Water cluster

In this article, we will look at the basics of water clusters and their importance for health and well-being.

Water clusters - what are they and why are they important?

 

Water clusters are groups of water particles that work together to exert certain properties that are important to the human body and other living things. In this article, we will look at the basics of water clusters and their importance for health and well-being.

 

What are water clusters?

 

Water clusters are groups of water particles that work together to exert certain properties. These properties can range from hydrodynamic properties, such as flow, to biological functions, such as the transfer of nutrients and the regulation of body temperature.

 

Why are water clusters important?

 

Water clusters are important because they perform a variety of functions in the human body and in other living organisms. Some of the most important functions are:

 

  • Transfer of nutrients: Water clusters can transport nutrients and oxygen into the body and help to supply the body with the necessary nutrients.
  • Regulating body temperature: Water clusters can help regulate body temperature by transporting heat out of the body and helping to maintain a constant body temperature.
  • Hydration: Water clusters can help keep the body hydrated by providing moisture to cells and tissues.

 

Conclusion

 

Water clusters are groups of water particles that work together to exert certain properties. They are important for health and well-being as they perform a variety of functions in the human body and other living things, such as transferring nutrients, regulating body temperature and hydration. It is important to understand how water clusters work and why they are important in order to gain a better understanding of the importance of water for health. Water clusters can also be important in industrial applications, for example in agriculture and food production, to ensure optimal hydration and transport of nutrients. It is therefore important to continue to invest in understanding water clusters and exploring their importance for society and the environment.

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Conventional membranes

M

No complete elimination over the entire service life

M

Short shelf life, usually only one year

M

High waste water ratio of 1:2 to 1:4 liters

M

Susceptible to high particle and coating loads, which reduces service life

M

No patented technology and mostly mass-produced goods

Evodrop Membrane

N

99.9% effective filtration without reduction

N

Maintenance after 10,000 liters or after 5 years at the latest

N

Low wastewater ratio of 1:1

N

Integrated surface structure minimizes the adhesion of particles and deposits

N

Protected Membrane Process (Orbital Osmosis®)

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