Experiments & Research

There is a large amount of empirical evidence from various sources, which indicates that the whirling process produces changes in the water. Over the years a limited amount of systematic investigations have also been conducted. However, during 2008, the research into the whirled water has gained momentum, for example within the Nordic Institute for Alternative and Ecological Research, in collaboration with several other institutions.

 

Some earlier experiments and research which show that water apparently changes when whirled, potentially on a molecular level.

 

Experiences with whirled water and metal cutting liquid:

The mixing of the liquid used for metal cutting with a special kind of whirled water has many advantages:

- reduction of the unhealthy mist, which is formed in the process, to almost
  non-detectable levels

- reduction of noise levels during cutting of metals

-          economic advantages, please see below

 

 

Metallic AB, SE-266 94 Munka Ljungby, Sweden has stated the following advantages using whirled water:

• the machine can be run at a higher speed.
• the tools last longer
• the metal products are of higher quality. Smoother surface, especially noticeable when using the special whirled PlusMinus water
• when using tap water, mist was formed in the machine. Since the introduction of whirled water, these factors are no longer a problem any more. The mist which previously was formed disappeared.

Metallic AB has found that a mix of 5litres special whirled water in 300 litres is enough to reach above mentioned results.

This new technique has been of significant economical importance for the company. Metallic AB eng.doc

 

 

The Centre for Biofield Sciences, Pune, India, has during the year 2008 performed a complementary medicine pilot reserch study which shows a significant positive influence of hirled water on human health.
CBS Pune report08 engl text.doc

Mechanical whirling of water in lakes, ponds and swimming pools: a potential method to reduce cyanobacteria.
 
ABSTRACT

Cyanobacteria are a considerable problem in many watercourses. Unfortunately there is no simple method to solve this problem. The solutions must therefore be carried through as joint measures. 
In this pilot study, which has been ongoing since 2003, plusminus whirlers have been placed in 14 lakes and ponds, mostly during 2007. The aim is to evaluate whether the whirlers potentially can reduce the occurrence of cyanobacteria. The selected watercourses have previously showed considerable annual mass production of bluegreen algae.
The estimation of cyanobacteria in this study was carried through by visual observations mainly by people with knowledge of the field situation from many years. Official cyanobacteria reports was also consulted.
It was observed in this pilot study that the occurrence of bluegreen algae was reduced to varying extents in every single watercourse where a whirler had been placed. In some watercourses the algae nearly completely disappeared for the summer season, and in two lakes they did not reoccur even during the following season.
However, the situation is complicated with respect to the effect of the whirler; for example in the watercourses where the experiment was least successful, the cyanobacteria disappeared for some time, however, subsequently reappeared and then again disappeared in a very short time (for example lake of Majors).
Since an effect seems to have been observed in every watercourse where a whirler was placed, it is possible that the whirlers potentially influence the water and indirectly the bluegreen algae in a way that is not yet scientifically understood.
The weather conditions influence the amount of bluegreen algae in lakes; however, the reductions observed in most lakes where a whirler has been placed have been fairly drastic. We believe that the observed reductions are a result of the whirlers, and cannot be attributed solely to the weather or other external conditions. Finland´s Environmental Administration states in a summary of the summer 2007 that the blue-green algae season was short but intensive.

Three of the investigated lakes have been compared with neighbouring lakes, control lakes without whirlers. All of these lakes have previously had problems with cyanobacteria. There seem to be significant differences of the appearance of the bluegreen algae in the investigated lakes compared to the control lakes. 
The time that the whirling effect lasts in watercourses seems to vary, as was noticed in some lakes. The hypothesis that procaryota organisms are affected by whirlers is supported in other experimental observations. There is, under regulated conditions, a documented remarkable reduction of bacteria in indoor swimming pools using whirlers. The need of chlorine has been reduced with 30-50% while still maintaining effective bacteria control.  

Laboratory studies (Nordic Institute for Alternative and Ecological Research) have defined the specific frequencies that destroy certain bluegreen species. This has been shown using frequency generator. These frequencies split colonies, destroy cell walls and cause a clumping of the gelatinous layers. The possible connection with the whirlers has not been investigated so far.

Due to these very interesting preliminary results, we believe that further research into this is justified to determine whether yet unexplained effects of the whirlers could be a novel factor when discussing ecological balances in watercourses.

Laboratory tests with mini whirler in cyanophyta (bluegreen algae) culture, Aug-08

                  

The original culture contained the same amount following cyanophyta: Anabaena 7120, Microcystis PCC 7806, Leptolyngbya PCC 73110, Phormidium sp.

To the left:

Culture with mini whirler

To the right:

Culture without mini whirler.

 

Significantly less bluegreen algae was observed in the culture with whirler. In this culture, there was also a considerable amount of mosquito larvae. In the culture without whirler only a few larvae could be noticed

 

 

Refractometer

Studies of standard tap water in a refractometer show a sharp contour. The contour of whirled water is diffuse, and even more diffuse with the special PlusMinus whirled water.

Electron-spin long-range device

tests with air whirlers show the most unusual responses on many repeated experiments. The air whirler acted as a wave-guide deflector for the electron/photon beam!

More information, see Electron spin device.doc

Car emission test

AVL MTC Motortestcenter AB (http://www.dieselnet.com/com/xf032.html) performed a discharge test (2002-01-23) on a Volvo 245, 1987. The car was equipped with an automatic gearbox. The catalyst was removed. The whirler was installed on the exhaust pipe.

Four tests were performed:

Test 1: without whirler. Test 2: with whirler. Tests 3 and 4 without whirler.

 

Results

 

	test 1	test 2	test 3	test 4	reduction from test 1 to 2
CO: g/km	9,201	7,693	7,8	7,907	1,508 = 16%
HC: g/km	1,184	1,018	1,06	1,072	0,17 = 14%
NOx: g/km	3,108	2,661	2,694	2,66	0,447 = 14%
CO2: g/km	252,6	228,2	230,4	231,2	24,4 = 10%

 

	3 tests without whirler	1 test with whirler	reduction
	mean value
CO: g/km	8,3	7,69	0,61 = 8%
HC: g/km	1,1	1,08	0,02 = 8%
NOx: g/km	2,82	2,66