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Alternative fuels are fuels processed from non- petroleum produce.Such as alcohols, compressed natural gas (CNG),electricity, hydrogen,liquefied natural gas (LNG), liquefied petroleum gas (LPG),liquids made from coal and biodiesel. Fri, 08 Aug 2008 06:25:00 +0200 Drive with water as fuel? Is it really that simple? I am going to give you some information on how to convert your car to burn both water and gasoline. The process starts off with understanding the process. When someone quotes that you can "run your car on water" understand that you can REALLY run your car with WATER! However there are little tiny things missing out from that phrase. Water and gasoline are BOTH required to run your car on water, or to drive with water as fuel. The process works by combining 2 Hydrogen + 1 Oxygen elements; when we combine these we get HHO. HHO has been used for decades, however there has never really been a way to simplify it so it could be used by the average driver, or... better yet to have the average driver build a kit themselves. The trend all started when an engineer went on FOX news and demonstrated his invention. It was a molder/melter that he used for glass and metal objects, that was fueled by ONLY water. He also said that he was working on an HHO kit for his car, which he eventually demonstrated near the end of the broadcast; ever since that demonstration people all over the world have been converting their cars so they can run on HHO gas. If you are interested in taking on the venture of building your own hydrogen fuel kit, understand that is actually a pretty simple process and also affordable. All you need is a step by step guide and the right materials. Wed, 06 Aug 2008 16:17:00 +0200 With gas prices climbing, travelers seek to find ways to keep their fuel needs to the minimum and gas mileage to a maximum. While you can't avoid the rising fuel costs, there are many ways that you can keep those costs down.
By making some small adjustments to your travel habits, you can save a great deal on fuel and have more to spend on your vacation. Try these tips on your next trip, and save a bundle on gas. Tue, 05 Aug 2008 19:11:00 +0200 How effective is water fuel technology for cars? There has been many reports online about the benefits of this new concept. With the current high global crude oil prices, local gasoline prices have been sky rocketing. Many car owners are finding it hard to pump gas at the station and at the same time make ends meet. The idea of water fuel technology for cars sounds very interesting because of its potential to save money. How does it work? As a water fuel expert, water fuel technology for cars is basically extracting hydrogen gas (H2) from water and using it as a supplementary energy source for the engine. We know that water is made of 2 molecules of hydrogen and one atom of oxygen thus the name H2O. Hydrogen gas can be separated from water with electrolysis process. To run a car on water, the H2 gathered is to be released into the engine air intake system. It will then flow into the combustion chambers and combine with gasoline vapor. Because H2 is highly flammable and more potent, the gas mixture will produce a bigger explosion thus higher engine output. When the same amount of gasoline is used, more power from the engine means the vehicle can travel further hence better mileage and cost saving. To convert a car to use water fuel technology is not difficult. Most of the parts needed are easily available from a hardware store. What you will need is a good instruction guide to assist you. If you have a friend that has some car maintenance knowledge, it will be good to ask for his help. With the current high fuel prices, many people are frantically searching for ways to save gas. Water fuel technology for cars seems very promising to overcome our current energy crisis. Mon, 04 Aug 2008 17:07:00 +0200 Yes, believe it or not you could be running your car on half water half gas by using a simple but little known technology. Well, being more precise and for the sake of truth, you won´t be running 100% on water once you install this great technology. You will be converting your car into an hybrid, a vehicle pulling half of its power from water and the remaining half from regular gas. What could you do with the cost of half a fuel tank? Usually we think that this kind of technology is years ahead of our time, or at least that´s what the big media keeps telling us, and they keep sending all the great benefits from cheap energy into a distant future while we pay more and more at the pump and grow more dependent on foreign oil. But once you learn about this simple technology you will realize that we all could be running our cars with much less dollars being spent at the pump, and even better; without polluting our atmosphere the way we still do now. Ultimately what you want is to run your car on hydrogen. The most simple element of all those building blocks that constitute our universe. But it´s simple atomic constituency doesn't mean it has a lack of power. In fact hydrogen has even more power than regular gasoline inside your car's engine. So by just doing some small modifications and based on basic electrochemistry you will be giving your first steps into the hydrogen economy. You won´t need fancy containers or tanks, just some water and a small glass container. Well some tubing too but it doesn't get more complicated than this. I've tested myself and so far I'm still amazed about how much gas you can save using this great technology. Just Give It a Try! I Guarantee You Can Save 50% Of The Money You Regularly Waste On Gas. Mon, 04 Aug 2008 01:05:00 +0200 You have probably heard about cars that run on water and shrugged it off as either a myth or some futuristic Jetsons-like invention. As a culture, we are so dependent up on oil for our gasoline that it is hard to imagine that anything else is possible. We still chuckle over people using vegetable oil in diesel engines! Of course we aren't ready to accept that you can run car on water.
How does Water Work? To say that you can run your car on water is not technically true. It is not the water that is running the car, but the energy produced by the combustion of the hydrogen gas contained in the water. When you run car on water, you install a cell that separates the hydrogen and oxygen water molecules that make up water and then force the gases into the combustion chamber. The energy generated by the combustion of these gases is so intense that it can easily power an automobile. What does the Cell Do? When you use a HHC cell or conversion apparatus, you are basically installing a water receptacle into your car. In this receptacle there will be two magnets that act as polarizing agents. One magnet will attract the hydrogen; the other will attract the oxygen. The gases are then sent from the cell to the combustion chamber where they are burned. Both gases produce energy when they are burned and that energy is sent into the car's engine to power the car. When everything is working properly, your car only really needs gas to start the engine and to turn it off. Why Use Water? Nothing is better for our environment than water. Hydrogen and Oxygen are both clean burning gases, so when you run your car on water, you are cutting down on the harmful emissions produced by an ordinarily gasoline burning car. Water is also very cheap. You can get it from your kitchen sink! Why spend all of those dollars at the pump every week when you can fill a jug of water and not worry about it again for almost a month? When you run car on water, you increase your gas mileage. Because you are burning less gasoline, you won't need to fill your tank as often! You can run your car on water. In fact when you run car on water, you are doing everyone a favor. You are helping yourself, the people around you and the planet. What's better than that? Sat, 02 Aug 2008 23:00:00 +0200 Hydrogen on demand is a nice concept only if we can supply the energy to make it happen in the first place and make it cost effective. The only by-product of hydrogen on demand is water. Hydrogen-On-Demand is a home made system that can be assembled by simple and cheap products found in any hardware store. This water4 gas device produces hydrogen from tap water. This is the type of system one would need to make any car run on hydrogen and still have the factory performance, and do the work it could do on gasoline. The technology is a hydrogen-from-water generating process that helps solve many of the hydrogen creation and storage problems faced today and in the fast approaching "hydrogen economy". Stanley Meyers patented method of producing hydrogen on demand is the means of running the engine on hydrogen using water. The Hydrogen on Demand system releases the hydrogen stored in the chemical bonds of sodium borohydride solutions by passing the liquid through a chamber containing a proprietary catalyst. Many inventors claim to have produced electrolysis units to use the charge created by a cars alternator to split a tank of water into hydrogen and oxygen whilst the car is being driven. These are systems or devices such as water for gas that offer the safest and most economical solution. The system produces Hydrogen when we need it, rather than producing it in an expensive and polluting factory, then delivering it in huge trucks and storing it unsafely in high-pressure gas tanks. Due to the hydrogen being delivered via water vapor, engine heat is reduced, even as the hydrogen creates more power via increased yield of the fuel. While the engine runs cooler, it's also vibrating less, and smoothing out, as the hydrogen being added tends to round out the combustion. All of this equates, obviously, to longer life of parts on the automobile, and therefore, converting to a hydrogen/fuel mixture for running the engine is indeed an ounce of prevention worth the weight of the car. What happens when you draw hydrogen gas from water is that water actually converts, one of it's oxygen molecules into a hydrogen molecule. Having hydrogen and air mix together is actually better for the combustion in the engine anyway. Hydrogen on-demand is going to be what catapults hydrogen from being a great concept to a great reality. With the ever increasing prices of gas and diesel fuel, this has got to be the way forward to help the environment and make cars more economical. Sat, 02 Aug 2008 08:30:00 +0200 Is it possible to increase gas mileage by 50%? Absolutely! I'm actually getting that right now and I'm using technology no one wants you to know about. While it's important to have properly inflated tires and reduce your speeds on the highway, you won't see dramatic increases in gas mileage until you make your car burn that gas more efficiently. Cars are purposely designed to ensure you only get about 25% efficiency out of a gallon of gas. That means that the other 75% of that expensive fuel is going unused and can be considered a waste. Expensive catalytic convertors cover up this atrocity by cooking the unburned fuel before you blow it out your tail pipe in order to hide the evidence. With fuel prices what they are, this should be a crime! So how do you increase the efficiency of your vehicle and cut your gas bill in half? By building and installing a hydrogen generator that will create a form of hydrogen gas that supplements standard gasoline and not only allows it to combust more completely, but will also allow your car's engine to run cooler, extending engine life. I built my own hydrogen generator in one weekend and for under $65.00. I found all the parts needed at the hardware and auto parts store. I found a good set of plans on the internet and built my hydrogen generator and installed it myself. The great thing about this water car pro technology is the fact that it has been around for nearly a century and thousands of people all over the world have built their own hydrogen generators and are powering their cars on water. You do not have to modify your car's engine or on board computer in any way and it works on both carburetor and fuel injection engines. You use a very small amount of electricity from your car's battery and pass it through a set of electrodes submersed in ordinary water and by electrolysis, the water molecules are broken down into their core components of hydrogen and oxygen and create a burnable gas known as HHO, or Brown's gas...named after the famous researcher Yull Brown. This gas is then injected into the intake of the engine to combine with the gas you are already using and allows that gas to burn much more completely and considerably cleaner. You can build and install one of these generators as well and be on your way to increasing your gas mileage by 50%! Tue, 08 Jul 2008 12:23:00 +0200 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. 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. 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 onboard 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. |
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