28-02-2013, 02:36 PM
WATER FUEL POWER GENERATION SYSTEM
WATER FUEL.docx (Size: 14.28 KB / Downloads: 42)
ABSTRACT
Nowadays we are using fossils fuels for running an I.C engine to produce electric
energy. This fossil fuel produces harmful byproducts and costly. So here we are
usingwater as a fuel to generate power (electricity).
When we introducing anode and cathode into the water the positive
charged hydrogen are attracted by cathode and negative charged oxygen is
attracted by anode. Here the hydrogen and oxygen are disassociated to form
HHO. We can directly feed this HHO into IC engines for running. The engine
shaft is connected along with the alternator produces current.
The H2O molecule is electrically neutral, but the positive and negative
charges are not distributed uniformly. The electronic (negative) charge is
concentrated at the oxygen end of the molecule, owing partly to the nonbonding
electrons, and to oxygen's high nuclear charge which exerts stronger attractions
on the electrons. This charge displacement constitutes an electric dipole,
represented by the arrow at the bottom; you can think of this dipole as the
electrical "image" of a water molecule.
As we all learned, opposite charges attract, so the partially-positive
hydrogen atom on water molecule is electro-statically attracted to the partiallynegative
oxygen on a neighboring molecule. This process is called hydrogen
bonding. Notice that the hydrogen is somewhat longer than the covalent O—H
bond. This means that it is considerably weaker; it is so weak, in fact, that a given
hydrogen bond cannot survive for more than a tiny fraction of a second.
Finally the hydrogen from water is fed to I.C engine to produce
mechanical energy and this mechanical energy is converted into electrical energy
by using D.C generator. 30% of power from generator is consumed by
electrolysisprocess and remaining 70% is for our applications.