New process for making hydrogen

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Berner's picture
Location: Edmonton, Alberta Canada

Purdue researchers find a new method for producing hydrogen by adding water to an alloy of aluminum and gallium.

For the full article, locate the link in this post and click on it.

http://www.unitednuclear.com/newprocess.htm

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CopperFangHusky's picture
"What I'm? it's a difficult question, What I feel? it's easier...(sorry for my pour english)"

Location: Chile

Website: [Link]

is a good method, but a litle expensive...
is easier with...
Mg + 2HCl= MgCl2 + H2...

Alondro's picture
"Lions are lazy, very lazy. However, never tell one that to its face, lest you be sliced like bacon."

Location: NJ

It's interesting, and certainly the ability to simply fill up your tank with your garden hose would be extremely appealing to people fed up with the gasoline companies whining about every little hiccup in production simply to find an excuse to drive prices higher and get record profits every year (it's the only industry to have double digit percentage profit increases every year).

However, it all boils down to the cost of the technology and finding a viable source of alternative electricity. That's always been the biggest problem with hydrogen. No matter how you make it, it requires alot of electricity, in this case to recycle the aluminum oxide. Wind is nice and clean, but there are only a few locations in the US that have consistent enough wind to make it worth the cost of construction, and are free from natural disasters like hurricanes and tornadoes, which windmills are quite vulnerable to.

A combination solar panel-reflective water heating tower is my idea, with its internal processes and servo motors for rotating the solar panel mirrors powered by Sterling-type heat engine-generated electricity. Most of the Southwest would be prime for that technology, and Australia, with its vast, bleak, flat, sun-baked interior, would be poised to become one of the world's biggest electricity producers if my prototype design works efficiently enough. Smiling

On a related alternative energy note, corn and grasses are not the best products to use for biodiesel. The use of corn is already driving up feed prices, and the ethanol production isn't even close to making a dent in gas prices. Too much food-producing acreage will be lost.

A genetically-modified, high-sugar content kudzu would be the best plant for the job. Nitrogen-producing and rapidly-growing, it would require little fertilizer (mostly potassium and phosphorus) and be harvestable virtually every week!

*I R a gEene-us* :B

CopperFangHusky's picture
"What I'm? it's a difficult question, What I feel? it's easier...(sorry for my pour english)"

Location: Chile

Website: [Link]

COMPLETELY acourd!!! Biodiesel is most sheap and ecologic option of renovable energy... now remember that my country are inside of biodiesel projects. at may 21, the president (Michelle Bachelet) said that biodiesel will be our first option of energy ( we have some energy problems, because Argentina have many internal conflicts, and is posible that they will cut the Chilean requirement)ops!!!, well biodiesel is the response...
and to USA too...

Mwuricon D Malamute's picture
Location: York, PA

This could well be the answer IF!!! If it ever sees the light of day. Big oil will make sure it doesn't. Big oil has stomped every technology that has threatened their bottom line, why should this be any different.

Alondro's picture
"Lions are lazy, very lazy. However, never tell one that to its face, lest you be sliced like bacon."

Location: NJ

Problem with that theory: massive profit for whoever makes it work. The potential profit of a fully viable and cheap alternative energy source is almost incaculable. If anything, the oil companies would try to steal it for themselves to ensure a complete monopoly on all types of energy. They could produce the cheap energy, then charge full price for it, thus making their profits even larger.

The fact is, no alternative energy source has proven cheap enough to compete. Solar costs too much for most people to install, even with tax incentives. Wind is limited to certain locations and that is cut even more by local protests following the old "Not in my backyard!" rhetoric.

And as I mentioned, biodiesel has problems in this country with the main crops only producing one yield per year. And with that you also have to take into accound how much energy is lost from farming, harvesting, and processing the crops. Sugarcabe is far better, since you basically hack it up, squeeze out juice, and ferment said juice. But sugarcane can only grow in a teeny little area in the US. That's why genetically engineered kudzu is the answer. Someone seems to be working on that, so I need to hurry!

I must also mention cold fusion. That odd effect was actually thrown out by physicists who were so sure it wouldn't work that they designed their independent tests poorly to make sure they wouldn't find an effect. It didn't agree with their theories and so had to be disproven. But the Navel Lab in San Diego recently picked it up again and found that with a properly made palladium catalyst, doped with about 1% boron, there is some type of fusion reaction occuring. However, it's activity is haphazard, it has a low yield, and it's duration varies enormously. They don't even know why it happens yet. And without that knowledge, it's impossible to design a system to increase the effect. The most accepted theory is that the crystal matrix of palladium, which absorbs deuterium or tritium, accelerates electrons and some collide with neutrons, converting them to protons after all is said and done. Thus, helium 3 is formed, which is what is mostly detected from the reaction vessel. This reaction is well within defined physical laws and could work in systems with relatively low energy.

The other alternative energy for electricity that is proven to work is nuclear fission... and, good lord, the protests that ensue if anyone in Congress even thinks of building a new nuclear plant! Nuclear energy done right is very clean these days and fuel can be reprocessed much more efficiently than before. Plus, pebble-bed reactors use fuel that is separated in a way that it cannot melt down. France has used the reactors for decades with no accidents. And the waste? Meh, just send it to Jersey. Nobody here will even notice. ;P

Mwuricon D Malamute's picture
Location: York, PA

I agree that BIG OIL will try to buy the technology. And at some point they will make profit with it. But the market share of cars on the road still use gas, and people will not convert their car to new tech if it is still available. Only folks with $$$ will buy the new cars when they come out. All in all its a money issue. Thats the legacy our capitalistic democracy has created for us. And as long as the wealthy are the only people in high level public office I see no chance of it changing.

Alondro's picture
"Lions are lazy, very lazy. However, never tell one that to its face, lest you be sliced like bacon."

Location: NJ

I tend to take advantage of that very capitalist system for my kudzu-biodiesel! In fact, I depend on it. With tobacco companies looking for other ways to gain profit and the slow decrease in smoking in the US, all that tobacco-growing land will be empty... and what better way for the companies to improve their image AND make endless profit than to grow a fully green energy crop that actually improves the soil its in, prevents erosion with its extensive root system, and is cheap as heck to grow (once the sugar-producing transgenic form is perfected).

Of course, they'll need to purchase my patented transgenic cultivar of kudzu... for a modest initial fee and tiny royalty percentage. >:}

That's just a wee part of my evil little plan. Save the world... and get super-rich in the process. I get to be evil and good at the same time! *muwah ha ha... Sideshow Bob laugh*

desteredra's picture
"Little dragon. Big mouth."

Location: Philadelphia area, PA

This user is a Staff Member.

Hrmmm...i wonder if it would retain the same constitution for ease of cultivation.

Kudzu Gardening Tips

CopperFangHusky's picture
"What I'm? it's a difficult question, What I feel? it's easier...(sorry for my pour english)"

Location: Chile

Website: [Link]

but many plant serve for biodiesel:
example: raps, corn, sugar plants and others...

Alondro's picture
"Lions are lazy, very lazy. However, never tell one that to its face, lest you be sliced like bacon."

Location: NJ

But kudzu has an advantage in that it can grow incredibly fast. Even though producing more sugars in its stems will likely slow it down a bit, it will still outgrow all other plants. You can virtually see that stuff growing! A few acres would produce tons of biomass every week! It would require frames to grow on and machines to prune the frames. But that could even be done automatically, the pruning robots simply travelling along the frames and trellises, and perhaps even run on solar cells... Since they'd have a week or so to recharge before each cutting, it's feasible, thus even greener energy!

desteredra's picture
"Little dragon. Big mouth."

Location: Philadelphia area, PA

This user is a Staff Member.

>It would require frames to grow on

We call them parked cars and telephone poles, though kudzu will grow over anything if it sits still long enough.

>and machines to prune the frames. But that could even be
>done automatically, the pruning robots simply travelling
>along the frames and trellises, and perhaps even run on
>solar cells... Since they'd have a week or so to recharge
>before each cutting, it's feasible, thus even greener
>energy!

OK, so maybe not a week. We're talking about Napoleon the plant, here.

If it could be made into a workable form of fuel, though...it could work quite well; goodness only knows it loves the climate. Only challenge i can see is keeping the kudzu from escaping the farm, though maybe you could develop a moat or something.

Alondro's picture
"Lions are lazy, very lazy. However, never tell one that to its face, lest you be sliced like bacon."

Location: NJ

The growth of the modified kudzu wouldn't be a problem. If it's putting much more of the energy it gets from photosynthesis into sugar production, then the growth rate will correspondingly slow down. The trick will be to introduce constitutively active forms of enzymes and signaling cascades that tell the plant to store its sugars as sugars/starches instead of making vast amounts of cellulose for growth. Of course, if this one guy I've seen in Discover magazine perfects a process for utilizing cellulose and most other organic material, I won't need to bother with the genetic modifcations and just concentrate on the farming methods and equipment and producing as much biomass as physically possible. Smiling

Kenoscope's picture
"Fat, dumb and ugly. Untalented as well."

Location: Taxes

Website: [Link]

Kudzu has the disadvantage of needing water, lots of it. As well as choaking any other lifeform off the planet. A evil weed. Straight out of Cranium Islands labs it is.

Berner's picture
Location: Edmonton, Alberta Canada

Hey, as long as we don't start cloning Triffids I think we'll be okay.

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