18-09-2014, 10:34 AM
WATER AS EFFICIENCY BOOSTER AND WATER FUEL CAR
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ABSTRACT:
WATER IS A VERY POWERFUL FUEL. Do you know the fact that each gallon of water can be expanded into 1833 gallons of combustible gas!! In olden days we saw the cars running with coal as fuel which emits lot of gases that are harmful to the environment. Then the advancements in the automobile sector led to the discovery of car running with petroleum as fuel. Here the problem of environmental pollution was reduced to some extent but not up to the satisfaction. The rising costs of petrol or diesel became a major threat to the users in this present generation. These fuels may also flush in a few decades. To meet these requirements a car that runs with gasoline as fuel was invented which has minimum emission, but it has certain limitations, in this paper we will introduce you two new technologies which can replace and create a new trend of automobiles which will overcome all the limitations and problems related to the resources. They are:
Introduction:
Water acts as supplemental to gasoline. Water can be converted into the energy by using Water-to-Energy converters. By using a simple technology which is in practice called we were able to run the car effectively by using water as fuel. The equipment mainly consists of water Water-to-Energy converter where energy is extracted and is used as a fuel or supplemental to the gasoline used in the cars.
Here we use a device that uses a little energy out of car’s battery to separate water into a gas called HHO (2Hydrogen + 1Oxygen). HHO also called as Brown’s gas or Hydroxy, burns beautifully and produces enormous amount of energy while the end product is just only water. At present the HHO gas produced is utilized for increasing the efficiency of the car and it can be used as a fuel in the coming generations.
Conversion of water into HHO gas:
Water can be converted into HHO gas by using a very simple technique called water4gas. This technique utilizes small amount of car’s battery to convert water into the gas. To convert the water into HHO gas we just require a quart-size container (950 cc) filled with a WATER and BACKING SODA. The bottle is equipped with a stainless steel plates to which the electric supply is given from the battery. The device uses just 12 volts of energy from the battery for its operation and production. The equipment mainly requires catalyst (i.e., pure baking soda), electrolyzer for producing the gas, tubing for water charging, fuse for controlling of the electricity, and other connecting devices. The advanced boosting systems are using electrolyzer along with the PCV enhancer to get the better results.
How Does It Work?
It's very simple. It is not required to change your engine. A quart-size (95O cc) container is placed somewhere under the hood. You fill it with WATER and a little bit of BAKING SODA. The device gets vacuum and electricity (12 Volts) from the engine, and produces HHO gas (Hydrogen+Oxygen). The HHO gas is supplied to the engine's intake manifold or carburetor as below.
Our design is simple, effective and safe. It takes a couple of minutes to connect: The electrical connection is very simple - we have eliminated the need to use relays or any other complications. The device connects to the 12 Volts of your battery via the ignition switch, to prevent hydrogen production when the engine is off. The device is fuse protected and draws very little current, only 1-3 Amps! This takes 10 minutes or less to connect.
Layout Diagram
In regular automobiles the fuel used is not burnt completely due to the problems raised during combustion. Due to the incomplete combustion the efficiency of the engine is reduced to a large extent. This will result in many disadvantages such as fuel wastage, pollution of environment due to the emissions, reduction of efficiency of the automobile.
Brown’s gas is three times more potent than gasoline. The HHO gas along with the atmospheric air enters into the carburettor mixes with the fuel and forms a blended air-fuel mixture and then it will enter into the combustion chamber. It will boost up the combustion process and ensures the complete burning of fuel which will increase the efficiency of the engine.
Assembly of HHO production units
For this number of HHO cells are assembled as one unit to produce the HHO gas in large amount. The setup is as shown above in the figure. By using this setup the mass output of the HHO gas can be produced and it can be fed to the engine as a fuel. The engine that uses this type of gas does not require many changes considered with the conventional automobiles.
This type of system is very easy to install by making small changes to the conventional automobiles, which uses gasoline as fuel .In this system we will send
Conclusion:
Petroleum products constitutes of about 70% of our imports and about 90% of conventional Diesel being utilized in India is imported from foreign countries. By using HHO gas we can greatly reduce the imports costumes.
HHO gas can be used separately or it can be blended with conventional fuels as it is eco-friendly. In boosting up process HHO can increase the efficiency of the engine to almost double to the conventional engines. The HHO boosting up system is already tested and proved as an efficient system to increase efficiency and protect environment.
Half a century after independence, we Indians stand at the threshold of an unprecedented opportunity to evolve into one of the top three nations of the world in the next half-century. The world recognizes this potential. We must build on this opportunity, and we must do it the first time right, because there may not be a second chance, ever. Careful planning and management of water resources to produce HHO gas will certainly lead to sustainable development and mitigate the global warming effect caused by greenhouse gas emissions. This will help in overcoming foreseen energy, reduce the dependency on other countries and environmental crisis that otherwise will hit India very hard.