Ing. Informático

Browns Gas: What exactly is it?
By Chris Eckman
May 1, 2008
Abstract

Brown's Gas, according to a current theory, is a mixture of monatomic and diatomic hydrogen and oxygen and a special form of water called Electrically Expanded Water (EEW) or Santilli Magnecules. Brown’s Gas is produced by a similar design of the electrolyzer that will split water into its various components. Browns gashas a plethora of unusual characteristics that seem to defy current chemistry. It has a cool flame about 130 degrees yet is able to melt steel, brick and many other metals. The goal of this paper is to confirm claims of the browns gas and to help solidify the current theory of browns gas. [16]

Note: George Wiseman defines Brown’s Gas as: “The entire mixture of gasses evolving from anelectrolyzer specifically designed to electrolyze water and not separate the resulting gasses.”[16]
Browns gas: the basic claims and current theory
Water is split by electricity to form its various elements, Oxygen and Hydrogen. By the unique design of the electrolyzer it is able to keep a portion of the gas in the form of monatomic Hydrogen and Oxygen (measured between 1% and 3% I can give youreferences). The Brown's Gas mixture, when lit, will both explode and implode to form water, releasing the energy that is found in the bonds of the two elements in the form of heat. In the mon-atomic portion, No atomic bonds need to be broken (the bonds of the H2 and O2 respectively) before turning back into water. The key difference of browns gas is the fact that some of the Hydrogen and Oxygen nevergo into a diatomic state, hence Brown’s Gas has more energy because these bonds were never made. Further, Brown’s Gas contains water in a special structure that Yull Brown called a “fluid crystal”, George Wiseman calls Electrically Expanded Water and Professor Santilli calls Santilli Magnecules. This state of water contains an, as yet, unknown quantity of electrical energy that is released whenBrown’s Gas is burned.

Breaking of the bonds in the diatomic gasses requires energy and the energy comes from the atomic energy of the reaction itself. The potential atomic energy is released in a random fashion if the gas is not channeled (as in a flame). There is so much heat, so fast, there is a violent explosion. Once the explosion has happened, it is followed immediately by an implosion;because the split atoms are monatomic and now combine to form water. Water is the ultimate byproduct and can be seen condensing on a metal plate.

Browns gas can fuse brick, steel, sublimate tungsten, flame is cool, glaze quarts, neutralize nuclear waste, fuse two dissimilar substances and many more things. Brown’s Gas burns with a clean flame. It uses no atmospheric oxygen, and creates only purewater as its combustion product. One liter of water produces ~1866 liters of gas. When this gas is ignited, the volume is reduced to the original one liter of water. [16]
“Typical 2H2:O2 behavior, known to everyone. Because 2H2:O2 (diatomic hydrogen and oxygen in stochiometric mixture) needs heat (explosion) to break the atomic bonds between the diatomic hydrogen molecules, turning them into"mon-atomic" atoms, which can then reform into water (implosion). So you get an explosion, then an implosion. It is important to realize that for hydrogen and oxygen to form water, they must be in their mon-atomic or "elemental" form.” [21]
“This invention relates to welding, brazing or the like utilizing a mixture of hydrogen and oxygen generated in substantially stoichiometric proportions in anelectrolytic cell by electrolytic dissociation of water, the mixture so generated being passed from the generator through a flash-back arrestor and thence to a burner where the gases are ignited. The invention also relates to atomic welding in which the above mentioned mixture is passed through an arc causing dissociation of both the hydrogen and oxygen into atomic hydrogen and oxygen which on...