I came to the conclusion that peak oil would not be a sudden event with a precipitous decline.
If anything, there will be a time to go until peak, and then it will plateau for quite a while and then the decline may not be that steep. I think of the many reports of natural gas supplies lasting for a very long time.
But still, the use of fossil fuels is problematic. It is a problem because it's heavy, global, wide-spread use keeps the price high. It's a problem because of CO2 emissions. It's a problem because of health hazards, It's a re-current geopolitical problem.
And it surely will not last forever. I am glad the price is where it is. I think it'ls very likely that peak oil will be a demand peak.
But I became aware of alternatives that are clearly atractive, to me and a whole lot of other people - not neccessarily most people around here.
My favorite for clean, green, baseload energy would be Liquid Flouride Thorium Reactors. If you want to read a great historical overview, read "Superfuel" by Richard Martin. You won't be disappointed.
Or go to
http://www.Flibe-Energy.com or EnergyFromThorium.com.
It just makes so much sense and you really could run civilization for millenia on it. Look at some of my posts in "Aternatives To Fossil Fuels" thread. You could even make liquid fuels using them.
Then, I follow other new energy developments such as Joule Unlimited's approach. There is a thread around here on that - BBC Horizon Covers Joule Unlimited. I follow developments in efficiency such as the Solid Oxide Fuel Cell which will be commercialized in a few years and which doubles the efficiency over internal combustion engines.
I have not forgotten about the huge deposits of Heavy Oil that can be found in various places like Venezuela. Do I think that there might be some innovation that allows for cheaper production of heavy oil? Well, I would not bet against it.
If they can frack shale, they can use produce and use heavy oil - not that I would want them to.
In a crisis, human beings innovate rapidly - think Manhattan Project during WWII.
It would only take 5 years and a billion bucks to achieve a design for, say, a 300MW Small Modular, Factory-Produced, Thermal Breeding LFTR. You could use them in isolated areas or you could group them together to function as a larger unit.
Once you have 5 factories up and running, you could build a lot of them. Thorium is very abundant and extremely safe compared to the Uranium fuel Cycle. The Chinese have a well-funded program, hiring top-talent, to originate a design eventually replace their coal industry. They claim they could run their civilzation for 20,000 years on Thorium.
And I have not forgotten about advanced solar and an array of other energy technologies. I just pick on a few that I like and follow their development.I follow developments in Hot Fusion, which looks like it could be a reality by the 2030s.
I am referrin to NIFs efforts with Laser-Inertial Fusion. Look up LIFE Reactor.
I am simply not so unnecessarily pessimistic about science, innovation and the rate of development of new technologies as most of the other posters around here.
But it is clear to me that there will be plenty of time to develop technologies like this because fossil fuels will be with us for a long enough time.