The real values of VanaH


Natural mineral water,
nurtured in time by the nature Mt. Fuji.

What is Hydrogen Silica Natural Water?

The unique geological structure of Mt. Fuji is a key feature in the inclusion of natural hydrogen in VanaH, a delicious hydrogen silica natural water.

Mt. Fuji is made up of multiple basalt layers created by repeated eruptions. Rain and snow that fall on the majestic Fuji slowly penetrates through those basalt layers, 1,000 meters through the earth over many years, forming groundwater deep below the surface. For that reason, VanaH contains a high concentration of natural hydrogen, silicon, and vanadium, for which it is recently gaining much attention.

Mt. Fuji is a 3,776 meters solitary peak that faces the ocean. The mountain directly receives moisture-laden wind that brings plenty of rain and snow, and its annual precipitation reaches as high as 2.2 billion tons. Precipitation on the upper half of the mountain, in particular, is thought to reach 3,000 millimeters per year. Although the ground around the summit has been confirmed to contain permafrost, which from Honshu northward is only found in Daisetsuzan mountains of Hokkaido, Mt. Fuji does not have any noticeable rivers. For that reason, the majority of the large amount of rain and snowmelt penetrates into the mountain, eventually flowing out from springs at the base.

"Hydrogen Silicon Natural water VanaH" is a natural mineral water from VanaH groundwater wells in Fuji-Hakone-Izu National Park, located in Fujiyoshida city, Yamanashi Prefecture, at the foot of Mt. Fuji.

Surrounded by a protected natural environment, bottling is performed carefully piece-by-piece under thorough safety measures. The mineral composition of natural water from Mt. Fuji differs slightly depending on the site it is taken from. Particularly, the water from the Mt. Fuji has a high concentration of natural hydrogen, silicon and vanadium. We are fully committed to creating a quality product while paying due consideration to the protection of the environment around our water source.