Nariwa has also been tested to determine its mineral content, both in the U.S. and Japan. Up to 74 minerals have been detected at safe levels, including trace minerals that are not commonly found in other water sources or soil. It has been verified that the pH of Nariwa is between 7.6 and 8.0, making it slightly, but effectively alkaline. This is important in helping to keep body fluids from becoming overly acidic.

Element Concentration Element Concentration Element Concentration Lithium 0.014 Germanium <0.01 Neodymium <0.0001 Beryllium <0.00001 Arsenic <0.005 Samarium <0.0001 Boron <0.025 Selenium <0.005 Europium <0.0001 Carbon* 9 Rubidium 0.0015 Gadolinium <0.0001 Bromide <0.01 Strontium 0.13 Terbium <0.0001 Sodium* 11 Yttrium <0.0001 Dysprosium <0.0001 Magnesium 4.9 Zirconium <0.0001 Holmium <0.0001 Aluminum <0.025 Niobium <0.0001 Erbium <0.0001 Silicon* 11 Molybdenum 0.028 Thulium <0.0001 Phosphorus* 1.3 Ruthenium <0.0001 Lutetium <0.0001 Radium <0.0001 Rhodium <0.0001 Hafnium <0.0001 Potassium* <0.2 Palladium <0.0001 Tantalum <0.0001 Calcium* 44 Silver <0.0001 Tungsten 0.003 Scandium < 0.005 Cadmium 0.00063 Rhenium <0.0001 Titanium <0.005 Indium <0.0001 Osmium <0.0001 Vanadium <0.005 Tin <0.0001 Iridium <0.0001 Chromium <0.01 Antimony 0.00021 Platinum <0.001 Manganese <0.001 Tellurium <0.0001 Gold <0.001 Iron* <0.05 Iodine <0.001 Mercury <0.0001 Cobalt <0.001 Cesium 0.037 Thallium <0.0001 Nickel <0.005 Barium 0.0063 Lead <0.0001 Copper <0.005 Lanthanum <0.0001 Bismuth <0.0001 Zinc 0.014 Cerium <0.0001 Thorium <0.0001 Gallium <0.001 Praseodymium <0.0001 Uranium <0.0001 Ytterbium <0.0001 Fluorine >0.017

*These elements were determined by ICP-OES
Outsourced results: Chlorine 3.4 ppm
Sources: Coors Analytic Lab - Lab No. 0441-970527 - Date: June 9, 1997
Verified by the Japan Department of Water - 2000

Report on Structure of Nariwa Naturally Magnetized Water by Dr. Klaus Kronenberg, World Renowned Physicist and Authority on Magnetic Water Conditioning Systems.

"My first investigation of samples of this naturally magnetized water indicates that the structure of the molecular clusters in this water is indeed fragmented or separated.

The multitude of minerals in this water, which are exposed to magnetism, produces the unusual and varied structures of crystals in long, branched spikes, twisted shapes and star-shaped crystal groups. The abundance of crystals growing from the centers occurs only in highly fractured water.

One main feature is that the fragmented crystal formations in this water are smaller in size than in water treated artificially by magnetic devices. Also, the molecular clusters appear smaller and more compact.

Every feature of the crystallization in this water indicates strong influences of an unusual water structure. What remains unexplained to me is the fact that this water has retained its fractured structure over long periods of time and through various handlings, like bottling and transportation."