Better Cars for Better Times

Fuel Cell Cars

Combustion is a relatively uncontrollable transfer of electrons from what is being burned to the oxygen in the air. This produces heat, which causes the mixture to expand and push pistons in your car.

Notice I said it's a transfer of electrons? That's right. You can make a system that still transfers the electrons without the fire element. Fuel Cells. In essence it's a non-rechargable battery that can be refilled. Since the fuel will probably be a fluid of some sort, the electronics and catalysts involved would be small and easy to make.

The downside to fuel cell cars is that for an engine the same size, it would produce far less power. In the long run it would be more efficient, but you wouldn't be able to speed up very quickly. Another is that fuels for fuel cell cars are not readily available. Gasoline would defeat the purpose, and it's hard to make a fuel cell using gas.

My recommendation for something like this would be to use either compressed or liquified hydrogen as your fuel cell fuel, and have it be a hybrid using similar electrical storage systems to those you find in regular hybrids. You would have to use electricity to electrolysize the hydrogen, and that electricity would probably come from burning fossil fuels. The benefit to this is that all the pollution from burning fossil fuels would be localized and could be cleaned up a hundred times easier. It would also mean that we could get off our dependency of foreign oil and start using domestic coal to power everything from cars to airplanes.

I have solved world hunger. Now making it a reality would mean simply just convincing Ford and GM to make the cars available, or an act of congress. Will either happen soon? Probably not.

Better Car Design

Another way to decrease our dependency on foreign oil is to make engines that burn less fuel. I've got a design of my own, but I'm not going to publish it for just anyone to take.

The concept of the hybrid is a brilliant idea. Pretty much what it does is converts the energy lost in braking to electrical energy and stores it. Then when you accelerate, it draws on that energy and recycles it, using less gas in a stop and go situation. Most hybrids I see on the road also have great streamlining and are small cars, which maximizes fuel efficiency.

One catch about the hybrid is that they are on incredible demand right now. The major auto makers in the world are cranking them out at full speed and they are immediately sold off the lots at dealerships. They are already converting assembly plants to crank out hybrids. And since hybrids are expensive, that means the car companies are making bank on these babes. Problem is, the car companies are losing more money elsewhere. But that doesn't affect you much.

The all-new Civic, from Honda
The all-new Civic, from Honda
Wind has so much more potential than we're tapping
Wind has so much more potential than we're tapping

Alternative Fuels in Alternative Places

I worked loosely with a dude at my university who was trying to engineer an enzymatic pathway to start with coal and end with gasoline. It's a brilliant concept, you know why? Because if we could convert coal into gas, gas prices would probably drop to below a dollar a gallon again and stay there for decades. I was once told (I don't know how accurate this is) that if we could convert all the coal in Colorado into gasoline, that coal would power all the automobiles in the US for two hundred years. Slick, eh? Worth investigating, eh?

I mentioned hydrogen as a fuel. I personally love it. People are afraid that if you liquify it or compress it that it will still be an explosion hazard. I don't know if they noticed or not, but gasoline can explode too. I'll admit, there is a bit more of a hazard when it comes to hydrogen. If you compress it to the point where it's economical, a pinprick could rupture your tank and blow the shit out of it. If you liquify hydrogen and let it sit in your tank until it evaporates, the pressure will either rupture your tank or will be bled off, wasting fuel. If you're a regular driver, you don't need to worry about this as much. The problem comes in keeping your fuel refrigerated. And the explosive nature of hydrogen is different than gas. If you have a hole in your hydrogen tank, it will probably be blowing out a considerable amount of hydrogen that will burn incredibly hot. A gasoline fire would bake everything around it while a hydrogen fire would probably weld everything together. I don't want either, but the difference does not make me more afraid of hydrogen.

And the nice thing about hydrogen is that it burns ecologically friendly, and it can be created anywhere that there's water and electricity. It doesn't matter where that electricity comes from. Thus you can make fuel from solar power, wind, hydroelectric, or nuclear power. If you're a little backwards then I guess you could burn gas to make the electricity. But we have plenty of coal and plenty of water (depending on where you live). Now if we were to convert all automobiles to hydrogen, we would literally have to multiply the electricity generated in the States by ten times to keep up with the demand. Does that sound likely to you? It will take time. Shit.

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Comments 6 comments

Constant Walker profile image

Constant Walker 8 years ago from Springfield, Oregon

Thank you, Guru. Have you considered approaching someone with the capital and know-how to get your design off the ground? An entrepreneur?


Science Guru profile image

Science Guru 8 years ago Author

Thought about it I have. The particular core engine design I have has a lot of kinks I still need to work out. The process would be a hundred times faster if I had a mechanical engineer working with me. Current engines use internal combustion to push pistons on a linear path and then convert that force to torque. My engine would take that combustion to push the piston on a circular path, which could be used as torque without converting it. I once had some ask me if I was talking about a rotary engine... no. Not even close.

One of my hold-ups is that if I do approach someone with capital with my design, depending on the agreement they may end up getting the majority of the fame and profits. If I hook up with an engineer to help me design it, they might end up with all the fame and profits. Right now I just don't know anyone in the business and wouldn't trust them fully if I got to know someone in the business. I'm not necessarily a capitalist, but I don't want to get screwed over either.


sschilke profile image

sschilke 8 years ago

Guru,

I found the hub very interesting. The part about converting coal to gasoline, enzymatic pathway... what the heck does that mean? If you have to write a hub on it, I would read it.

Sschilke


Science Guru profile image

Science Guru 8 years ago Author

I don't know enough about it to write a full hub on it. But coal is mostly elemental carbon. Gasoline is a mixture of hydrocarbons. Chemists nowadays can convert coal into those hydrocarbons, but the cost in terms of energy makes it impractical. What this guy is trying to do is use enzymes to lower the energy cost of making the transition so that converting coal to gas becomes economically viable.

I believe the process starts with partially burning the coal to produce carbon monoxide and carbon dioxide. The carbon monoxide I think (could be wrong) is reacted with water at high pressures and temperatures to yield a formaldehyde. From there it's converted from one hydrocarbon to another until you get hexane, pentane, octane, and any other of the hundreds of hydrocarbons found in gasoline. All in all, you get about as much energy out as you put in. If we could engineer a set of steps using enzymes to lower the energy requirements, we could then potentially get out seventy-five percent more energy than we put in.

Obviously the process is still in the works.


Newyork204 profile image

Newyork204 7 years ago from Anchorage, AK

Could that idea of cold fusion (like on Back to the Future 2) powering vehicles work? Everything including banana peels, beer cans, etc has energy in it and my question if it could be used to make power.


Science Guru profile image

Science Guru 7 years ago Author

Theoretically I see no reason why not. However, it will be a long time before the technology will be made public on a large scale and probably not in our lifetime when it can be made small enough for cars. Bummer, huh?

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