Increase Car Fuel Efficiency With Water As An Alternative Fuel

The hike in oil prices are making it impossible for the average earners to afford a personal car. It's not an easy task to commute from one place to another in a fixed frame of time without the luxury of a personal car. Also, personal vehicle marks your social standing amongst kith and kin.

Several alternative fuel vehicles have been introduced and launched to serve the purpose of fuel efficiency and inexpensive driving in the market. But none have completely proven successful and efficient. Even gasoline has been a huge problem due to the emission of excessive heat and smog in the environment, which makes air hazardous for breathing.

Some of the alternative fuels for cars that have however reduced certain strenuous factors of pollution, cost, and fuel efficiency are Ethanol, Methanol, Propane, Soil fuel, Bio Diesel, electric fuel, natural gas (CNG/LNG), solar fuel, Hydrogen gas, P-series, and CNG cylinders. Recent studies and experiments have shown that a water-powered car is more fuel-efficient and adds to the performance of the car.

Water as alternative fuels for automobiles is the latest craze in the automobile industry. So, you can maximize your car mileage by using automobile water, which is not going to release air pollutants and actually releases oxygen into the atmosphere. Automobile water reduces the cacophonous noise created by engine and provides easy gearshifts as well.

The advantages that have crowned water, as the best alternative fuels for automobiles are many and not easy to sum up but seven most incredible benefits are:

o Gas mileage increases by up to 35%. This includes both city and highway driving conditions. It is estimated that this could save close to $900 each year for every car you have.

o Because of the effect water has on the combustion cycle on your engine. You'll experience a soother, quieter and much gentler ride and smoother gear changes.

o Greatly improve engine power and performance. Using water as an alternative enhances your engine power.

o Eliminates harmful muffler emission that contribute to air pollution. Your car actually puts oxygen back into the environment.

o Minimize the operating temperature of the engine and waste heat into the environment.

o Remove carbon deposits and prevent future carbon build up.

o Enjoy a longer life expectancy of your engine, especially the pistons, rings and valves.

Water has been used to generate energy and power since long time and the automobile engine works on the same principal. And in case of water run car only on quart of water is required. Such a small volume of water with the help of electricity generated by the car extracts HHO, or Brown Gas (Hydroxide), which is pollutant free and has capacity to fuel car for a month.

Generally, vehicles operating on gas cylinders or oil/diesel emit excessive poisonous gasses and choke the environment. And on the other hand the end product of cars on water is life-giving oxygen and there are no other harmful effects. Car engine powered with water tends to increase the car mileage by 80-85%.

Branden Evans is a doctor in private practice in North Atlanta. In addition to his career in the healthcare industry he has always had a great interest in alternative energy sources and car technology. Increase your gas mileage, decrease emissions and stop paying high gas prices by converting your car engine. Click the blue text to instantly order the do-it-yourself manual about converting your car to use water for fuel [http://www.better-gas-mpg.info]

How Alternative Energy Works - Hydrogen Fuel Cells

Energy has been the topic of many discussions in recent years. What has sparked this fierce and sometimes violent debate is the fact that our Earth is running out of it. Fossil fuels are greatly depleted as wars are being fought for the control of these resources.

The natural solution to the shortage problem we're facing is to find some other source of alternative energy. But, where can we find them? And if we do, how do we harness it sufficiently enough to save power in the long run? The answer to the questions is simple - let's turn to the Earth4energy.

The main source of power for all living things on Earth is the sun. The light emitting from that flaming ball of hydrogen hanging in the vast reaches of space is used in plants as part of their photosynthesis. We humans, in turn, consume these plants and have the energy transferred to us.

But, we could use the energy contained in sunlight more directly in the form of solar power. In certain parts of India and the United States are vast collections of mirrors that reflect sunlight into a receiver that contains water. The concentrated heat produced boils the water and the vapor moves along several pipes and spins a turbine that causes it to generate electricity. However, the cost of erecting these huge structures is dear and they're only feasible in certain regions. So far, civilian solar powered homes are not that effective in saving power and reducing electricity bills.

Wind power is also a popular option for those who don't receive scorching sunlight all-year around. In the Netherlands, the government has built windmills, placed strategically on the nation's wind-swept plains. The principle of the windmill is the same as solar cells, except that they use the wind to turn the turbines. This form of alternative energy is apparently efficient enough to power a whole country.

Geothermal energy is another way we can turn to the Earth4energy. We can actually harness the heat and power that is trapped between the Earth's crusts and use it in our power stations. The potential of this alternative energy is vast, since this is the type of might that causes earthquakes and volcanic explosions.

The possibilities of alternative energy are still largely unexplored. What we need is proper funding and brilliant minds who can find cost-efficient ways to build windmills and solar cells. Fossil fuels are almost gone, people. We need alternative energy, like solar power and wind power to save power and reduce electricity bills.

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The Alternative Fuel Car - What Are Your Choices?

In a previous article, we discussed how alternative-fuel cars came to be developed and why they are now becoming popular. The next question is: what exactly are the choices available to consumers who are interested in this type of vehicle?

Following are some of the better-known versions of cars that use non-traditional fuel:

* Compressed air cars are emission-free piston engines that use compressed air as a source of energy. They achieve this when cold expanded air from a pressurized carbon-fiber tank is warmed with environmental heat at normal temperature. This air is then delivered to the engine as its energy source.

* Battery electric vehicles use batteries like lead acid, absorbed glass mat, nickel metal hydride, lithium ion, lithium poly and zinc-air as their energy source. These batteries are rechargeable, but they are expensive.

* Solar cars are electric vehicles that run through solar energy. These vehicles have solar panels that trap the energy from the sun and convert it to electric energy. Though it is good that the energy it uses is just free, it is not very practical to use as a form of transportation. Now, it is commonly used in car race competitions in Australia, United States and Canada.

* The ammonia-fueled car has a diesel engine that has been modified for ammonia use. During combustion, it has no emissions but it can be more dangerous compared to petrol or LPG.

* Biofuel cars use one of these three: bio-alcohol called ethanol, biodiesel, or biogas. The use of ethanol as an engine fuel is a renewable resource since it can come from sugar-rich crops. It is very promising due to its environmental and economical advantages.

Biodiesel on the other hand, has lower density than its fossil diesel counterpart. The only advantage for biodiesel is that it produces lower emissions than diesel and gasoline engines. Finally, biogas is the one utilized when unrefined gas has been purified. In the process, water, particles and hydrogen sulfide is removed.

* Hydrogen cars use hydrogen either through combustion or fuel-cell conversion to make motor engines work. The only byproduct of both processes is water and heat so it is not harmful to the environment.

* Liquid nitrogen cars are cars that readily refill nitrogen gas when it runs out. This is attained by storing energy and by using this energy to liquefy air. As air is liquefied, liquid nitrogen is produced through evaporation and is distributed throughout the engine. When heat is exposed to liquid nitrogen, it results into an energy source that can power up the engine.

* A liquefied petroleum gas (LPG) car uses propane and butane as its power source. It undergoes the traditional combustion process just like gasoline, but yields lesser amounts of carbon dioxide.

* Steam engine cars are those that burn wood, coal or ethanol in a broiler. The heat produced converts the water into steam, which in turn creates pressure. This pressure now allows the engine to move. These cars take quite a long time to start up, but once on track, it can reach up to a hundred miles per hour. They're good for transportation, but are extremely costly.

* Hybrid cars are also known as petrol-electric hybrids or gasoline-electric hybrids. These use a lot of systems to make a car work. Initially they have a petrol engine, and then they also have an electric motor that jolts in at various stages to save petroleum. Currently, Toyota Prius is the first and largest manufactured commercial hybrid car in Japan since its creation in 1997. This was followed by Honda in 1999, when they released their Honda Insight.

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Robert stamp, a voice for alternative energy sources

Robert c. Stamp, the former General Motors President and chief executive, who died on Saturday at 77, spent a turbulent two years on top of the country's largest car manufacturer, during which he cut jobs and closed plants in order to minimize company losses. However, for every car manufacturer that her experiments in alternative energy sources deepens, Mr. Stamp erfenis's as an auto industry seer has been strengthened.

Reuters/Rebecca Cook Robert Stamp

Mr. Stamp was an early proponent of alternative energy within G.M. and defended the EV1 electric vehicle program. The G.M. board, however, lost confidence in his leadership before EV1 ready for production, and the Lord Stamp, who is also health problems was, resigned in October 1992.

But while sourcing batteries for the proposed EV1, Mr. Stanford Ovshinsky Stamp befriended, the famous scientist credited with the invention of nickel-metal hydride batteries, thin-film solar panels and a long list of other technologies.

After leaving G.M., together with Mr Stamp Mr. Ovshinsky at his company, energy conversion devices, a manufacturer of batteries and photovoltaics. More recently, Mr. Stamp had, together with Mr Ovshinsky in two new companies: Ovshinsky innovation and Ovshinsky Solar. The two men hoped to greatly reduce the cost of solar energy while pursuing other related technologies.

"Mr. Stamp was a great partner, Mr. Ovshinsky said in a telephone interview."He went first my company, because he was in electric and hybrid vehicles believed. He was the most brilliant engineer I've ever worked with and more knowledge was in pure science than any other engineer I ever met. "

Mr. Ovshinsky said that he and Mr Stamp had worked to perfect a machine that enough solar material can produce in a year to generate a gigawatt hours of power, which, according to Mr. Ovshinsky, solar energy cheaper than coal. He added that they had recently completed the proof of principle for the machine.

"In his final days, Bob knew that we had achieved that goal, and he was very proud," said Mr. Ovshinsky. "He is a wonderful person, a great man. I wish he was here. "

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Alternative fuel cars-a better source of transport

Alternative fuel cars are a better source of transport instead of the normal daily petrol or diesel. There are many different types of alternative fuels for cars. Some of those include the more heard about gasoline-electric hybrid and solar-powered car to the air not as popular, and wood gas.

GASOLINE ELECTRIC HYBRID CARS

If you hear hybrid, it refers to a duel powered engine. The most common hybrid runs on petrol and electric batteries. They actually are the opposite of what it seems, very powerful and very smoothly together.

One of the first mass produced hybrid cars was the Toyota Prius. It was introduced in Japan in 1997, but worldwide introduced in 2000. The first mass produced hybrid started sales in the United States was the Honda Insight. He was introduced in 1999 to 2006. They now offer the civic as an optional hybrid. Ford, Toyota and GM currently trying to develop plug-in hybrids.

SOLAR POWERED CARS

Solar-powered motors are powered by the energy of the Sun, which is collected by the solar panels mounted on the top of the car. They are not the best form of transport, because there are not enough force that on top of a practical format and shaped vehicle for adequate performance. Although they are raced in contests that are sponsored by government agencies to promote the development of alternative fuel cars such as solar cells and technological skills even if engine produces vehicle as GM and Honda.

AIR POWERED CARS

The air powered car is better for the environment, because it is a smoking engine of the emissions that compressed air as a source of energy used. It can be self-sufficient because the exhaust just cold air is, and can be used as an air conditioner. Other major benefits of this alternative fuel car is low-cost technology, the food used as lubrication oil (only 1 litre for 3,000 miles), and it has integrated air conditioner. The tanks can be filled out about three minutes on a service station or in a few hours at home plugging of the car in the electronic grid via an on-board compressor. The cost of refilling will be approximately US $ 3.

WOOD GAS

You probably knew not that cars used to run on wood. It was popular during the second world war in several European and Asian countries because the war low costs and easy access to oil. Wood gas is also known as holzgas, air gas and blue gas. Wood gas can be used in regular internal combustion engine, but all it needs is a Gasifier.

You see, regular petroleum-based engines are hard on the Earth's atmosphere. It produces harmful gases to the greenhouse effect on go help. Not only that, but it is becoming very expensive on both the supplier and the consumer to buy fuel. One day soon, alternative fuel cars will be the only available to us, and on the road.

Wendy Pan is an accomplished niche website developer and author.

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Oil Hits $ 135 Per barrel-what are alternative for petrol cars

The great news is that crude oil $ 135 per barrel hit and it really goes to every people directly or indirectly impact. New report says that the $ 200 barrel very soon will reach. Then there will be a chance that we would not be able to afford, and after some time gasoline will extinct of the Earth. We must be ready for this condition and go looking for alternative option to petrol cars. Some of the alternative are given below

Solar powered cars: they are best alternative from petrol cars because it runs through the help of solar energy and there is no end of energy from the Sun will continue as long as on Earth. But big downside of this is that we can not to drive on the night and in that you wouldn't be able to go on drive night with your friend of the girl.

Compressed air cars: the air car is powered by an electric pump that the air in a tank, compresses the air pumps in turn some Pistons. The top speed of the cars is 70 mph (115 km/h) and it may take up to 50 miles (80 k) traveling on a full ' tank '.(presumably further at lower speeds). The pump that is used to power the car plugs easily into a normal household socket and four hours for a full load. As fro the cost of a full charge, apparently only $ 2.50 on French electricity prices. The only emissions to come out of the exhaust is cold air. The only emissions to come out of the exhaust is cold air. It will cost next to nothing to run (how 30,000 km service intervals sound?), have a range of up to 1,000 miles and retailers for well under US $ 20, 000. It will launch in America until 2010

Hydrogen powered cars: it is performed by the help of hydrogen as a fuel. The power of such vehicles the chemical energy of hydrogen into mechanical power (torque) in one of two methods: combustion, or electrochemical conversion in a fuel cell. The hydrogen in fuel-cell conversion reacted with oxygen to water and electricity, the latter of which is used to power an electric traction motor to produce. A potential benefit of hydrogen is that it is produced and consumed continuously, use of solar energy, water, wind and nuclear energy for electrolysis can be. Currently, however, produce hydrogen vehicles using hydrogen more pollution than vehicles consuming gasoline, diesel or methane in a modern internal combustion engine, and more than plug-in hybrid electric vehicles. This is because, although hydrogen fuel cells generate no CO2, production of the hydrogen creates additional emissions.

Battery electric cars: the battery electric cars uses chemical energy stored in rechargeable battery packs, and electric motors and controllers instead of internal combustion engines (ICEs). The main advantages of battery cars that no contaminants are emitted directly by the vehicle as possible reduction of urban pollution and gasoline is replaced by electricity. The electricity stored in the battery can be generated by any source, including renewable, nuclear, natural gas, coal and petroleum. Battery cars are becoming popular these days. There is also a reduction in noise pollution.

Bullock cart: they are best alternative of all things, because neither they nor produce pollution they consume more resources and they are very cheap to use. The speed of Bullock cart may not effect speed too human in urban life because there is already so much traffic on the roads that even the fastest cars use. So it is better to go for Bullock cart.

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The alternative fuel car-what are your choices?

In a previous article, we discussed how alternative-fuel cars came to be developed and why they are becoming more popular now. The next question is: what exactly are the choices available to consumers who are interested in this type of vehicle?

Below are some of the better-known versions of cars that are non-traditional fuel use:

* Compressed air cars are emission-free piston engines to compressed air as a source of energy use. They achieve this when cold air from a tank pressurized carbon-fiber is warmed up with environmental heat at normal temperature. This air is then supplied to the engine as the source of energy.

* Electric vehicles use batteries such as battery acid, absorbed glass mat, nickel-metal hydride, lithium ion, lithium poly and zinc-air as their source of energy. These batteries are rechargeable, but they are expensive.

* Solar cars are electric vehicles that will be carried out by means of solar energy. These vehicles have solar panels that capture the energy from the Sun and convert it into electrical energy. While it is good that the energy used it just free, it is not very practical to use as a form of transport. Now, it is often used in car racing competitions in Australia, the United States and Canada.

* The ammonia-fueled car has a diesel engine that is adapted for use of ammonia. During combustion, it has no emissions but the more dangerous compared to gasoline or LPG.

* Biofuel cars use one of these three: bio-alcohol ethanol, biodiesel or biogas. The use of ethanol as a motor fuel is a renewable resource, since it may come from sugar-rich crops. It is very promising due to the ecological and economic benefits.

Biodiesel has on the other hand, a lower density than its counterpart of fossil diesel. The only advantage of biodiesel is that it produces less emissions than diesel and petrol engines. Finally, biogas is used when unrefined gas has purified. In the process, water, particulate and hydrogen sulfide removed.

* Hydrogen cars use of hydrogen by means of incineration or fuel cell conversion engine to make search engines work. The only byproduct of both processes is water and heat, so it is not harmful to the environment.

* Liquid nitrogen cars are cars that nitrogen gas to fill easily when it runs out. This is achieved by the energy saving, and using this energy to liquid air. As air is liquid, liquid nitrogen is produced by evaporation and is spread over the engine. When heat is exposed to liquid nitrogen, resulting in an energy source that can power the engine.

* A liquefied petroleum gas (LPG) gas car uses propane and butane as an energy source. It undergoes the traditional combustion process like petrol, but yields a lesser quantities of carbon dioxide.

* Steam engine cars are that wood, coal or ethanol in a broiler burn. The produced heat the water is converted into steam, which in turn leads to pressure. This pressure can now move the engine. These cars a very long time to boot, but once on the rails, can reach up to 100 miles per hour. They are good for transportation, but are very costly.

* Hybrid cars are also known as gasoline-electric hybrids or gasoline-electric hybrids. They use many systems to create a car. They initially have a gasoline engine, and then they also have an electric motor that shocks different stages to save petroleum. Toyota Prius is currently the first and largest commercial hybrid car manufactured in Japan since its creation in 1997. This was followed by Honda in 1999, when they released their Honda Insight.

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Alternative Energy - Honda's New Hydrogen Car the FCX Clarity

Tired of being overcharged every time you need to refuel your car at the gas pump? Remember how prices last summer it all the way up into the $4.50 per gallon range and everyone was complaining about finding alternative energy sources for vehicles? Now that the gallon of gas is under two dollars that hype has gone down a bit, but we shouldn't let down our guard because as long as we are slaves to these oil companies and OPEC we will never know when another gasoline price spike will hit us again. There are a few good alternatives that are being talked about right now like the all electric Chevy volt or the solar powered car that Toyota is working on. China is currently beating us to the market on the solar energy car which it has right now. This car can be bought for just under $6000 but the only negative part of it is that it takes 30 hours to recharge but it does have a pretty good 90 mile range.

The other alternative energy source that should be researched more and have more money poured into it is hydrogen fuel. It is one of the most bountiful energy sources in the universe and it's available all around us and even water is comprised of it. In fact we owe our life on this earth to the life-sustaining hydrogen atoms that are contained in the sun.

Honda is one of the companies that is on the cutting-edge as far as using hydrogen to fuel a vehicle with its recently released FCX Clarity model. It uses no gasoline at all and it is powered by a fuel cell which converts an isotope of hydrogen and oxygen into electricity, and this electricity is then used to power the engine of this car.

Another good part of this is that it doesn't emit any harmful gas into the atmosphere, as it only emits vapor water. Honda has also equipped this vehicle with bio-fabric, a material made exclusively from plants and this fabric makes up the seats of the car. The only bad point of this car is the price. They have a leasing program that allows you to lease the car at $600 a month which right now seems a bit out of the reach of the average American, but as our knowledge of this technology and fuel cells advances so will our ability to produce cars like this at a much cheaper price future. Keep this car and this technology on your favorites list in the future because one day you will be driving green and doing your part in saving our environment.

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We update our news daily to give you the latest happenings in the world of biofuel.

Alternative Fuel Powered Cars

Now, we have the technology to run cars on solar power, electricity from your house, gasoline, diesel, ethanol from corn, ethanol from waste, and some enterprising scientists have even found a way to create bio diesel from coffee grounds. Seemingly every day, we have found new ways to fuel our vehicles. It's actually quite a revolutionary time in automobile technology.

While this technology hasn't quite seeped completely into mainstream automobiles yet, it is still possible to find alternative fuel vehicles to drive yourself. One alternative fuel that is very popular with the do-it-yourself crowd, is biodiesel. It is the fuel that you can make yourself from waste vegetable oil or from other sources. The cool thing about biodiesel is that you can convert an old diesel vehicle, which is cheap, to use it just by replacing the hoses. Even better, biodiesel actually runs your diesel engine more smoothly than regular diesel.

Of course, you can't write about alternative fuel powered cars without talking about the hybrid fuel phenomenon, the Toyota Prius. That vehicle has single-handedly taken hybrid cars to the masses and hasn't looked back. Because of that car, other companies such as Ford, Chevrolet, and Chrysler are all working as fast as they can to create a real competitor.

All of this just means more choice and better choices for each and every one of us. We are lucky that while fuel prices have skyrocketed beyond what we ever thought it would, that there are smart people still want to solve this problem.

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Ronald Wesley is a professional car power analyst.