First you have to believe that oil is actually a finite product. There is some debate. I remember from Wired Magazine back in the 90's where they were able to find pockets of oil in solid granite. Whether you believe it or not.
http://www.rense.com/general58/biot.htm
I have read that article before. I happen to be one of those who believes that only a fool concludes a negative proposition with any certainty, or even engages in argument by ridicule in support of a negative proposition. However, I do balance that as a proponent of healthy skepticism. From that article:
If there are in fact vast untapped deep pools of hydrocarbons refilling the reservoirs that oil producers drill into, it appears to make little difference to actual production, as tens of thousands of oil and gas fields around the world are observed to deplete, and refilling (which is indeed very rarely observed) is not occurring at a commercially significant scale or rate except in one minor and controversial instance discussed below.
Even the article you cited agrees that empirical support for abiotic theory is poor, or anecdotal at best. So while I would not rule it out, and I am glad there are exploration scientists who are actively engaged in seeing it through, I also wouldn't bet the farm on it.
Even so, let's say that there are vast, as-yet unexplored reservoirs that are within our physical grasp (i.e., in realistic drilling range), and for the sake of discussion, let's say that these sources are even a few orders of magnitude more than existing known resources. Those that are within our reach, able to be found and exploited using known existing energy sources, are still finite. We still have the
exponential fundamentals to face (on several growth fronts, including whole populations, seeded by Ponzi economics). These are physical/mathematical realities that won't go away.
I'll go out on a prognosticating limb here.
One of the problems we are facing is that most of our transportation is based on hydrocarbons. We have plenty of electricity, and the ability to generate more of it in the future. But our transportation isn't built around that. The root question is how to get electricity moving us around the world
the way oil once did. The obvious knee-jerk answer has been pretty much "batteries". And away everyone goes, trying to make a decent battery powered car, or at least a functional hybrid. Bulky heavy battery cars might make a great balm for liberals to feel good about their delicate, dainty carbon footprints, but we are NOT about to see massive trains, airliners and 18 wheeler versions of the Prius any time soon. In fact probably never, I would predict.
Does that rule out electricity? I don't think so. Flywheel technology is in its infancy, and it's not dependent on massive amounts or rare earths. If done right, it's a near perfect store of energy, and quite powerful. Not for planes, but quite possibly for ships, trains, trucks and autos. If I had to bet my life on it, I would say that we will see flywheel technology go through from infancy to exponential growth sometime within the twenty years.
Oh, and not massive flywheels, either. That's another mistake that's being made, I think. Billions of tiny ones, completely modular - able to spin thousands of times faster without flying apart.