So we've got some problems with Peak Oil.
Primarily-
Energy- Needed for everything
Fuel- Needed to transport almost everything(rail can be used sometimes).
Food- Natural Gas used to in the Haber-Bosch process to produce Ammonium, which provides nitrogen to plants, allowing us to farm the same land year after year.
Plastics, medicines, hydrocarbon derived products- They require oil.
Well I was thinking, for the short term, we could use alternatives.
For Energy- We could burn oil shale, and unrecoverable(negative EROEI) coal while it's in the ground, in order to produce large amounts of heat to power generators. It's environmentally damaging, but it's better than the alternative.
Fuel- We could use coal in a process discussed in topic,
http://www.peakoil.com/fortopic39861-0.html
Where powering a car off of a wood stove is demonstrated. This method has been available since World War II when there were fuel shortages due to the war. We could therefore power most major vehicles necessary for society to function off of coal. Those being large semi-trucks, ambulances, police cars, farm equipment ect... The modifications are relatively simple and cheap to make. So an easy conversion of being powered off of gasoline to coal could make fuel for essential vehicles in society available at an affordable rate.
Food- To deal with the problem of nitrogen in the soil we could switch to a diet that's richer in legumes. Certain legumes fixate tremendous amounts of nitrogen, and don't require nitrogen based fertilizer. This of course requires extra energy, so in order to compensate for the needed photosynthetic requirements, we could simply cultivate larger amounts of land. We could plant other plants like corn with the beans, so that the corn could siphon off their nitrogen.
To read more about the nitrogen fixating properties of legumes.
http://64.233.167.104/search?q=cache:Zm ... cd=1&gl=us
For the hydrocarbon derived products that we need, we could simply increase the use of coal power for cars, while redirecting the U.S oil reserves towards production of essential compounds(medicines) and plastics for higher end goods. I believe the market place can achieve this, as the cost of medicines isn't primarily the petrochemicals but rather the research and regulation.
For expensive plastic items(such as computers, or calculators) the cost wouldn't increase as the amount of plastic is very small. The energy cost is the primary concern there.
This would take care of the problems of peak oil(in the U.S) for the short term.
In the long term, the use of large scale production of breeder reactors would have to occur to permanently eliminate the problems of Peak Oil.
Combined with the extraction of hydrogen from distilled water via electrolysis, in order to use the hydrogen in the Haber-Bosch process. This would provide the ammonium based fertilizer needed for the future.
And in order to produce fuel, we would have to build an excess of breeder reactors to use the process in the New York Times article
"Scientist would turn greenhouse gas into gasoline"
http://www.nytimes.com/2008/02/19/science/19carb.html
The same fossil fuel products produced by the process in the above mentioned article could be chemically modified and restructured to produce all hydrocarbon products needed(in theory), so long as you have the energy. This would allow us to permanently produce all the medicines, and plastics and other oil based products we want to produce.
Of course, none of this can occur without a few actions by politicians.
1. Immediate implementation of a policy that would provide a subsidy to farmers, police officers, medical hospitals, and truck drivers to retrofit their cars with the capacity to power off of coal.
Combined with a mandate that every gas station have coal available for sale.
2. Laxing of environmental policies on burning unrecoverable fossil fuels in the ground. This way the energy lost from having the coal supply redirected for powering vehicles would be compensated by burning previously unusable fuels.
3. Trade restrictions on coal exports. Coal exports would have to be heavily taxed, as to encourage the coal supply to stay in America, to prevent an American economic collapse.
4. Farmers would have to be given by the government education on the growth of self-fertilizing legumes. Tax subsidies would have to be removed for not planting on land. Tax subsidies could also be redirected so farmers to use less fertilizer and plant more beans, and fields that are part bean-part other crop.
5. The immediate act of scaling up of nuclear breeder reactors. Without nuclear breeder reactors or an equally abundant, cheap, and scalable power source there can be no long term survival of civilization. Some may rejoice in this prospect, but I should remind you, that should this come to pass you will most likely not be among the living.
If any of these mandates that I have listed above are not fufilled, or an adequate substitute policy to serve the exact function that the policy above states, then this plan for saving civilization long term won't work.
Without fuel, civilization will grind to a halt,
Without energy, civilization will grind to a halt, and nothing can be produced.
Without restrictions on sending our resources elsewhere, the U.S may quickly be impoverished, while big coal executives may amass huge fortunes and use their power to corrupt the government and enslave the masses, and without the intellectually free environment of a free society technology won't be produced that can save civilization from other crisises and future crisises.
On the bright side, a positive reaction to this could be a socialist revolution(as there is already a very strong and growing populist movement, and this would be like adding high grade explosive with lots of gasoline on the fire), leading to all fossil fuel and mineral deposits being nationalized by a populist government, because you don't need to own the supply to control it, you only need to be able to disrupt or destroy it, and once a coal mine fire gets going it's impossible to put out(making that coal mine only usable as a power source). A revolution like this could also lead to the elimination of much of the current leadership, and corporate corruption, and may cause the nationalization of other bodies(such as the media).
Without an increase in food, and the means to maintain the current supply, mass starvation- leading to mass riots and possible civil war could occur.
Without nuclear breeder reactors or an equally scalable, large supply of power, society in the long run is doomed.
What do you think?
Comments? Feed back?