

1) Technology to use things as simple as tap water for fuel have existed for years but often dismissed for various reason like limited mileage and other - in my estimation - 'fixable' reasons.
I say we impose a "plutocracy tax" on the rich and let their wealth bring down/pay for higher crude! (In the US, they just buy the candidates who will vote exactly how they want -- if not this election, surely the next.) It's depressing to be at the mercy of idiots.

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I say we impose a "plutocracy tax" on the rich and let their wealth bring down/pay for higher crude! (In the US, they just buy the candidates who will vote exactly how they want -- if not this election, surely the next.) It's depressing to be at the mercy of idiots. Greedy idiots.


Always an easy target, but the rich are so small in number that they're not really relevant. If you took every taxpayer in the UK who earns more than £1 million (just 14,000 people), and took every penny they earned (i.e. taxed them at 100 per cent), it would net another £20 billion a year or so (source) -- enough to pay less than half of the annual interest on the country's debt. And that's before you work out how many jobs you would have killed off by taking all the money from the rich.
If rich are easy targets then the not rich (middle class, poor, etc.) are super duper mega easy targets.
1) Technology to use things as simple as tap water for fuel have existed for years but often dismissed for various reason like limited mileage and other - in my estimation - 'fixable' reasons.
On the water front I'm a big fan of hydrogen. It can be used in existing reciprocal combustion engines, and electric cars with hydrogen fuel cells. Not to mention it's virtually impossible to run out of.


So use electricity that you've probably generated with coal to split water into hydrogen and oxygen using an energy-negative process, and use *that* to fuel your vehicle, being less efficient than gasoline? Yeah, I used to be way into hydrogen powered vehicles too, then I wondered "Where does all that hydrogen come from?". Yes, hydrogen is very abundant, but *not* in its free, usable state...
- Oshyan


Because the way things usually work, we won't begin to seriously and collectively start identifying viable energy alternatives until we completely run out of fossil fuels.
I sometimes almost wish they'd abandon fuel efficiency and conservation measures.
Because the way things usually work, we won't begin to seriously and collectively start identifying viable energy alternatives until we completely run out of fossil fuels.
"Necessity furthers. It is advantageous to have some goal in view." as the I Ching so nicely reminds us.
Sure, we have the Prius, but it's mostly a gimmick. They put that out there for the people who make an extra effort to save the environment.
I think you're getting my comments about hydrogen wrong. I'm all for alternative energy sources, especially *truly renewable* and *primary* sources of energy. When I say "primary sources" what I mean are sources where you are directly converting an environmental resource (wind, sun, even coal) into energy that is then *directly* used.
The problem with hydrogen as a "fuel source" is it is *not* readily available in a directly extractable form which can then be used directly as energy. As it stands now it is an *intermediary* or "secondary" energy source, in other words you have to produce energy in the first place *to* produce hydrogen which you then use to fuel something.
That introduces inefficiencies in the process, inefficiencies that are potentially unnecessary. Instead of having a hydrogen powered car (burning hydrogen) or even a hydrogen fuel cell car, instead use a pure electric car with modern battery technology. The Nissan Leaf is one example and it does fine for mileage and speed (for example it would handle my daily ~2hr, 90 miles total commute).
On the subject of "more difficult oil extraction is not my problem", you have to keep in mind that more difficult extraction generally also means more damaging to the environment, e.g. the reason the "Deep Water Horizon" spill was so bad and went on so long is it was drilled in *deep water*, which meant enormous pressures at the depth of the water where the entry was made, and hence much more difficult to repair, and also higher oil outflow rate. Another example is what is necessary to extract oil from "oil sands": http://en.wikipedia.org/wiki/Oil_sands#Environmental_issues
Sure, we have the Prius, but it's mostly a gimmick. They put that out there for the people who make an extra effort to save the environment.
Don't you mean it's for people that want to make a show of pretending to save the environment?
Sure, we have the Prius, but it's mostly a gimmick. They put that out there for the people who make an extra effort to save the environment.
Don't you mean it's for people that want to make a show of pretending to save the environment?
I've never even heard of them before, but at 70+ miles per gallon according to wikipedia, and petrol being about 6 euro per gallon here, I'd be willing to make some sacrafices (are they really that slow to take off though lol)



For the record, the Prius vs. BMW was an *M3* with *4 cylinders* and 177HP (0-60 time about 8 seconds vs. the Prius at 11). It's also a *diesel*, far more efficient than most gas engines.



I'm questioning the focus on hydrogen as a useful option, and I do so from the perspective of someone who used to be a huge believer in it. But I've done a lot of research since then and as far as I can see it just doesn't make that much sense. It's not efficient, it's hard to transport and store, and the distributions systems don't yet exist.
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