In order to solve the current challenges regarding our interaction with nature, we need more eversion. This is also the reason why Paul Schatz’s discovery is finally getting the publicity it deserves. It connects people with nature and benefits from a cooperative rather than an exploitative principle. Below are four key areas of application where nature-compliant technology is particularly in demand:
Nourishment
The renaturation of the water results in improved nutrient transport, a better taste, better digestibility and a longer shelf life. In addition, hand-operated rhythmizing leads to a kind of “vibration equalization” between the product and the consumer, because the latter directs his sensitive attention to the (liquid) food before consumption. (See also “Why rhythmize?”)
Ship propulsion
As ship propulsion, rotation is harmful to the environment. It is noisy under water and damages the flora and fauna in the water. Inversion, on the other hand, is environmentally friendly. It is quiet, does not endanger aquatic life, but rather prepares the water through turbulent movement and oxygenation. Hard to believe, but true: the water quality is increased by ship traffic with oloid drives!
Flying objects
Throughout his life, Paul Schatz has also explored the use of eversion for aviation. The oloid is the new Zeppelin! The shape is extremely easy to control and encourages a renaissance in airships, this time with solar technology and oloid shape and propulsion The University of Economics and Technology in Berlin and the German company Festo have already built the first prototypes.
Water circulation and water treatment
The shape of the oloid tumbles on the plane, creating a meander that is the primordial movement of water par excellence. When suspended from two shafts, the oloid creates a movement in the water that resembles that of a fish’s fin. Atmospheric oxygen is rhythmically mixed into the water. The natural microorganisms begin to multiply and eliminate the biological pollution.
The oloid is used for water treatment in municipal and industrial sewage treatment plants, in agriculture, in fish and algae farming and in horticulture to treat irrigation water. The oloid hardly needs any energy for its rhythmic work, which is why it can be easily combined with solar energy. Paul Schatz built the first oloids for water treatment in the 1970s.
Mixing and cleaning
Paul Schatz immediately saw the immense potential of rhythmic movement. In industry, eversion has been used to mix paints, medicines and industrial powders since the 1950s. The intense but at the same time gentle rhythmic movement of eversion is also used for the washing and deburring of metal parts, gears and other metals. Paul Schatz called these mixing machines “Turbula” and they are still available today. Since the 1990s, the mixers have also been sold under the name “Inversina” in biotechnology and industrial process engineering. In India, the eversion technology is marketed under the name “Alphie”.
In Germany the company Sonett uses the oloid in the production of biological detergents (please see www.sonett.eu).
