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Hydrogen is widely used for its chemical properties in a range of industrial applications. Fuel cells that use direct hydrogen are opening up a new business opportunity for hydrogen suppliers – one with potentially high demand if some key markets take off. The key direct hydrogen fuel cell applications that are currently seeing traction are light duty vehicles, forklifts, buses, stationary power, and scooters. These fuel cell market present different infrastructure buildout pathways, with varying opportunities and challenges.
According to a new report from Pike Research, as a result of this infrastructure investment, more than 5,200 hydrogen fueling stations for cars, buses and forklifts will be operational worldwide by 2020, up from just 200 stations in 2010. The cleantech market intelligence firm forecasts that, by the end of that period, annual investment in hydrogen stations will reach $1.6 billion, with a cumulative 10-year investment totaling $8.4 billion. The increased utilization of hydrogen as a fuel will drive annual demand from approximately 775,000 kilograms (kg) in 2010 to 418 million kg by 2020.
“There is no one clear business model for the hydrogen infrastructure market at present,” says senior analyst Lisa Jerram.“Currently, the major players in hydrogen fueling are large multinationals: the industrial gas companies, and the energy and gas companies, both those that operate retail gas stations and those that provide fuels for the grid. These companies tend to favor large-scale hydrogen infrastructure options.”

Germany will become the first country completely accessible to fuel cell vehicles in 2015, when carmaker Daimler and the Linde technology group will build 20 new hydrogen filling stations. The result will quadruple the number of public stations available and make it possible for a fuel cell vehicle to reach any location in the country.
Daimler's plans to start mass-producing fuel cell vehicles next year were severely limited by the lack of public hydrogen filling stations in Germany. The carmaker realized that if its vision of battery-powered electric vehicles gaining mass appeal in tandem with fuel cell electrics was to come true, it needed to so something about the lack of hydrogen infrastructure.
Installation of the hydrogen refueling pumps will begin next year at existing gas stations currently operated by various oil companies. Daimler and Linde said their investment would be "in the tens of millions of euros," declining to be more specific. They said they were open to teaming up with other potential partners in the fuel, energy and automotive industry.



EnergySpin wrote:AEC owns a metallurgic formulation which separates hydrogen from water at low cost, requiring no electrical energy or external input, and without utilizing or producing any hazardous waste materials. AEC's process involves chemical reactions between a proprietary metal alloy mix and the liquid solution. These metals are plentiful, stable in cost and produce effective, highly purified hydrogen utilizing a catalytic process
Time for the Grand Unifying Theory of all such schemes:
Rich Idiot Investor + Scum Artist --> Poor Smart Investor+Rich Scum Artist
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Cloud9 wrote:This will benefit the top one percent twenty five years from now. You simply cannot replace 100 years of infrastructure with a scientific study.

Lore wrote:Unless we can develop economical hydrogen vehicles within next 10 years, this supposed technology that will save our happy motoring ways is a myth.

Outcast_Searcher wrote:Lore wrote:Unless we can develop economical hydrogen vehicles within next 10 years, this supposed technology that will save our happy motoring ways is a myth.
Forget reports. How about a real, productive, quality automaker, which has been leading the world in real production energy efficient cars?
Toyota has an energy roadmap, that includes real-world consumer fuel cell vehicles cranking up in 2015. That gives PLENTY of time for them to be making a profit on these by 2020 or so.
http://www.autoobserver.com/2010/05/toy ... -says.html
The above link estimates them costing about $50K in 2015, and having fallen 50% in price from 2010 prices by then -- so 2020 sounds about right for a practical fuel cell car.
Even if this is off a bit -- this is far from just some report that some government or university ivory tower egghead jotted on a napkin.




The Practician wrote:Did you hear that guys? Toyota has an ENERGY ROAD MAP! We're saved! 100 bucks says they had the Underpants Gnomes from south park draw it up for them.
http://www.youtube.com/watch?v=TBiSI6OdqvA
Hydrogen is viable as an energy storage medium for rich peoples toys, but it is not going to be powering any sort mass motoring society any time soon without a significant amount of spare electrical capacity. This may be possible on a certain scale, but its going to mean motoring will be a whole lot less democratic and societys lower classes will not have as much access to energy.
like GM and Chrysler. 
peeker01 wrote:Nice rant OS! I especially like the Prius plug-in with it's 12 mile range. Who needs a "Map" when
you can't get out of town?


Outcast_Searcher wrote:The Practician wrote:Did you hear that guys? Toyota has an ENERGY ROAD MAP! We're saved! 100 bucks says they had the Underpants Gnomes from south park draw it up for them.
http://www.youtube.com/watch?v=TBiSI6OdqvA
Hydrogen is viable as an energy storage medium for rich peoples toys, but it is not going to be powering any sort mass motoring society any time soon without a significant amount of spare electrical capacity. This may be possible on a certain scale, but its going to mean motoring will be a whole lot less democratic and societys lower classes will not have as much access to energy.
Yeah, I like South Park too. It makes fun of virtually every aspect of our troubled society, which is great, IMO.
Unlike you, at least South Park's creators AND Toyota have REAL entities that are actually trying to do something about society's ills.
Complaining about the terminogy to describe Toyota's future energy plan for their cars (you like that better?), doesn't change it. Complaining about the fact that there is an income disparity doesn't change THAT either.
(BTW, I am NOT a Toyota shill.
I am a Toyota customer who is enthusiastic about their progress on car technology, recent product offerings like the 2012 Camry Hybrid, and likely future offerings like the 2013 (for the general U.S.) Prius. And, despite your whining that all the problems aren't solved yet, the coming POTENTIAL revolution in practical fuel cell cars. (IMO, if someone does it, Toyota has a good shot. If it doesn't work -- SO WHAT? It's not like they hurt YOUR narrow minded fanny by trying). They spent THEIR money trying to make a profit AND make the world a better place).
One would think the leftists would LIKE such efforts.![]()
Toyota is both bringing cleaner and more efficient cars utilizing several different technologies into the world AND making them cheaper. This reminds me of a company that did a LOT to make a product better and cheaper, but the left hated them because they dared to be profitable. Let me think -- I worked for them for 27 years, I am sure I can recall it...
Oh yes. It was IBM, which did more to democratize computers than any of its peers in the 60's and 70's (and became huge and very profitble in the process), so Uncle Sam sued them and helped screw up the company for DECADES. Kind of like they did for MSFT more recently.![]()
Of course, folks like you and Uncle Sam are good for:
a). Complaining about people who produce things.
b). Trying to take their money and give it to those who don't or won't (because, of course, life is UNFAIR).
c). Screwing such people over if taking their money doesn't do enough damage to suit you.
d). Bailing out FAILING entities (generally unionized)like GM and Chrysler.
Well, thank you SO much. If you can't do something productive or suggest something constructive, please get the he** out of the way. (And have a nice day).

The Practician wrote:As for you extrapolating my entire value system from a very few sentences where all I said was that a low EREOI transport system, based on large privately owned vehicles is going to be inherrently undemocratic, I would appreciate it if you wouldn't do that. I dohope beating the S#it out of all those straw men was good for your self esteem though.
The Practician wrote:Hydrogen is viable as an energy storage medium for rich peoples toys, but it is not going to be powering any sort mass motoring society any time soon without a significant amount of spare electrical capacity. This may be possible on a certain scale, but its going to mean motoring will be a whole lot less democratic and societys lower classes will not have as much access to ener

The Practician wrote:Look, you're right: Toyota has the right to manufacture whatever kind of vehicles they want, and consumers have the right to buy them, but that doesn't make them viable as mass transportation in the absence of infrastructure to support them. (the proverbial "?" in the underpants gnomes 3 step plan). I have reviewed the case for and against hydrogen and other alternative "fuels" and their potential to supplant gasoline and diesel in a post cheap oil world, and in my opinion the evidence weighs heavily against them. All the shrill screaming to the contrary is not going to change that opinion.

The Mercedes-Benz F125 concept unveiled here this week is one of those vehicles that give auto salons a reason for being.
It is a dream car. And dreaming of a gilded future for automobiles, and those who drive them, is what these shows are about.
According to Mercedes, the F125 suggests what an automobile might look like in the year 2025, and what might propel it.
But Mercedes-Benz is willing, perhaps even eager, to go out on a limb here, claiming vehicles should look even more sleek, sensuous and desirable, like the F125, no matter what government safety, emissions and fuel economy regulations may be thrown their way.
Such vehicles, Mercedes posits, will be capable of ranging 1,000 kilometers (621 miles) or more between fill-ups of hydrogen, which would be pumped through fuel cells to produce the energy that would turn electric drive motors at each wheel. This would be supplemented by a plug-in hybrid system, with lightweight lithium-sulfur batteries capable of giving the F125 50 km (31 miles) of purely electric range. Semiautonomous telematics systems would help take over some of the driving duties from humans: changing lanes, passing other cars and crawling unassisted through heavy traffic.
The F125 would be constructed of materials so light — carbon fiber, aluminum, advanced plastics and rare-earth elements — that it might seem able to gracefully spread its wings and fly away.

Hydrogen really could be the energy of the future. It is renewable, abundant, and 100% environmentally friendly. The obstacles restricting its global use are the difficulties of collecting it (pure hydrogen doesn’t occur naturally) and storing it in the quantities necessary for producing significant energy levels. Scientists at the University of Oregon have recently developed a way of storing hydrogen in a liquid form that is stable in both air and moisture, and workable at room temperature. It could minimise the current obstacles to storage and transportation, enabling an eventual transition to a hydrogen based energy infrastructure.
The compound, BN-methylcyclopentane, remains as a liquid and can be “charged” by introducing hydrogen atoms. Iron chloride is then used as a catalyst to release the hydrogen in a clean, fast and controllable manner.
The research was funded by the US Department of Energy in the push to discover a viable carrier for hydrogen fuel by 2017. Many believe that this new approach could prove more useful than other techniques currently studied because it is liquid, rather than the solid metal hydrides, absorbent materials and ammonia borane upon which most efforts currently focus. A liquid based form of storage would ease a transition from petroleum to hydrogen as existing templates and systems would require little modification.
As Liu said, "The availability of a liquid-phase hydrogen storage material could represent a practical hydrogen storage option for mobile and carrier applications that takes advantage of the currently prevalent liquid-based fuel infrastructure."

Graeme wrote:New Hydrogen Storage Method Could Replace Petroleum with Little FussHydrogen really could be the energy of the future. It is renewable, abundant, and 100% environmentally friendly. The obstacles restricting its global use are the difficulties of collecting it (pure hydrogen doesn’t occur naturally) and storing it in the quantities necessary for producing significant energy levels. Scientists at the University of Oregon have recently developed a way of storing hydrogen in a liquid form that is stable in both air and moisture, and workable at room temperature. It could minimise the current obstacles to storage and transportation, enabling an eventual transition to a hydrogen based energy infrastructure.
The compound, BN-methylcyclopentane, remains as a liquid and can be “charged” by introducing hydrogen atoms. Iron chloride is then used as a catalyst to release the hydrogen in a clean, fast and controllable manner.
The research was funded by the US Department of Energy in the push to discover a viable carrier for hydrogen fuel by 2017. Many believe that this new approach could prove more useful than other techniques currently studied because it is liquid, rather than the solid metal hydrides, absorbent materials and ammonia borane upon which most efforts currently focus. A liquid based form of storage would ease a transition from petroleum to hydrogen as existing templates and systems would require little modification.
As Liu said, "The availability of a liquid-phase hydrogen storage material could represent a practical hydrogen storage option for mobile and carrier applications that takes advantage of the currently prevalent liquid-based fuel infrastructure."
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