This is a slick trick. It took me a few seconds and eye blinks to say... wait a minute...
The price of oil continues to be set by fear, not by supply and demand. World-wide oil production is growing quickly. By the end of the year, it will probably surpass 92 million barrels per day, with additional spare capacity of more than 3.5 million barrels. Thanks to the shale oil revolution, U.S. crude production could exceed 6.5 million barrels per day by the end of the year: around one million more barrels than the U.S. Energy Information Administration predicted in January.
http://online.wsj.com/article/SB1000...730090350.html
But the gross oil production level is meaningless if the Energy Return on Energy Investment (EROEI) worsens significantly so that net oil production declines rapidly.
See the truly terrifying third graph.
http://www.theoildrum.com/files/Net Hubbert_6.png
http://netenergy.theoildrum.com/node/5500
In other words, you can pump 10 million barrels of oil, but if the EROEI is 1:1 and you use 10 million barrels to get 10 million barrels, you get zilch, nada, nashi.
If the EROEI on any particular deposit of oil shale is 2:1, that makes it more or less meaningless no matter the price:
A measure of the viability of oil shale as a fuel source is the ratio of the energy produced to the energy used converting it (Energy Returned on Energy Invested - EROEI). The value of the EROEI for oil shale is difficult to calculate for a number of reasons. Lack of reliable studies of modern oil shale processes, poor or undocumented methodology and a limited number of operational facilities are the main reasons.[20] Due to technically more complex processes, the EROEI for oil shale is below the EROEI of about 20:1 for conventional oil extraction at the wellhead.[20]
A 1984 study estimated the EROEI of the different oil shale deposits to vary between 0.7–13.3:1.[21] More recent studies estimates the EROEI of oil shales to be 1–2:1 or 2–16:1 – depending on if self-energy is counted as a cost or internal energy is excluded and only purchased energy is counted as input.[20][22] According to the World Energy Outlook 2010, the EROEI of ex-situ processing is typically 4–5:1 while of in-situ processing it may be even as low as 2:1.[4] Royal Dutch Shell has reported an expected EROEI about 3–4:1 on its in-situ test project.[8][23][24]
http://en.wikipedia.org/wiki/Oil_shale_economics
So, our little plan to control the Middle East oil is clearly being abandoned by those who put the plan in place, and we know how long denial can persist because it is less painful than admitting you are wrong (see Karl Rove saying that Romney did NOT lose Ohio and there was still hope while the rest of Fox News rolled their eyes), so the fact that the Pentagon has abandoned Plan A and we are now on Plan B (fortress North America with Canadian and Mexican oil mine! mine! mine!) does not fill me with confidence. They didn't know what they were doing with Plan A, so why do we think they know what they are doing with Plan B? By the time they realize Plan B is not going to work (I give it until 2020), it really will be too late to do anything about managing the decline. The previous empire declined while fossil fuel availability was continuing to increase. This time we are in hard to imagine territory.
If fossil fuels can be produced by using solar thermal, photovoltaics, wind, etc., then EROEI would not apply. But as far as I know, renewables are not being used extensively to produce fossil fuels yet. So while in theory EROEI could be meaningless, I dont think this is true yet. Far from being a doomer, I am a technooptimist, but even I do not think I can live forever...
Scotland seems to be aiming for total renewables by 2020. That is amazing.
I laughed out loud when someone called Leonardo Maugeri a low-rent Daniel Yergin.
The price of oil continues to be set by fear, not by supply and demand. World-wide oil production is growing quickly. By the end of the year, it will probably surpass 92 million barrels per day, with additional spare capacity of more than 3.5 million barrels. Thanks to the shale oil revolution, U.S. crude production could exceed 6.5 million barrels per day by the end of the year: around one million more barrels than the U.S. Energy Information Administration predicted in January.
http://online.wsj.com/article/SB1000...730090350.html
But the gross oil production level is meaningless if the Energy Return on Energy Investment (EROEI) worsens significantly so that net oil production declines rapidly.
See the truly terrifying third graph.
http://www.theoildrum.com/files/Net Hubbert_6.png
http://netenergy.theoildrum.com/node/5500
In other words, you can pump 10 million barrels of oil, but if the EROEI is 1:1 and you use 10 million barrels to get 10 million barrels, you get zilch, nada, nashi.
If the EROEI on any particular deposit of oil shale is 2:1, that makes it more or less meaningless no matter the price:
A measure of the viability of oil shale as a fuel source is the ratio of the energy produced to the energy used converting it (Energy Returned on Energy Invested - EROEI). The value of the EROEI for oil shale is difficult to calculate for a number of reasons. Lack of reliable studies of modern oil shale processes, poor or undocumented methodology and a limited number of operational facilities are the main reasons.[20] Due to technically more complex processes, the EROEI for oil shale is below the EROEI of about 20:1 for conventional oil extraction at the wellhead.[20]
A 1984 study estimated the EROEI of the different oil shale deposits to vary between 0.7–13.3:1.[21] More recent studies estimates the EROEI of oil shales to be 1–2:1 or 2–16:1 – depending on if self-energy is counted as a cost or internal energy is excluded and only purchased energy is counted as input.[20][22] According to the World Energy Outlook 2010, the EROEI of ex-situ processing is typically 4–5:1 while of in-situ processing it may be even as low as 2:1.[4] Royal Dutch Shell has reported an expected EROEI about 3–4:1 on its in-situ test project.[8][23][24]
http://en.wikipedia.org/wiki/Oil_shale_economics
So, our little plan to control the Middle East oil is clearly being abandoned by those who put the plan in place, and we know how long denial can persist because it is less painful than admitting you are wrong (see Karl Rove saying that Romney did NOT lose Ohio and there was still hope while the rest of Fox News rolled their eyes), so the fact that the Pentagon has abandoned Plan A and we are now on Plan B (fortress North America with Canadian and Mexican oil mine! mine! mine!) does not fill me with confidence. They didn't know what they were doing with Plan A, so why do we think they know what they are doing with Plan B? By the time they realize Plan B is not going to work (I give it until 2020), it really will be too late to do anything about managing the decline. The previous empire declined while fossil fuel availability was continuing to increase. This time we are in hard to imagine territory.
If fossil fuels can be produced by using solar thermal, photovoltaics, wind, etc., then EROEI would not apply. But as far as I know, renewables are not being used extensively to produce fossil fuels yet. So while in theory EROEI could be meaningless, I dont think this is true yet. Far from being a doomer, I am a technooptimist, but even I do not think I can live forever...
Scotland seems to be aiming for total renewables by 2020. That is amazing.
I laughed out loud when someone called Leonardo Maugeri a low-rent Daniel Yergin.
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