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Hagalis AG
Kristallanalysen - Qualitätsprüfung
Qualitätsberatung - Medizinische Diagnosen
Eulogiusstr. 8
88634 Herdwangen-Schönach
Hagalis AG * Eulogiusstr. 8 * 88634
Herdwangen-Schönach
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ARLIS HISPANIA S.L
c/ La Asomada 46 Sr. Waldherr
E-35613 MERGEFIELD Ort Puerto del Rosario
20.03.2012
Crystallization Analysis
Quality of Water from Water Purification Units Evaluation
Samples Examined:
MERGEFIELD FIRMA ARLIS HISPANIA S.L. Water Samples:
Using Clayton M. Nolte’s Coherent MERGEFIELD PROBE
Structured Water Unit Manufactured by
NATURAL ACTION TECHNOLOGIES, INC.
In a comparative study on a total of 2 samples taken, and
from which 2 were used in this comparative evaluation, the
spagyric crystallised material obtained from the liquid and
solid phase of the samples was investigated.
Thereby crystals are formed from the extraction of
distillate residue, which was previously incinerated and
calcinated. These crystallized salts are extracted and
consolidated with the distillate and applied on microscope
slides. The liquid is then brought to evaporation at room
temperature. This process results in the typically
associated crystallization pictures of the samples, which
allows reaching a conclusion about the quality of the life
force in the samples.
Overview of crystallization production:
1.
Distillation of the samples at low temperatures without
adding water or other solvents.
2.
Extraction of the crystallization salt from the distillation
residue by means of incineration and calcinations.
3.
These crystallized salts are then combined with the
distillate and mounted on microscope slides.
Development of the typical crystallization pictures
associated to the samples:
The crystallization pictures are from the same samples,
which can be reproduced at any time and always show the same
typical crystallization pictures associated to the samples.
ARLIS HISPANIA S.L. Water Samples:
Using Clayton M. Nolte’s Coherent Structured Water Unit
Manufactured by
NATURAL ACTION TECHNOLOGIES, INC.
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Tabular Evaluation
Quality of Water in Water Treatment Devices
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Overall Evaluation |
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Chemical/Physical Examination |
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Crystallization Analysis |
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Rating |
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1 |
2 |
3 |
4 |
5 |
6 |
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7 |
8 |
9 |
10 |
11 |
12 |
13 |
14 |
15 |
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Oxygen Content in ml/l |
pH Measure-
ment |
Conductometry
Measurement
µS/cm |
Dry Residue
mg/ Liter |
Redox
Poten-tial in mV |
Toxic and Nitrate
Content |
Sub-
Total |
Formation |
Forms |
Dis-persion |
Inten-sity |
Angular
Structures |
Dark Areas |
Total Points |
Note |
Grade |
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Sample |
Value / |
Value / |
Value / |
Value / |
Value / |
Value / |
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+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
Percen-
tual weight |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts |
+3 to
-3 Pts : |
+3 to
-3 Pts |
From +36 to -36 Pts |
1 Best 6 Worst |
Excellent to damaging |
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Weighting |
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Group: Energising Water Treatment |
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Structured Water Unit |
2 |
7,49 |
204 |
385 |
208 |
7,2 |
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-2,0 |
1,8 |
2,3 |
1,8 |
-0,5 |
1,6 |
6,8 |
2,5 |
2,8 |
2,5 |
3,0 |
2,5 |
3,0 |
23,1 |
1,8 |
Good |
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Tendency to Very Good |
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Neutral Sample |
2 |
7,49 |
208 |
385 |
209 |
7,2 |
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-2,0 |
1,8 |
2,3 |
1,8 |
-0,5 |
1,6 |
6,8 |
-1,0 |
-1,5 |
-1,0 |
-1,0 |
-1,0 |
-1,0 |
0,3 |
3,6 |
Satisfactory |
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To |
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Sufficient |
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Two samples
were investigated during this test: One neutral sample of
tap water from the Bottighofen area, and a sample of water
from Bottighofen treated with the Nolte Coherent Structured
Water Unit supplied by company ARLIS HISPANIA S.L.
All sample
testing was carried out in accordance to the investigations
used as the basis for our book “Water Vitalisation Devices”.
The
investigated samples were analyzed using the same criteria,
but considerably later in time, so a direct comparison would
not be scientifically correct. However, an effective
comparison is still possible since the investigational
criteria are exactly the same.
All samples
were taken under identical conditions and were subject to
the same parameters, so that any external influences were
clearly excluded. In this respect, all samples were treated
in the same manner. The results obtained are due to
specifically selected parameters that were investigated in
this case, but it is not possible to reflect the entire
qualitative spectrum of any water purification unit. In this
respect, although the quality of our testing was as
comprehensive as possible, it cannot possibly reflect the
entire performance capability. Although, in some cases,
results can be achieved in this test series, which under
certain circumstances may not be satisfactory for the
manufacturers, it should not be presumed that the device
does not fulfil its specific purpose. Under certain
circumstances, the performance capacity of the water
purification unit may not be completely covered by the range
of examinations, but the device itself may prove its
performance in other areas. Therefore, it cannot be
concluded from this final evaluation whether the device has
a specific value, or not. This must be determined
individually in each case according to the specific
circumstances. Nevertheless, this study does provide a
conclusive statement to help any end users understand the
quality performance capacity of the water purification unit.
It is intended as a guide to aid decision-making when
selecting the most suitable device on an individual basis.
This often requires a further, more individual consultation.
And within the scope of this study, it may also be
considered as a guideline to allow manufacturers to compare
their own performances with each other. In any case, the
objective of such testing is to improve overall water
quality and provide the manufacturers with an opportunity to
give their feedback, which enables them to continue working
towards better quality standards, and even improve their own
current ones.
The qualitative
factors were determined from the crystallization analysis
and compared with the following chemical parameters for an
overall assessment: oxygen measurement, pH measurement,
conductivity in mS/cm, dry residue in mg/litre, nitrate
content in mg/litre and redox potential, as well as all the
parameters of the German Federal Drinking Water Regulations
(TVO). The appraisement of the two main factors:
Crystallization analysis and chemical parameters is 1:1. In
the crystallisation analysis the purely qualitative aspects
are shown, while the chemical parameters the measurable
quantitative values are highlighted. During the
crystallization analysis the evaluation is carried out in
accordance with the following 5 parameters: Formation,
shape, dispersion, angle structures, as well as
crystallization intensity, each of equal importance. All the
parameters are evaluated together and the rating of each of
the samples was obtained in accordance to a specific Point
System. Each of the 5 parameters of the two main factors are
given a value between -3 and +3 points, resulting in a
minimum value of -30 points, and a maximum of +30 points,
while the grading is based on points, with the highest
rating being 1, and the lowest rating being 6.
Crystallization
Analysis:
The device
investigated in this case belongs to the category of Water
Energizing Units through multiple vortex energy (swirling).
The sensory examination showed no flaws. The sample was
odourless, clear, without any abnormalities, and with a
neutral taste. After treatment with the Nolte Coherent
Structured Water Unit, there was a distinctive change in the
crystal structure in comparison with the neutral sample.
While the
crystals in the neutral sample were heavily compacted, the
treated ones show a high surface area formation and a better
distribution over the entire picture. The neutral sample
shows a lot of 90° angle structures, which are not seen in
the case of the structured water. This means that any toxic
substances were neutralised. There are more star-shaped 60°
angle structures to be found here. This demonstrates there
is a similarity to a Good to Very Good spring water quality.
The surface formation of the crystals has increased sharply
in comparison with the neutral sample, which indicates a
considerable increase in the bioavailability of the minerals
in the sample. The treated sample is more suitable as a food
product since it provides more trace elements and minerals
than the neutral sample. At the same time, the general level
of vitality has increased considerably. The energy balance
is higher than that of the neutral sample and is generally
considered to have a positive value. The sample shows a
significant surplus of energy. The human metabolism is
positively stimulated and supported due to the high
bioavailability of trace elements and the surplus energy. In
this respect, this sample can be considered to have a
high-quality biological value. There are hardly any
compacted areas indicating a tendency for deposits of lime,
or other minerals, as can be seen in the neutral sample.
Therefore, it is obvious that the technical water quality of
water was greatly improved in this sample. There are no
cross-shaped, dense, angular structures to be seen in the
entire picture, so it can be assumed that the solubility of
the minerals in the water was significantly increased.
Larger crystals can precipitate and block pipes. The smaller
crystals that appear here have a higher surface formation
and are less prone to precipitation. This means that
technical equipment operates perfectly using this quality of
water. The technical quality of the water has increased
tremendously while the risk of calcification has been
reduced to a minimum. This is a considerable advantage for
consumers in terms of maintenance and durability of their
devices when using structured water units.
Further
details will be described in connection with the pictures.
Chemical Parameters:
Evaluation
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Oxygen Content mg/l |
pH Measure
ment |
Conductometry
µS/cm |
Dry Residue mg/Litre |
Redox Potential
In mV |
Nitrate Content in mg/Litre |
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Sample /
Location
of Sampling |
Value
/ from
+3 to
-3
Points |
Value
/ from
+3 to
-3
Points |
Value
/ from
+3 to
-3
Points |
Value
/ from
+3 to
-3
Points |
Value
/ from
+3 to
-3
Points |
Value
/ from
+3 to
-3
Points |
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Structured Water Unit |
2 |
7,49 |
204 |
385 |
208 |
7,2 |
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Neutral
Sample Bottighofen |
2 |
7,49 |
208 |
385 |
208 |
7,2 |
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Difference |
0 |
0 |
4 |
0 |
0 |
0 |
Comments to Chemical Parameters:
The oxygen content has not changed in comparison to the
neutral sample.
The pH value has not changed in comparison to the neutral
sample.
The dry residue has not changed in comparison to the neutral
sample.
The redox potential has not changed from the tolerance range
in comparison with the neutral sample.
The conductometry has improved slightly in comparison to the
neutral sample.
The improvement of the conductometry indicates a slight
improvement of quality in comparison to the neutral sample,
which results in
a somewhat better evaluation of the
chemical examination as against the neutral sample.
1. Full Scale Picture
Enlarged 40x
ARLIS HISPANIA S.L. Water Samples:
Using Clayton M. Nolte’s Coherent Structured Water Unit
Manufactured by
NATURAL ACTION TECHNOLOGIES, INC.

2. Half-Scale Picture
Enlarged 100x
ARLIS HISPANIA S.L. Water Samples:
Using Clayton M. Nolte’s Coherent Structured Water Unit
Manufactured by
NATURAL ACTION TECHNOLOGIES, INC.

Various star-shaped crystal structures
are shown in the half–scale picture that did not exist in
that form in the neutral sample. At the same time there
more 60° angle structure that dominates the complete
picture. This is a clear indication for a highly increased
quality due to the Nolte Structured Water Unit, since such
structures can only appear in very high quality water of a
natural origin.
There are
absolutely no indications of 90° angular structures, which
would represent toxics or toxic substances. On the
contrary, it can be established that the bioavailability and
the biological quality has obviously increased. The
Structured Water unit is not only able to neutralize
negative effects, but it can also restructure the water, so
that it obtains a significant natural positive quality.
3. Large-Scale
Picture
Enlarged 400x
samples :Agua estructurada /Using Nolte Coherent Structured
Water Unit

The
large-scale picture shows a well-formed, star-shaped crystal
complex showing fine, branchy plant-like structures that did
not appear in the neutral sample. The exact 60° angle
formation indicates that there has been a strong stimulating
effect on the water, which has actually re-naturalised the
water sample. The basic structures of the crystal structures
were actually changed and newly restructured. This
demonstrates that the Nolte Coherent Structured Water Unit
provided by the company ARLIS HISPANIA S.L. could
significantly increase the potential water quality of the
water sample. The energy balance is therefore much more
positive than in the neutral sample, and is reflected in the
excellent end results obtained.
Summary:
ARLIS HISPANIA S.L. Water Samples:
Using Clayton M. Nolte’s Coherent Structured Water
Unit Manufactured by
NATURAL ACTION TECHNOLOGIES, INC.
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d4
Sample Structured Water
Magnified 400x |

Sample: Neutral Sample Bottighofen,
Magnified 400x |
Not only
biologically, but also in technical terms, there are very
clear results that the quality of the water has increased
after treatment with the Nolte Coherent Structured Water
Unit from the company ARLIS HISPANIA S.L. The
crystallization process has had extensive restructuring in
which the bioavailability of the water has been
significantly improved.
Therefore, the
sample has achieved a water quality level that is normally
only to be found in high-quality natural spring water. In
comparison with the neutral sample, or other comparable tap
water, it definitely shows a considerable improvement in
quality.
The sample was
evaluated with the grade of 1.8 and the result was Good
with a tendency to Very Good. This demonstrates a
very clear advantage for the consumer when using this
device.
In order to
elaborate on the medical effects and provide a more specific
conclusion, a blood crystal analysis must be made to provide
more details. Unfortunately, this is beyond the scope of
this investigation.
Bottighofen,
March 20, 2012

A. Schulz
(Head of Research) |