Peak of the Devil: 100 Questions (and answers) About Peak Oil

Rated 4.00/5 based on 1 reviews
Long-overdue foundation to critical global issue that is Peak Oil. With a deceptively light-hearted and witty tone, Haynes reveals how deeply connected oil is to virtually everything we buy and use, how looming scarcity will change how we live, and what we can do to prepare. After all, after Peak Oil there is a good chance that 100 years from now will look like 100 years ago, if we are lucky.

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About Chip Haynes

Chip Haynes, author of Peak of the Devil, is a writer, speaker, artist, juggler and cyclist living in Clearwater, Florida, right on the Gulf of Mexico. After studying the global oil situation for over a dozen years, Haynes and his wife live in a modest home in suburbia, using far less resources than the average home, and recycling much of what they use. Haynes rides his bicycle to work, and they both walk to the store. He has written over 1,200 articles on bicycling and global resources including two works on global oil, Ghawar is Dying and 60 Days Next Year, which was also produced as a radio program for the State of Maine Public Radio. Haynes has also authored The Practical Cyclist: Bicycling for Real People and Wearing Smaller Shoes: Living Light on the Big Blue Marble.


Chip Haynes talks about Peak of the Devil
Chip Haynes talks about Peak of the Devil from Clearwater Beach, Florida, on the Gulf of Mexico.


Review by: pbowen on April 9, 2014 :
Peak of the Devil, and Devil in Details.

Surprisingly, many people are very much unaware of the Peak Oil, which is already in the rear-view mirror. Chip Haynes book PEAK OF THE DEVIL is an excellent summary of the Peak Oil and its implications on our lives. I do understand that the book is written in a simple convincing way and makes some simplifications to impact on as many (unsuspecting) souls as possible. Unfortunately, there are drawbacks and over-simplifications sometimes.

At the very start, the book says: “Oil geologist Marion King Hubbert was able to prove that a single oil well, using the conventional pumping technology of the day, would produce more oil every day until it reached mid-point...” M.K. Hubbert said or wrote nothing to that effect. The notion that a single conventional oil (or gas) well slowly builds up production to the mid-point and then symmetrically declines is, simply put, incorrect. As the matter of fact, every oilfield worker (not only petroleum engineers) knows that it is just the opposite.

The well is drilled, the casing (steel pipe) goes into the ground and cemented, then the well goes into production. After a very short (hours or days) period called “clean-up” the well goes into a maximum flow rate. The production stays at a plateau, limited by the size of the well and the other such technical factors, for a period of several years. Then, the production starts declining. The decline rates are determined by the geology of the formation in question and can range from 2% per year to as high as 100% year. Eventually, the flow of oil stops, or becomes so slow the well must be closed. Instead of the closure, the well can be re-rejuvenated by various methods (called “interventions”,) for example, the infamous hydraulic fracturing. After the intervention, the picture repeats, but on the shorter time scale: several hours or days of clean-up, maximum rate of production for several months or a couple of years, then a gradual decline to zero. In some cases, the second or third interventions may follow. Nothing to do with the symmetrical Hubbert curve!

What Hubbert has done, is that he understood that over the large finite oil field, the performance of the individual wells, started in production at different time, if summed together, produces, quite unexpectedly, a nearly-symmetrical bell-shape cure with a profound peak! This was, indeed, a non-trivial discovery, that, at the time of electronic bulb computers with 512 bytes of memory was not too easy to achieve. From randomly spaced asymmetrical curves – to a bell-shape curve? Hubbert then tested his method other few large oil fields, then applied the math to the Continental United States and, separately, to the World to make his famous predictions, both of which came true.

I can continue through more examples like this, but the point is: while writing books about the Oil Peak crisis, no technical short-cuts are possible. It just gives the “infinite oil” proponents something to bang upon.
(reviewed the day of purchase)

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