How does water treatment work?

Water treatment is at the center of global efforts to provide clean drinking water, environmental protection and sustainable use of resources. In a world faced with growing environmental pressures and increasing water consumption, the question of how water treatment works is becoming increasingly important. This complex process, requiring both technical expertise and advanced technologies, plays a key role in ensuring water quality for human consumption, industrial applications and agricultural purposes. From extraction from natural sources to recovery and reuse, every step in water treatment is critical to ensuring water meets the highest quality standards. Innovative companies like WTZ GmbH have set new standards with products like IQ Water, using advanced technologies to not only refine drinking water, but also to offer environmentally friendly solutions for a sustainable future.

First of all, it is important to point out that the IQ Water System is not a filter. A filter is generally designed to remove solids from water. Our approach is to use physical processes to change the surface structure, among other things. For example, the structure of lime becomes rounder, which is why it no longer settles so easily and is easier to remove. Many coordinated, scientifically recognized operating principles are integrated into the “IQ Water” system in fine tuning, in accordance with natural laws. These include, among other things, multiple intense physical turbulences, pressure-suction zones, levitations, etc. With the finely tuned turbulence processes, the large molecular cluster structures of the water are broken up and refined. This makes water more available to cells. Depending on the initial condition, it can certainly make sense to combine IQ Water with a classic filter (e.g. activated carbon filter).

The described functionality of the IQ Water system has the following advantages: