Most cars have been running on natural gasoline almost forever. Nothing seemed to ever change from the same old way until the water fuel cell. This doesn’t mean cars can now run on water, because first the water must change into oxygen and hydrogen to make the fuel called HHO. But the water fuel cell is responsible in providing the electricity to do so. Years ago, when pioneered by Stanley Meyers, the fuel was stored in separate sealed tanks, but with new ideas on fuel cells the water is stored then pumped into the carburetor where the fuel cell box awaits to start the car. The gasoline is then clear and odor free. What an original, creative, economically sound idea.
Hydrogen fuel cell technology has been catapulted onto the alternative fuel world stage with enthusiasm. Running automobiles on an unlimited supply of water containing hydrogen captures imaginations. This particular alternative fuel technology, however, may be a case of what most scientists and engineers come know, that is, most any technological feet is possible, but at what cost? The more critical aspects of cost and viability in real world applications outweigh the novelty of the achievement.
Have you ever wondered why there can’t be a cheaper, cleaner way to power your car? The truth is that there are many in the works, behind the scenes in the automotive industry. One very promising technology that could replace gas, and help lower fuel costs, is hydrogen fuel cell technology. What’s that, really? It’s a method of converting water into energy for your car, rather than using costly, polluting gasoline.
So how does it work? Hydrogen may be used in an internal combustion engine configured to run on liquid hydrogen though most of the talk is about using hydrogen in fuel cells to generate electricity. A fuel cell is an electromechanical device which uses hydrogen combined with oxygen to produce electricity. That electricity, in turn, drives the electric motors that propel the car. Fuel cell vehicles (FCVs) are thus electric vehicles.
Fuel cells were a part of the Apollo Mission in 1964, employed to run the on board electronics of the lunar module, yet in the intervening years since they have gained little ground in real world automotive applications. Honda has leased a single FCV to a carefully screened Southern California family. This is the only Honda FCV being driven by any non industry citizen in the country. They refuel at a plant nearby, one of a handful in the country.
The source for hydrogen can be water, the most abundant resource in the world as advocates of this technology will point out. Hydrogen exists nowhere in a pure state, however, and must be isolated from compounds that contain a hydrogen element. This process is energy intensive. Obtaining hydrogen from water requires splitting the molecule apart via electrolysis. This is the second most common method for obtaining hydrogen. Currently the lion’s share (95%) of all hydrogen produced in the U.S. comes from natural gas through a process called steam methane reforming (SMR).
Why is hydrogen overwhelmingly derived from natural gas, and not water? The answer lies in the cost of procuring hydrogen through energy-intensive electrolysis. Acquisition through electrolysis of water may become more appealing when scarcity and higher costs of natural gas alter the equation. Using electricity generated from renewable sources is possible as advocates suggest, but this is an inefficient use of that electricity when compared with other alternatives.
The logic in using natural gas or other energy sources to create hydrogen when instead those sources could be used directly to power a vehicle seems questionable. Introducing an added step—converting natural gas or electrolyzing water—requires more energy. The energy will come from fossil fuels such as coal, natural gas, oil, or other renewable sources. However, technology is constantly advancing, and there may be a day, soon, where you can skip the pump, and power your car from the water hose outside.
Going green is more than just a catch phrase to some. They want to do more than just switch from using plastic bags to reusable bags. They want to make sure whatever they are involved with doing does not pollute the environment. This includes driving. In certain parts of the country public transportation, is not accessible. That means just about everyone has to drive everywhere they go. However, approximately 20% of all greenhouse gas emissions come for driving standard cars and light tucks. With the national and international push to go green, you are going to see more and more people driving a fuel efficient car. For each fuel efficient car we see on the road, is one more person that is showing a dedication to decrease the amount of greenhouse gas emissions.
Driving a greener car is not as difficult as one would think, nor does it mean you now have to go purchase a new car. One of the things you can do to start driving a fuel efficient car is to convert your car to run on water. When electricity is introduced to water it splits the hydrogen molecules from the oxygen molecules creating a viable fuel source. For safety reasons, the hydrogen and oxygen need to be kept in separate containers. These containers are referred to as fuel cell kits. The separated gases are then used to power the vehicle.
With a water powered fuel efficient car, energy is derived straight from water itself. Having a water powered fuel efficient car does not mean you will not need any gasoline. You will still need a small amount. The car requires that you use a combination of a special water, with a certain amount of gasoline. The combination of the two will make your car run more efficiently.
Converting your car to a more fuel efficient car can be done by purchasing an installation kit. You can purchase an installation kit online. The kits will include detailed instructions, the MAP Sensor Enhancer, the Vaporizer, the Electrolyzer, the PCV Enhancer, the Fuse holder wiring, the Fuel Heater, and the Catalyst. When you first read through the instructions the setup process may sound a little complicated. If you are having difficulties, there are professionals that can help you.
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Buying a car is no big deal nowadays but the biggest concern for most car owners today is the monthly cost of maintenance and fuel. The amount that a person spends on these requirements is quite high and with other costs also increasing it is not always easy to shell out a few extra bucks on the car. But as people say that need is the mother of invention, this growing need for a cheaper solution has brought to life another alternative which is an electricity powered car. While these cars turn out to be easy to operate and non polluting cars they are pretty simple and comparatively cheaper as well.
In fact you also do not need to buy a new car you can actually opt for the conversion of your existing car to an electric car as you already have the frame and the wheels in place. You need to just get the motor replaced with an electric motor and also the batteries can be used. As for the key, you can use it for locking and unlocking the doors and can replace the on-off slot with a switch that would perform the functions of starting and stopping the car.
It seems to be pretty easy and it actually is, people with a decent amount of knowledge have been able to create an electric car of their own in a matter of a couple of weeks and have been saving a lot of money which they would have to otherwise spend on fuel.
More and more people are doing their part in creating and keeping the environment green. Because cars contribute to pollution, the invention of the water fuel car couldn’t have come at a better time. Stanley Meyer pioneered the first car run by water, and held the patent until his death in 1998. Mocked and ridiculed for stating a car can be operated with water, the misunderstanding came from the uninformed not realizing that the water fuel cell electrically separates the water into hydrogen and oxygen thereby creating a viable fuel.
In regard to the environment and leaving something for those who come later from generation to generation, there is a great responsibility to keep this earth safe from toxins and pollution. Gasoline prices are rising daily, jobs are becoming scarce, and even when one does find work, getting there can be quite expensive. With the water fuel car, energy is derived from the water itself without any other energy source. Car manufacturers and fuel companies have a lot at stake and would like to prevent such cars from becoming the norm, but with a water fuel cell kit, one can build their very own water car and the government cannot interfere.
Better fuel efficiency and cleaner fuel emissions are just two reasons the water fuel car is ideal in doing what is right for the environment. Other reasons are better gas mileage. Some of these cars get seventy five percent more mileage. That is a great boost financially as well.
When Stanley Meyer invented the water fuel car, the hydrogen and oxygen needed to be kept in separate, sealed, storage containers for safety, but now with fuel cell kits, the water may be stored in a tank, then pumped to the carburetor and electrically charged through a fuel cell box. This is exciting because very little expenditure is needed to run these new cars. Japan has jumped on the wagon as well as Australia. America seems to be lagging far behind. Shameful as that is, with so many now wanting to build their own cars, and hopefully with political support, the water car will soon be as normal as the gasoline filled one is now.
As the innovative hydrogen car kits are now entering the mainstream there is a horrendous amount of FUD (Fear, Uncertainty, Doubt) being flung around. Whether you are interested in purchasing such a system or not it’s really worth to know the facts:
Fake Fact Number 1:
Hydrogen car kits sellers say that these burn water. This is nonsense and thus this whole movement is just a hype movement.
Answer:
Hydrogen car kits do not burn water, because yes, that’s impossible. What they do is that they use the car battery to split the water into its components hydrogen and oxygen and use the resulting HHO gas or brown gas as it is called.
Fake Fact Number 2:
Hydrogen car kits can’t be useful. They spend more energy in splitting the water than they do from actually burning the resulting stuff. It’s basic physics.
Answer:
If this is what hydrogen car kits would be actually doing, you’d be right. However the hydrogen gas is used as an additive which greatly improves the efficiency of the gasoline burning process. Basically, the mix burns faster and thus a much smaller amount of energy is dissipated as heat and converted into useful energy.
Fake Fact Number 3:
If this hydrogen thing would be really working then the car manufacturers would’ve used it a long time ago.
Answer:
This is just blatantly false. Car manufacturers are very conservative in their designs. Diesel engines for example, which are much more efficient than standard ones have been with us almost for as long as cars themselves, yet they are still in minority. We don’t want to point any fingers here, but when these manufacturers compare the benefits of an improved design with the cost of modifying their assembly lines, the cost aware argument usually wins.
Fake Fact Number 4:
The price for the components of these hydrogen car kits must be huge.
Answer:
This is again blatantly false. These systems were invented by people just like you and me who were passionate about making a difference. This means that they had low budgets and they had access only to off the shelve components. This is a grassroots movement and the cost really does reflect this.
Fake Fact Number 5:
If these hydrogen car kits really are this good, wouldn’t the government support them? There is absolutely no help from the government in this direction, which means that these things are absolutely useless.
Answer:
You have reached a painful truth. Indeed, the government is not supporting such innovations, but not because these hydrogen car kits do not deserve, but rather because there are no huge corporate interests and lobbyists behind them. The only initiative of this type that the government is supporting is the ethanol fuel, which is not particularly efficient (especially in its corn variety), but which has the benefit of producing huge profits for the agribusiness establishment.
These are the pure, raw facts. If by any chance you have decided to try hydrogen car kits, you have our congratulations. A good place to find out more would be this is by visiting our Home Page.
It is the time when people are getting more conscious about the environment and their resources and hence they are also trying to change their lifestyle and habits in order to meet the standards that would help protect the environment as well as the natural resources available to us. Many might wonder, especially in certain cases like a car, why people shift from a high end fuel based car to a comparatively slower electric car.
But there are more than one reasons why these changes are taking place and most of them are related to the long term needs of us humans as most of us have become aware that at the current rate we will soon be out of stock for the common fuels and hence it would be wiser to make the shift right now rather be forced to shift when we are on the verge of exhaustion.
Secondly, more and more individuals understand the complications that the environmental problems are causing, due to the increasing carbon and pollutant particles in the air due to various fuel led emissions.
Lastly, the electric car is also quite easy on one’s pocket as it is not that expensive as well as one can convert his/her existing vehicle into an electric car. So in case you are planning to do the same you will find a lot of help online about how to make an electric car, you can surely take some tips and in a few weeks you would have your homemade electric car ready and moving!
To summarize:
Electric cars save money
They save the environment
They are safer than gas cars.
Make the right decision and convert to the electric car today!
With increasing prices in petrol there has been an increased interest to research for an alternative solution. Most drivers want something more economical when it comes to fuel. The majority want a cleaner and safer fuel. Also, they want fuel that is cheaper.
Since then, a number of alternative fuel have been introduced in the market and a couple of them are getting pretty popular. Biodiesel is one of the fuel that is in this category. Biodiesel offers the general public a good fuel alternative.
Biodiesel – It’s Different
One of the things that makes Biodiesel so popular with the mass is that there is no need to buy a special car or even do a thing to your current vehicle to use Biodiesel. If you run off diesel fuel then you will have no problems using Biodiesel.
Biodiesel is pretty different from regular diesel fuel, but it’s always something good. Biodiesel works like any other diesel fuel which is the very reason why you can use it in your car without modifications. In addition, Biodiesel is proven to burn cleaner, so your engine will experience lesser wear and tear. Plus, it creates lesser pollution and so it is more environment-friendly. You may be please to know that Biodiesel is also safer with less chance of explosion or fire.
Blends of Biodiesel
Most commercial Biodiesel sold today are blended version. When it is blended, it means that Biodiesel and regular diesel are mixed together at different levels. The reason is that pure Biodiesel does not work well with traditional rubber parts found in most cars. You see, hoses and other rubber parts in the car will disintegrate over time with Biodiesel use. Mixing Biodiesel and regular diesel helps to avoid this common issue.
B100, which is pure Biodiesel, can still be found. For those who have removed the rubber parts in their engine will get the best benefit from using pure Biodiesel. However, a blended Biodiesel still wins over the straight diesel fuel and it can be used in any diesel car without much issues.
Fabricated Facts of Biodiesel
There are many myths circulating around concerning Biodiesel that make people question about the usability. The common issue of Biodiesel breaking down rubber parts of the engine has been blown up. It is not expensive when it comes to changing the rubber parts compared to the problems that may arise from using regular diesel. Biodiesel is much cleaner and so it will greatly reduce the general wear and tear. That means less service and maintenance to your vehicle.
In the end, people will see that Biodiesel is just a better choice overall. Despite all the adverse talks and the rumors, Biodiesel is, without a doubt, a proven diesel fuel alternative.
Troubled times require desperate measures. While the usage of the brown gas HHO (split water) as a water additive for gasoline does not exactly fit this category, the incredible popularity that these hydrogen car kits have achieved lately is a proof of how desperately people want to change their lifestyle.
The problem with this hydrogen additive business is the fact that not all the players on the market are… let’s say… of top notch quality.
It pays a lot to analyze such offers, but it pays even more to know what you should be looking for:
Here are 5 tips when considering buying such a system:
1) You must first do no harm. This is a critical part. There are hydrogen car kits out there which when are employed can damage your car. Ideally a hydrogen car kit should not require messing up with your car’s engine or your car’s injection system.
2) Remember that hydrogen is dangerous. This is another critical part. Search for hydrogen car kits that store as little hydrogen gas as possible. Ideally the system should only generate hydrogen when needed.
3) Efficiency is the key. While most hydrogen car kits have improvements versus the early models, some are simply better than the others. Watch the efficiency figure. See how much such a system can increase the mileage on the average car.
4) Don’t buy into the hype. Look for figures. Salesmen are just that… salesmen. They can try to spin the facts, but they can’t hype the figures. Be on the lookout for technical specs and the minimum guaranteed results. These are the figures that matter, because these will most likely reflect the real quality of the product. If you somehow manage to obtain even better figures, then hey, you’ll have a pleasant surprise.
5) Look at the cost of the components and the cost of the hydrogen car kit guide. This is actually the last item you should pay attention to, but if you have 2 similar offers, it makes sense to go for the cheaper one.
It looks fairly complicated, but once you begin seeing the rationale behind this advice, you’ll see that it makes sense. Below are a few of the options, which I found and which pass all five tests from above
How Would You Like a HHO Fuel Cell For 75 Watts? Yes, They Are Getting Efficient!
HHO fuel cells for cars are becoming more and more efficient at pumping out HHO ( hybrid hydrogen oxygen ). This dirty hydrogen mixture also known as Egas, Brown’s gas, oxy-hydrogen, hydroxy gas and dirty hydrogen… whatever you want to call it, it’s a potent cocktail. I’ll refer to it as HHO. HHO is three times more potent than gasoline and will boost engine performance. If you like the idea of greatly increasing your mileage, enhancing your engine and preserving our Earth, all for the cost of water, read on.
You Can Run A Fuel Cell On 5 amps
Like I said before, you can get an efficient HHO fuel cell to crank out enough HHO to boost miles per gallon for just 75 watts. 75 Watts is less than one headlight, and regardless of your alternator grade, it has enough beef to crank some efficient HHO. The secret is in the design and the ability to lean back your fuel. Once you introduce HHO you need to lean back your fuel to compensate. This of course depends if your engine is pre 1995 or not. Regardless you want to supplement your gas or diesel with HHO. You can greatly increase diesel engines by the way, not to mention using bio fuels with HHO.
HHO Acts Like High Octane But Gives You More MPG
HHO is an 85% efficient fuel that your introducing to a 26% efficient engine, some are higher than others, but for arguments sake, 26% is the norm. Regardless if your engine falls in the norm or above, HHO will boost your miles per gallon and performance. There are some fuel additives that HHO doesn’t react well with, like acetone. Acetone is a well known fuel additive to increase miles per gallon. For some reason acetone clashes with hydrogen and negates the benefits. All is not lost, the proper mixture of xylene will take the place of acetone. I’m just giving you relevant examples of how to couple gas saving technology to give you the best bang for your buck.
HHO fuel cells are growing in popularity at an astounding rate, hopefully our highways will be saturated with them. These little easy to make and assemble fuel cells really do add miles per gallon. Since the technology has become public domain, they have taken off. Finding the most efficient set of plans is as easy as clicking on a well placed link, from someone who uses this technology. The proof is and always will be under the hood. My hats off to you fellow hydro heads, lets pave the road to efficient fuel! I’ll pioneer ahead with bursts of HHO, and show others how to too.
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