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Relates to the abiogenic oil theory that oil is NOT necessarily a 'fossil fuel' derived from the decaying remains of living organisms. Instead, the theory is that oil is formed from NON-biologic processes very deep within the earth's crust.
http://en.wikipedia.org/wiki/Abiogenic_oil
edit: just so nobody goes off the deep-end, I'm not in here ENDORSING this theory.
There are other more recent NASA reports and photographs showing how much ice has been lost in the last 30 years. You will also note that the loss of ice accelerates the loss of more ice.
Now consider how many cities and how much of the global population live in coastal areas. Entire states such as Florida are barely above sealevel. Also go find atlases of the globe that show elevations and you'll see how much land would be lost.
Even with more technologies like hybrids and ethanol it'll be hard not to still rely on oil. Energy will continue to be big business 20-50 years from now. After being in Germany and France two weeks ago I find it hard to complain about our $3/gal gas when they are paying 1.15Euro/Liter which is about $5.20/gal. Prices will drive behavior...
OMG - I just looked at a globe and SONOFAGUN, kernick is RIGHT! Already, most of the planet is covered by water! My lord, how long has this been going on?
:P
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If the U.S. and all the advanced societies around the world moved to some hybrid or nuclear batteries it would be rather expensive. Since the majority of people in the world won't have that sort of money, striving to buy a motorbike or basic car, these users of low tech, which is what the internal combustion is, would be used by this large group.
People will use oil year after year until there is no more naturally occurring (retrievable) in the ground. If you have continuously hungry people around the table, and there is decent food on the table it will all eventually get eaten.
Well not quite. If the price contiues to rise, eventually other alternatives will make more financial sense. The last barrels of recoverable (at any cost) oil will likely never actually be used.
The higher the price of gas, the more people will also be willing to drive much more efficient vehicles...some of this is happening now, SUV sales are down. In addition, more people in some locations will be willing to put up with inconveniences, like riding the bus, to save on gas.
As much as people like to complain about gas prices, it is still cheap or we would not use so much of it, without really thinking too much about it for the most part.
The vast population of the globe is poor. they are not going to be buying a $25K vehicle with the technology we are. The masses in China, India, Africa, and S. America, as they can make more money will be buying primitive motorbikes and cars, replacing their bicycles and such.
If we stop using oil for cars, it drops usage significantly temporarily. The cost of oil and gasoline drops substantially. That thus makes gasoline more affordable to those people who as I said can't afford our new tech. Unless this new technology that would replace oil is available to every person on the planet, people will use oil. The only thing a partial use of new tech. would do IS SHIFT the RATE and WHO USES THE OIL.
The villagers and smugglers in Nigeria will steal want the wells to run, and to get gasoline; whether they have to hack thhe pipes. The smugglers in Iraq will still steal the oil. And the billions of people who either have a cheap vehicle, or are riding a bicycle, mule or camel, will want a 2-stroke or lawnmower-engine powered bike or cheap car.
In the worst case - no replacement energy source and no significant abiogenic oil formation, production of oil will slowly decrease with the price going up. Our society would have years to adjust to the gradual diminishment of oil. We would have to change from a society that is used to living in urban/suburban areas and getting all our resources from a few who farm, ranch, and fish. The America of the 1800's managed to function and grow despite not having oil. There are many heavily populated societies today in which people have little or no oil, and people survive. So not having oil does not mean armageddon; it means you may need to change your lifestyle drastically. For some it may be like quitting a cigarette or other drug habit; but for me I could get adjust my life in a short time to get by either with a bicycle, or a with a horse and wagon
It had nothing to do with James Watt. It had to do with economics. We built over a hundred government subsidized ethanol plants during the 1980s. Oil got cheap again and 90 of them were shut down. Until oil is truly on the decline we will continue our wasteful lifestyle.
But a California company would like you to know that the rumors of the electric car's demise have been greatly exaggerated.
With gas prices surging to all-time highs and the mess in Prudhoe Bay, Alaska, making it likely they won't be coming down anytime soon, a lot of people might be relieved to hear that.
ZAP, a Santa Rosa, Calif.-based company, said the interest has meant its $10,000 plug-in cars are shipping out just as fast as they roll off the ship from China.
Called the Xebra, the new vehicle has three wheels instead of four, weighs under 1,000 pounds and can seat four.
The Xebra travels up to 40 miles on one charge, and whirs along at up to 40 mph.
"We are so used to looking at four wheels, people always ask, 'Where is the other wheel?'" Starr said. "But once you drive it, you understand how stable it is."
Backing up Starr on that view is one of the first independent reviewers who has driven the Xebra, Philip Reed of Edmunds.com, a company that has been in the car-reviewing game for 40 years.
"When I got back to Edmunds and told the guys it is a three-wheeled car, they said: 'Oh gosh, it must have been unstable.' But it wasn't. I was going probably between 30 and 40," Reed said.
Today's Xebras can get a full charge from a 110-volt electric outlet in about six hours.
At less than one kilowatt of charging power for six hours, that works out to 2 or 3 cents per mile, or about $1 per charge.
One dollar divided by 40 miles of range equals 2.5 cents per mile.
2.5 cents per mile
You're all correct---it's WEIGHT that differentiates the old tinny little boxes of yesteryear from the subcompacts of today...and weight eats gas...a LOT of gas...especially in city driving and especially with poor aero.
WHO KILLED THE ELECTRIC CAR? I saw that film---it was interesting but it really didn't answer the question.
I test drove a ZAP electric conversion (Ford Escort) for three days back in the late 1990s, and for city driving it was fine...you just had to calculate the range before you went anywhere. You shifted it just like a regular manual transmission car.
Would I pay $10,000 for a car with a 40 mile range?
Doubt it. That's very limiting.
I'm trying to find the formula that calculates percentage of MPG lost for every 100 lbs.....
That depends on your financial situation and your commute.
Me, personally, I could use that car. My commute is my two kids and me, between 5 and 7 miles one way, depending on the time of year. I could go probably three days between recharging the car.
I would of course need ANOTHER car for longer trips and vacations. That's where the "financial" issue comes into play. Even a single dad/mom with kids would need two cars.
That's where the "bang for the buck" equation gets damaged when it comes to the small, low-range electric cars.
What happens is that you start out planning to commute just a few miles a day, but then things come up and you find yourself constantly saying "yeah I can go there" or "nope, I can't go there".
So for me having the electric car was like being 12 years old again, where I had to ask permission before I could just spontaneously go somewhere.
It got pretty annoying.
Me, I plan my trips ahead of time, so I would always know when I could go somewhere. Very Anal.... :shades:
And that's where the having a second car comes into play too - if you have an emergency issue, you can go home and trade cars.
I drive 100 miles/day on my commute and this would have been be a perfect commuter car for me, even though research ended more than 7 years ago, and relies on out of date battery technology.
With today's infestructure surely I'd have to consider distance/range/charge if I had an EV.....
Which is why I'm 100% behind the plug-in hybrid cars which will hopefully be coming out within a couple years.
Full benefits of the EV but without any range consideration what so ever, at least until something better comes along.
(Well, maybe not FULL benefits as there's still nasty engine oil to change, spark plugs to fowl, injectors to clog and everything else engine related)
Question for Mr_Shiftright:
What EV were you driving which had 1/3 the effective range of the EV1?
-Steve
The car I drove was a ZAP conversion of a mid 90s Ford Escort. The 60 mile range was related to driving "just like a normal car", that is, highway speeds, going up hills, no coasting, no tricks, no "conserving"...in other words, the banal normality of what one would normally do with a Ford Escort.
I agree with you--rechargable hybrids are the near future, not pure electrics and certainly not hydrogen.
How come? Because that darn piston engine does not stand still---it is still developing as rapidly as the supposed "advanced" technologies trying to replace it. Your average piston engine car has what---about 70 microprocessors and 3 million lines of code? This is no meek and humble opponent, like when early steam and electric cars were conquered by the piston engine in the era 1910-1920.
My own information was from an EV1 data sheet, and after I made that post talked to an actual ex EV1 driver.
This was his response:
"The original PbA (lead acid) EV1's only got about 60 miles per charge and were limiting, the Gen2's had NiMH batteries and got the 120+ mile range. If you've got a 100 mile daily, commute, I am sorry. Were 120 mile EV's available, you could possibly top off a bit at work. I worked in 5 buildings in 3 cities during the time I had an EV1. One building was only 1/2 mile from a public charger, the rest less than a couple of blocks. That was in California. If cars are available, chargers can be installed.
The best mileage on a Gen2 I ever did was 140 miles (135 of them on the freeway). I believe the record was around 180 miles.
The range of the EV1 was a soft thing. Even when 'empty', you could still crawl a long way (20+ miles) at under 35 mph (kind of like a golf cart). It screamed and yelled at you but it wouldn't let you down.
Today's Lithium batteries, of course can offer ranges up to 300 miles on a charge.
By the way, charging time seldom approached 6 hours excepte for the time I went 20 miles past empty on a very hot day (I think it was just part of the punishment). With a 220 volt charger, one charged at about 25 miles per hour (4 hours to go 100 miles). Charging time is mainly limited to the power available. Commercial chargers could charge in less than an hour easily but houses are normally limited to 240 volts/30 amps."
So you're right Mr_Shiftright I would be sweating it for the trip home!
Too bad I can't post a link to the acutal conversation here. His alias is exEV1 driver and is a pleasure to converse with.
-Steve
in front of a store...there was this woman who was outside talking to another woman...yet her engine was on for 5 minutes.....
idling the car when it is stopped gets the worse gas mileage....a complete waste of fuel....IMHO.
2. Take subway -- approximately 11 mi (30-35 min)
3. Walk from subway station to office -- approximately 2/3 mi (10 minutes)
I'm sure this sounds awful to most, but I couldn't be happier that I don't have to commute by car (in this part of the world, at any rate).
People I know who live 20-25 miles from work usually spend 60-90 mins in the evening.
Usually takes 70 minutes one way, four traffic lights, mostly highway. Deer the biggest menace.
If I get up early enough and the weather is fine, I like to walk over to Chinatown for some congee.
Unfortunately, the closest decent coffee (tourists bless and curse Downtown New York
I have 3 ways of getting to my office, but routes #2 and #3 are just backups in case there's an accident or severe weather situation that prevents me from taking my preferred route. I love my drive - I get to wind my way through some of the most beautiful areas of CT and northern Westchester county (South Salem, Pound Ridge, and the like). And now that the leaves are slowly beginning to turn, it just gets better each day - really beautiful scenery, makes the drive go so quickly. The only drawback is the heavy deer population - gotta stay alert!!
I just got a new car 4 weeks ago that I love to pieces (a Mazda CX-7), and that just makes it even better. I crank up some good music, open the sunroof for an even better view (not that I drive looking up!), and have a nice detox after a busy day at work.
On another note, I feel very nostalgic reading about the folks who live/work in NYC; I did, too, for 10 years, and often used to walk the 44 blocks from East 86th St. to 42nd & Madison, when the weather was good.
I only WISH there were a curvy backroad alternative to my commute. Then maybe I would have kept my RSX and taken the alternate route a couple of times a week!
2014 Mini Cooper (stick shift of course), 2016 Camry hybrid, 2009 Outback Sport 5-spd (keeping the stick alive)
What in the hell is the world coming to? :P
on which I can hit speeds over 80.
The only fly in the ointment is that the geniuses who run my company doubled my commute a year and a half ago. The office used to be located just over 11 miles from my home. :mad:
In my 40 years in the workforce I've commuted just about every way you can including trains, subways,buses and walking.
2001 BMW 330ci/E46, 2008 BMW 335i conv/E93
There are no real alternate routes available unless I go out of my way - the downside to living in a semi-rural county near a major metropolitan area.
Unlike andys, my commute was cut in half last year - the office was downtown and the distance from home to work was just about 30 miles, but that last 10 miles took an extra 30 minutes due to traffic.
All things considered, not too bad. I've lived all around the metro Denver area, and this is the shortest commute, time-wise, that I've had in 13 years.
Buy two newspapers.
Drive 0.3 more miles to the kids' school.
Park the TCH at the school and unload the Segway HT out of the trunk.
Attach the "gorilla grip" anti-theft device to the steering wheel.
Sign the kids in to their before-school program.
Take the Segway 3.6 more miles to my work.
Repeat in reverse order in the PM.
5-6 miles through suburbia to the critter drop-off point.
20 miles on the highway (often stop and go for about 2 miles).
2-3 miles on surface streets.
The killer is the rte 95/128 split. I've spent as long as 1.5 hours sitting on the same on ramp.
If I'm feeling frisky, the return home allows me to take a slightly longer drive through a nice curvey suburban back road. Can't race the whole length because of houses and blind corners, but there are enough safe places for a few shenanigans.
Rocky
The toll's not too bad ($0.53 w EZ-Pass discount)
but having to go thru a choke point irks me.
It get's real bad going home on pre-holiday Fridays so I cut thru a back way that is semi-scenic and the other day (Fri before Labor Day) I discovered that it's 2 miles shorter (!)
I'll have to time it to see how much longer it takes (it's all two-lanes).
2001 BMW 330ci/E46, 2008 BMW 335i conv/E93