Water Saver

– Easy to use
– binds moisture in the air into the soil

– improves soil quality
– ensures better plant growth

– Increases crop yield
– Reduces irrigation by at least 50%.

Tree regeneration




– revives up to 85% of dead plants

– revives up to 85% dead trees

– Yield increase

– Increases life expectancy






With our own evolution, we can change micro-atomic structures to give frequency to space energy.

Water is all around us, even if we can't necessarily see it. Humidity is an indication of how much water is actually in the air. Clouds are virtually the visible result of humidity in the air, millions of tiny water droplets that condense out of the air and form liquid water. With the Watersaver, the soil can now directly access the water in the air without having to "wait" for the water droplets to form. It takes about 3 months for the soil to fully adapt to this new ability. With this technology we are able to save 50% of irrigation, in some cases even up to 100%. As a side effect, the field studies also showed an improvement in soil quality.


Place the Water Saver in the ground at a distance of 2 m.
The Water Saver can save over 60% on irrigation.

The depth of insertion of the stick depends on what you want to do with the field, soil or earth in which you place the Water-Saver. We recommend 10cm (4inch) for grass, 20cm (8inch) to 30cm (12inch) for soils you want to plow. It takes about 3 to 4 months for the effect of the Water-Saver to reach its full potential.

Water-Saver: (Diameter: 0.4 inch, Length: 8 inch, Weight: 5 oz) Effect for 40 sq ft (4m²).

Video of the insertion of the water saver

Report Draper / Utah

2008: Application / Draper Utah 84020 USA

This area is near the Rocky Mountains and the summer is always very dry and hot. The lawn sprinkler must be in operation day and night to keep the grass green. In February 2008, 100 watersavers were placed on an area of 400 m² (100*4 m²). The first tests were performed without water. Under these conditions, the next day the lawn is dry and yellow. But with the Watersaver, it was green for over a week without water! Irrigation was then resumed and reduced from 100% (24 hours per day) in 10% increments. Under these dry conditions and hot temperatures, it was possible to reduce irrigation by 60% to keep the grass green and in good conditions.

In 2009, the tests were conducted in the summer with 40% irrigation throughout the dry season and the grass remained green all summer.

The water saving was 60%! In times with less water every year, this is a very good investment. Situation 2011: Here is the part of the lawn where I use the Reger every day in the summer.


Situation 2011/ Part 1


Here is the part of the lawn where I use the sprinkler every day in the summer.

Situation 2011/ Part 2


For this part I use the Watersaver and you can also see the difference in the color. The grass has a darker green. In the 3rd year, water savings increased from 60% to 97%! It's unbelievable, but it's true.

David Scott Dixon Inc12216 South 1950 East Draper Utah 84020 USA


Report: Iraq

On a test area of 8000 m², the Water-Savers were placed every 2 meters by 2 meters in a matrix about 10 cm below the surface and after a conditioning period of 3 months, irrigation trials were to start with 50% less water compared to a comparison field. But it was incredible. After two months, the grass is washed on the dry bare ground without water. Word has spread all the way to the Department of Agriculture.



For this reason, a delegation from the Kurdish Regional Government, which reports directly to the Iraqi Prime Minister, came to hear the Austrian technology explained in more detail and awarded NG an environmental prize for the Watersaver.

Especially for dry areas, like in Iraq, this development could help to save a lot of water. Orders will follow this year.

Report: Sulaymaniya

After one month of bringing in the Water-Savers, there is an initial improvement in grass growth without water.

Sulaymaniya: Further comparison

After 3 months on a surface without and with Watersaver

Report: Dubai

My name is Hubertus von Drabich, currently residing in the United Arab Emirates. Since this land was built in the desert, there is always a certain amount of water shortage. Therefore, the UAE government decided (a few years ago) to extract water from the Arabian Gulf. However, this is associated with high energy consumption and high costs. About 6 months ago we came across the new "Watersaver sticks" and decided to test them immediately. We are absolutely thrilled with the effect of these sticks. After just two months, our lawn began to grow much better (especially in the summer months when we have temperatures up to 50 degrees). In addition, our tangerine tree has borne fruit for the first time in two years (see also the following pictures).

All in all, we highly recommend Watersaver Sticks for experimental plots if you have any questions. Please feel free to contact me by email at:

Bukina-Faso: Maize field

At the beginning of the project


Benno Kehl does active association work in Africa and has used the Water-Savers here on a maize plantation.

Quote: "We have equipped a field in Africa, Burkina-Faso, on the outskirts of the village of Korsimoro with the Water-Saver'n. We are very enthusiastic about the result. "For the first time in three years, corn is thriving in the poor soil without irrigation.



End october





The corn harvest took place for the first time at the end of October.

They said it was a miracle!



Burkina-Faso: Tomato field

Tomato fields in comparison, 50% less irrigation with Water-Saver





Both plots were irrigated equally, with the Watersaver field growing more lushly and producing a higher yield.

Isfahan University 2017

50% irrigation saving

Two plots are compared in water demand after 3 months of use. The original area in the front was watered every other day at 10% humidity. The upper area with the water bars was watered every 4th day and has 80% more green mass than the other lower area.

Report: Hong Kong

A trial was conducted with two adjacent lawns, with one lawn equipped with Water-Saver'n (WS) to verify water savings potential. The environmental conditions for the two lawns are identical because they are adjacent to each other. Soil moisture was measured at two soil depths to detect changes in conditions.

In the initial phase (period 1), the plot with WS had higher soil moisture than the normal plot. Beginning in period 2, when the amount of irrigation was reduced for both lawns, moisture content in the normal plot increased to nearly the same level as WS. Observations showed that the turf of the normal plot showed signs of stress. A stressed plant absorbs less water and leaves more water in the soil. During a dry period, the soil water content of both plots decreased, with the normal plot losing more water than the WS.

At the end of the dry period, the difference in moisture content between the two plots increased. During this period, the WS were shown to be able to add additional water to the soil from the air even under drier humidity conditions. The Water-Savers (WS) save at least 37% on irrigation in the first part of the trial.

To prevent further deterioration of the normal plot turf, the irrigation water volume for WS is reduced to 50% only after the third period. Gradually reduce WS irrigation until there are signs of plant stress.

Full report

Final Report

Comparison of soil moisture between pilot lawn with Water-Saver (WS) and adjacent lawn (without WS).

Result: 50% water saving

Water saver test for indoor plants

Up to 84% water savings for houseplants

With and without watersaver

The left field was 100% irrigated, the right field was 50% irrigated and Watersaver'n!

Test: Tomatoes / Thailand

Tomato plants
with WaterSaver

Tomato plants
without WaterSaver

13.03.2023: One month later

Tree- plant regeneration



Place the rod in the ground next to the tree. If a root or something else prevents sinking, find another spot.


Sink the rod about 4 inches (10 cm) below the surface of the soil.

A normal tree needs a stick. Trees with a diameter of more than 1m need two rods. A tree with 2m diameter needs 3 sticks. Arrange them at the same distance around the tree. The bars remain in the ground forever. The BIO energetic effect never loses its impact ! The regeneration phase lasts about a year.

Report: Mountain ash

I bought the rainerstion rod three years ago for my dying house tree, a mountain ash, and hammered it into the ground by the trunk. Another year still branches have become scrawny. This year the tree has begun to sprout again. And this on the scrawny wood. Healthy shoots begin to compensate for the dead parts.

Christiane Rohner, 7034 Zillingtal , Christiane.rohner@air-line.at

Report: Orange tree

A dead oragen tree - development from May to October with a tree stick

Report: Cherry tree

The same cherry tree, right picture after one year with the tree regeneration stick.

Report: Fan palm

Fan palm suffered from infestation of the African palm weevil for 2 years. The palm tree is about 7 meters high and the trunk thickness is about 1 meter. In this area, most of the palm trees have died because of the infestation. N-G's tree regeneration wand resurrected the palm tree.

Thank you Antonius Santos

Report: Olive trees in Portugal



The tree was dead from our point of view, with the tree regeneration stick the olive tree sprouted again and in the 2 year we could harvest again many olives








Another olive tree was only a stump (see picture). He got new branches again and is back in full splendor!

Report: Apple tree




Last spring I set the tree rescue pole. He had few apples and the leaves were no longer very abundant.









This year the tree bends with apples. New shoots have also grown out in some places. A great Bracht. The tree rescue stick has exceeded my expectations.