Difference between revisions of "Oil addiction"

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m (→‎Reference: bp data link)
m (→‎Links: olduvai theory)
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** [[wikipedia:Americanus:2005 Energy Crisis]]
 
** [[wikipedia:Americanus:2005 Energy Crisis]]
 
* [http://money.cnn.com/2005/09/01/Autos/bc.energy.gasoline.demand/index.htm U.S. drivers won't cut back on gas]: or, more to the point, they ''can't'', without substantial changes in the culture
 
* [http://money.cnn.com/2005/09/01/Autos/bc.energy.gasoline.demand/index.htm U.S. drivers won't cut back on gas]: or, more to the point, they ''can't'', without substantial changes in the culture
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* '''2000-11-13''' [http://www.dieoff.org/page224.htm The Peak of Oil Production and the Road to the Olduvai Gorge] by Richard C. Duncan, Ph.D.: somewhat iffy argument with some fairly specific data and conclusions, including expected crisis years. Appears to be the basis for the [http://www.dieoff.org/ DieOff] site's major premise.

Revision as of 20:13, 12 November 2005

This article is currently lacking one or more significant sections; these sections may need further research or thought and are expected to be completed later as time permits.

The United States in particular, and the global economy in general, depends heavily on non-renewable fossil oil as a fuel for transportation. More specifically, it depends upon oil remaining relatively inexpensive.

Theory

In practical terms, a "fuel" is any substance which can hold enough energy to power a reasonably-sized vehicle for a distance of at least several hundred miles while fitting into a container small enough to be carried by that same vehicle. The key fact here is not that the fuel provides the energy, but that it contains it. An extension cord plugged into a household power socket can provide a lot of energy, but you can't take it very far. Conversely, most batteries (anything from a miniscule Lithium watch battery to an automotive wet-cell battery) are quite portable, but cannot hold enough power to move a vehicle any useful distance.

The most important thing about oil, which is even more true once it is refined into chemicals such as gasoline (petrolium) and diesel, is that it has a high energy-to-volume ratio – in other words, you can pack a lot of energy into a relatively small space. There are very few substances which approach this density, and most of them create other problems -- hydrogen, for example, is far more combustible than gasoline, and is extremely hazardous to transport in quantities large enough to be useful as a fuel.

Finite Supply

To the best of our knowledge, naturally-occurring oil is formed by the actions of heated chemicals under extreme pressure over "geological time scales" (millions of years), and therefore is not something of which we can quickly make more. Once the naturally-occurring supplies have been exhausted ([1]), we will need to have found either an alternate method of production or a better means of storing energy.

Environmental Effects

(to be written)

Reference

Links