VIKTOR SAUBERGER IMPOLSION TECHNIQUE

VIKTOR SAUBERGER IMPOLSION TECHNIQUE

ABSTRACT:

Schauberger could be called the father of implosion technology. The implosion principle is, of course, diametrically opposite to what today's explosion oriented technology utilizes. Implosion has to do with a self sustaining vortex flow of any liquid or gaseous medium, which has a concentrating, ordering effect and which decreases the temperature of the medium, in opposition to the dictates of "modern" thermodynamics.

From this we have tried to create and over view of the scientific research that has been done. We have also carefully studied the principles behind cycloid separation and oxygenating and schematically sketched how these new views can be used for a technical used of water based on the natures way.

Modeling of a theory has been emphased using terms as: self organization, free and forced vortex flow, chaotic pulsation, mathematical bifurcations and minima surfaces, and using flow patterns or pictures as "handkerchief dynamics" and "tours shaped vortex flow". This has given us a scientific approach that is very close to Victor Schaubergers point of view.

Many applications of this technique can be found with in purifying of water and re conditioning of watercourse, among others.
Industrial process water can be recycled by the purification of particles and oxygenating in order to establish an aerobic strain of bacteria. Contaminated industrial water is a big problem for laundries and in the food industry where huge quantities of water are needed. This technique would also be interesting in the paper industry where the reducing of fibre waste in combination of low energy consumption is the main purpose. Oil from discharge that is floating on the surface can be "caught" in a vortex funnel and then be separated.

An important application is oxygenating of the water in fishponds, baths and biological ponds in purifying plants and similar. When a funnel of air is draught down to a specially designed suction pump the air is ejected in the water in the form of very small (champagne like) bubbles. This technique can be used in established purifying plants where flotation is used. Normally air under high pressure is ejected in to the water, something that demands a high amount of energy. Using the same technique, watercourses or smaller bays in the sea where the oxygen level has reached to low values can be reconditioned.

Further investigations could be to look on tests in a bigger scale where reconditioning of watercourses or separation of ions in water in order to make fresh water from seawater. This last issue is very interesting for application in the third world.


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