VVT Living Water

Be Healthy Be Happy

3.5 billion

People are chronically dehydrated across the globe due to the lack of clean drinking water.

Close to 25% of the earth’s population is forced to rely on contaminated water sources for basic needs. And people are getting sick from their water.

50% of the world’s hospital beds are occupied by people with waterborne diseases.

Most efforts to address water challenges are focused on water availability, rather than the critical issues of quality or sustainability. But access to water only solves part of the problem. Borewells that start out safe can become irrevocably contaminated. Water trucked in from distant locations is often of uncertain quality and unreliable as a daily source. People need reliable access to water that is safe to drink.

Alive" and "dead" water

"Alive" and "dead" water We are familiar with these terms since our childhood, but were the writers telling the truth when they would describe the properties of "alive" water. Absolutely nothing! We all think of it being clean. But the truth is that the water we refer to as clean is "dead". This is because we as humans have done everything to "kill" water, by making it undergo mechanical, thermal and chemical treatments to clean it. However, there are places on earth where clean "alive" water can still be found. Long ago, people would call this water "holly". Such water can be found in holly and clean springs. But not many people know that underground all the holly springs with clean "alive" water, flow through the areas of natural magnet depositions. Therefore this water undergoes ELECTRO- MAGNETO HYDRO DYNAMIC RESONANCE treatment and acquires unique healing qualities.

What is VVT Living Water?

Living Water produced by state of the art technology, has passed through a specific static electro-magneto hydro dynamic resonance ( EMHDR ) flux density which gives it unique properties benefiting biological organisms. One of the world’s advanced technology for “TOTAL CELLULAR HYDRATION” with
  • Increased oxygen levels
  • Homogeneous Molecular Structure
  • Lower Surface Tension