Comparison of the Technical Characteristics of Normal Potable Water and 'Dialytic Water'

On the Subject of Hydration

The SLACKSTONE II^® System used to prepare Dialytic Water

Características Técnicas Diferenciadas entre a Água Normal (Potável) e a 'Água Dialítica'

Caractéristiques Techniques. Différenciées entre l'Eau Normale et 'L'Eau Dyalitic'

Caratteristiche Tecniche Differenziate tra Acqua Normale Potabile e 'Acqua Dialitica'

Unterschiedliche Technische Eigenschaften - Vergleich Zwischen Normalem Trinkwasser Und Dialytischem Wasser

Comparison of the Technical Characteristics
of Normal Potable Water and "Dialytic Water"

(Study conducted by Dr. Ervin Essenfeld-Yahr, Caracas)

CHARACTERISTICS	NORMAL POTABLE WATER	*Dialytic Water*
Angle of dipole	Permanent dipolar moment of 105^o	A variable angle of less than 105^o
Dipolar moment	Normal	Greater
Dielectric constant	Normal	Greater
Solvent capacity and/or capacity to dissolve salts	Normal	Increased
Point of saline saturation	Normal	Increased
Crystallization edges	Acute	Tendency to lose rough edges
Microscopic appearance of saline precipitation	Solids	Loose, slack conglomerates in flakes
Measurement of static electricity charge	Under 100 μV	Reached 350 μV at 1,3 volts. Is discharged when measured
Freezing	Homogenous glassy appearance	Chaotic, disorder crystal figures, that are bright and complex and remind one of icebergs
The beam of light from the laser passing through the water	Decreased and only slightly luminous	Brilliant and bright beam
Defrosting	Normal	Slow and long/lasting
Precipitates	On precipitation, the solubles form hard concretions	The calcium carbonate CaCo3 precipitates in soft flakes that do not stick and are insoluble
Effects on internal precipitates in pipes	Insoluble, hard to remove. Hard incrustations that occlude light from the pipes	Slowly dissolves, flaking away progressively with an increase in the diameter of light getting in
Inversion of magnetic polarity	No	Yes
Radioactive measurement (Geiger)	+7	Less than 20
Modification of magnetic polarity of mineral salts	No	Yes
Restricts the formation and consolidation of calcareous deposits	Hard and difficult to remove	Yes, amorphous, soft, come away easily
Ionic charge	The same charge between water and dissolved minerals, it crystallizes in hard plaques that stick to the walls of the tubes	Not the same between water and dissolved minerals, and water has a higher ionic charge than the minerals. They cannot form a hard incrustation that sticks
Lathering ability	Normal	Improves
Taste	Normal	Better
Acidification	Smell of pollutants	Neutralization, less smell of a sulfur, chlorine and fluoride
Coating in boilers	Harder and more difficult to remove	Less, this is reduced
Staining caused by heavy metals such as iron and manganese	Staining caused by heavy metals such as iron and manganese	This is decreased
Diffraction with X-rays	Predominantly calcium sulfite and calcium silicate	Predominantly calcium carbonate and sulfate
Growth of algae	Increased	Decreased
General	In comparison with previous one	Eliminates sediments. Controls incrustation. Reduces saline deposits. Intensifies crystallization and coagulation. Improves the bactericide action of disinfectants. Accelerates the diffusion of reactives. Improves the effectiveness of the resins of ionic interchange. Extracts metals. Helps nucleation in setting