In the Henkel O2 Bi-Pole, Di-Pole Di-Base System Process, the - TopicsExpress



          

In the Henkel O2 Bi-Pole, Di-Pole Di-Base System Process, the dipolar bonds of oxygen and hydrogen are weakened to initiate extended chain reactions in which free radical positively charged ions of oxygen (O+) that are highly reactive because their chemical bonds have been ruptured and therefore contain sites with unpaired electrons available seek and attract newly created negatively charged nascent oxygen molecules to form pure stabilized oxygen (O2). Henkel O2 has the unique ability to physically change molecular structures through simultaneous reciprocal oxidation and reduction and molecular attachment. Through polar bonding and electrical change, deuterated earth minerals in suspension with acids and enzymes act in extended water dissociation processes to eliminate infectious pathogens and toxic carcinogens such as heavy metals, fertilizers, pesticides, herbicides, insecticides, nitrates, phosphates, orthophosphates, and other nitrogen and phosphorous compounds while creating natural and beneficial water, enzymes, free amino acids, antibiotics, proteins, polypeptides, and ionized elements and minerals in the process. Henkel O2 Earth and Water Solution HenkelO2.angelfire/ HENKEL O2
Posted on: Fri, 07 Jun 2013 23:37:06 +0000

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