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If we are considering the use of oil on time horizons greater than a decade, the primary determinants will be the development of electrict automotion and other alternatives to the combustion engine, and the extent of demand for oil from the manufacturing and chemical industry.
The very basic facts of electric driving is that electricity costs a very small faction of what gasoline does per mile driven and that electric drive trains are in all ways superior to combution engines - less costly to manufacture, more reliable, and better preformance at varied RPM. - the edges combustion engines currently enjoy are the energy density of gasoline, and the speed with which a gas tank can be refilled. Both of which will most likely be eliminated by advances in electricity storage technology - and approximately two days after the invention of the gasoline-equivalent battery, all manufacturers of combustion engines will be bankrupt, and oil demand will freefall to the level comsumed by industry for plastics and such.
This, is, in fact a good reason for oil producers to maintain high production levels in the present- current demand levels are an accident of the technology we use for personal mobility, and when that technology changes - and it will, the only question is the exact date- the demand will vanish, and the worth of the oil still in the ground after that date will decline very sharply.
I am going to just flat out state that the odds of an automobile manufactured in 2025 being a gasoline burner are approximately nil.
Volvo is taking its C30 DRIVe Electric concept to the next level and adding a hydrogen fuel cell to extend the EV's 94-mile range, creating a hybrid hydrogen-electric plug-in. The fuel cell will add another 155 miles of range, but what's really interesting is the way Volvo plans on sourcing the hydrogen: from gasoline. Rather than relying on the promised hydrogen highway to be built, Volvo is exploring the use of an on-board reformer to process gasoline into hydrogen gas. The fuel cell will use the hydrogen gas to power the electric motor when the C30's 24kwh battery has been depleted, more than doubling the vehicle's range without increasing battery size. Creating hydrogen from gasoline may sound a little like robbing Peter to pay Paul, but the conversion process is about 85 percent efficient
Rather than relying on the promised hydrogen highway to be built, Volvo is exploring the use of an on-board reformer to process gasoline into hydrogen gas. The fuel cell will use the hydrogen gas to power the electric motor when the C30's 24kwh battery has been depleted, more than doubling the vehicle's range without increasing battery size.
Creating hydrogen from gasoline may sound a little like robbing Peter to pay Paul, but the conversion process is about 85 percent efficient
A rather convoluted techno-fix that adds up to doubling the mileage you get from the gas... but it's hard to get around the fact that petrol (or more precisely, diesel) is, and will remain for a while, the transport fuel of choice because it's so energy-dense and easy to handle (I don't expect to see widespread hydrogen infrastructure in my lifetime) It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
It makes sense to me that there are a number of coherent ways of fuelling fuel cells, and that none of them involve tankers or pipelines of H2. I suppose the mindset comes from the fact that Big Energy needs Big Infrastructure; because how the heck can you make a dishonest buck with an anarchic decentralised heavily networked uncontrollable fuelling infrastructure? It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
for the moment we are waiting for the then a miracle happens moment.
(Setting aside conspiracy theories... OK, the Lithium-Ion patent capture scam is a powerful narrative, but Lithium-Ion is too heavy and expensive to be the required breakthrough anyway) It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
And even besides that, a fleet of personal vehicles has horrid energy efficiency under every conceivable fuel infrastructure. Personal vehicles are useful for certain specialised transportation tasks, but they are atrociously inefficient for anything resembling bulk transportation of anything (commuters, cargo, anything).
- Jake If you only spend 20 minutes of the rest of your life on economics, go spend them here.
I certainly agree about (electric) buses, trams and trains being the rational solution. I think a society based on individual ownership of a car is definitely unsustainable. Actually, I chose not to own a car and I use public transports instead. "Ce qui vient au monde pour ne rien troubler ne mérite ni égards ni patience." René Char
Off the top of my head, I can think of three good reasons to regularly drive a personal vehicle:
After all, it is not impossible to imagine that the reason carpooling works at the moment is that our present automobile fleet provides ridiculously excessive capacity. If the only people who had cars were the ones who actually needed them, there might not be enough slack in terms of cargo capacity and passenger space to enable carpooling, unless you deliberately designed your city planning and business practises around it. Which may or may not be worth the bother.
Now, I do think that carpooling will be worthwhile, even in a low-car infrastructure. But unlike cornucopians, like Julian "copper can be made from other metals" Simon, I like to accompany my policy recommendations with some back-of-the-envelope arithmetic showing that I'm at least in the right ballpark. And I just don't have the information to do that on carpooling.
Of course, we could make it a matter of policy to organise and incentivise carpooling during the transition. Which is an excellent idea, but not required for the transition to work.
Volvo Plans Hydrogen Generators for Boats Kiss Diesel and Gas | FuelCellsWorks
Powercell has developed a Fuel Processor, protected by patents, which converts, ethanol, biogas, DME, methanol, propane standard grade diesel or gasoline into hydrogen used to fuel the fuel cell system.... The generator from Powercell is superior to existing automotive and marine APU (auxiliary power unit) based generators with respect to emission, noise, cycle efficiency, size and weight. Main characteristics are: - Emission levels - generates electricity with zero emissions of CO, NOx and particulates. - High fuel efficiency and reliability, with a lighter and smaller system. - Fuel flexibility - diesel, ethanol, biogas, DME, methanol, propane, gasoline and others - Increased customer comfort level - reduced noise, smell and emission levels.
... and the majority of transport tasks where it is not suited are not efficiently done by private transport vehicles anyway ...
... would the most effective private transport vehicle be a local range battery electric, with range augmentation in the form of a hydrogen, ammonia or direct carbon fuel cell? I've been accused of being a Marxist, yet while Harpo's my favourite, it's Groucho I'm always quoting. Odd, that.
approximately two days after the invention of the gasoline-equivalent battery, all manufacturers of combustion engines will be bankrupt, and oil demand will freefall to the level comsumed by industry for plastics and such.
Yeah, because the battery / electric car manufacturing capacity will be built overnight worldwide, as well as the electricity distribution infrastructure for charging these batteries . And all the world's car owners will buy a brand new electric car within a week, too... "Ce qui vient au monde pour ne rien troubler ne mérite ni égards ni patience." René Char
Somehow, I do not think this is the only problem there will be in a transition to electric cars. A vote for PES is a vote for EPP! A vote for EPP is a vote for PES! Support the coalition, vote EPP-PES in 2009!
*and then sales will completely crash and burn 5 years later when the world catches on that electric engines last more or less forever
As Jake points out, lugging around a ton of scrap metal everywhere you go is completely nuts, we can not afford the energy for that. Get it down to 300kg for a small family car, and we're perhaps back in business.
Over recent decades, cars have only got bigger and heavier. Safety regulations are a major factor, and need to be rethunk. I suspect that the major car manufacturers may be unable to make the transition, and will crash and burn, to be replaced by new players. It is rightly acknowledged that people of faith have no monopoly of virtue - Queen Elizabeth II
Personalised transportation is optional. Synthetic fertiliser is not.
if the electricity supply is clean, aluminum bodywork suddenly has fuck-all enviormental footprint.)
wasn't that red toxic mud catastrophe in hungary the other day the waste from alumimium production? The power of knowledge is in mortal combat with the knowledge of power. It really is that simple... That's the Edenic apple we are all munching on.
everyone could drive one with a clean conscience
It would still be a stupid waste of energy, raw materials and work compared to mass transportation. And there would be even more traffic jams in big cities, wasting time and space and creating stress. "Ce qui vient au monde pour ne rien troubler ne mérite ni égards ni patience." René Char
There are lots of ways to skin the transportation cat.
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