A method of altering the existing molecular organization of atoms in fluids to establish a new molecular composition, said method comprising the steps of:
- a) providing a contained primary flow stream having at least one fluid moving therein, a contained secondary flow stream having at least one fluid moving therein, a first quantity of turbulence developing calibrated obstructions sized for installation within said primary flow stream, a second quantity of turbulence developing calibrated obstructions sized for installation within said secondary flow stream, a first quantity of linear monopole magnets imparting a magnetic flux field, and a second quantity of linear monopole magnets imparting a magnetic flux field opposite to that imparted by said first quantity of linear monopole magnets,
- b) installing at least one of said first quantity of turbulence developing calibrated obstructions in said primary flow stream, wherein turbulence developed by said at least one installed calibrated obstruction causes heat producing frictional events between molecules chaotically colliding against one another in said fluid moving in said primary flow stream,
- c) associating at least one of said first quantity of linear monopole magnets with said primary flow stream downstream from said at least one turbulence developing calibrated obstruction installed in said primary flow stream, wherein said magnetic influence from said at least one associated linear monopole magnet imposed on said molecules chaotically colliding against one another in said fluid moving in said primary flow stream over excites atoms in said molecules, freeing said over excited atoms from their existing molecular bonds and making said over excited atoms available to establish new and different molecular bonds,
- d) installing at least one of said second quantity of turbulence developing calibrated obstructions in said secondary flow stream, wherein turbulence developed by said at least one installed calibrated obstruction causes heat producing frictional events between molecules chaotically colliding against one another in said fluid moving in said secondary flow stream,
- e) associating at least one of said second quantity of linear monopole magnets with said secondary flow stream downstream from said at least one turbulence developing calibrated obstruction installed in said secondary flow stream, wherein said magnetic influence from said at least one associated linear monopole magnet imposed on said molecules chaotically colliding against one another in said fluid moving in said secondary flow stream over excites atoms in said molecules, freeing said over excited atoms from their existing bonds and making said over excited atoms available to establish new and different molecular bonds, and
- f) after said over excited atoms are created in said secondary flow stream and available to establish new and different molecular bonds, introducing at least some of said fluid moving in said secondary flow stream into said primary flow stream wherein said over excited atoms in said introduced fluid bond with oppositely charged over excited atoms in said primary flow stream, said bonding of said over excited atoms to said oppositely charged over excited atoms establishing a new molecular composition.