossil fuels.
Rant that my arithmetic is flawed but then kindly point out my errors and let me see your numbers.
Alas, our civilization is doomed unless we drastically reduce world population. The time frame is decades, not a century.
Current world population growth rate is 1.14% which means the population will double to 13 billion in 87 years.
Yes,it has been slowing, and is projected to continue to slow...but only if the standard of living in developing countires continues to rise. That is what these projections of 9.3 billion in 2050 are based upon.
With peak oil on the horizon, what are the chances that the standard of living increase we have been experiening over the last 50 years will continue? There is great historical evidence that we may see an increase in the growth rate as the SOL declines, as more hands are needed to grow and work for food.
As both Malthus and Darwin have said, "the cumultive biotic potential of any given species always exceeds it's enviroment's carrying capacity."
As a result, we find competition among members of a species for the use of resources that are in short supply. If each species did not overproduce, then predation would always lead to the extinction of the preyed upon, resulting in starvation of the predator and the end of the web of life.
We are in overshoot. The sequel to overshoot is always a dieback or die-off, depending upon how severe the environment has been impacted.
Don, I know what you mean. Here is a piece I wrote a while back:
The Freedom to Breed
http://www.peakoil.com/fortopic10541.html
Folks,
I really wish to solve this:
Currently, we use 144 billion gallons of gas each year in the US.
At projected growth of 1.7%, we will consume around 170 billion in 2017.
They hope to cut 5% (8.5 billion)of that by CAFE standards and 15%(35 billion) from alt fuels.
However, their math doesn't square.
8.5 billion gallons is certainly 5% of the projected gas use in 2017.
But 35 billion gallons of Alt fuels is most certainly not 15% of 170.
It is 15% of 235 billion.
I know of no one who predicts we will consume 235 billion gallons of gasoline in 2017.
That's a 63% increase.
What gives?
Once again biodiesel from algae was left out. I guess algae lacks a political constituency. Algae is the only biomass source that not only could provide a 100% replacement for all fossil fuels but could also be carbon negative. Algae could use the vast acreage of the western US that the federal and state governments already own. Algae is tolerant of the brackish aquifers that make western land unuseable for agriculture.
No, it lacks biological viability and requires cost prohibitive closed ponds.
"The cost analyses for large-scale microalgae production evolved from rather
superficial analyses in the 1970s to the much more detailed and sophisticated studies conducted during the 1980s. A major conclusion from these analyses is that there is little prospect for any alternatives to the open pond designs, given the low cost requirements associated with fuel production. The factors that most influence cost are biological, and not engineering-related. These analyses point to the need for highly productive organisms capable of near-theoretical levels of conversion of sunlight to biomass. Even with aggressive assumptions about biological productivity, we project costs for biodiesel which are two times higher than current petroleum diesel fuel costs.
The desert conditions of New Mexico provided ample sunlight, but temperatures regularly reached low levels (especially at night). If such locations are to be used in the future, some form of temperature control with enclosure of the ponds may well be required."
http://www1.eere.energy.gov/biomass/pdfs/biodiesel_from_algae.pdf
Not too mention a lack of water in the West, brackish or otherwise. We are in a huge drought with the main reserviors seen as never filling again.
And no large-scale viable algae production yet exists.
I suggest doing a little reading on NPP. The entire NPP of the earth converted to fuel would not replace what we consume from fossil fuels.