Positive effects on plants and water: examination and evaluation Omnino aqua

Introduction

The Institute for the Green Life has been researching various medicinal and crops since 2019 to understand the effects of nutrients, in the form of nutritional supplements on human health and well-being. The main focus is on capturing the effectiveness of specific, self -generated nutritional supplements and the dosage for certain health conditions. In order for a constant quality of the plants and nutrients to be ensured, all necessary framework conditions were created in order to be able to exclude external influences.

Plants need water for their survival and optimal water conditions can help to promote healthy growth and efficient photosynthesis. If plants get too much or too little water or water with poor properties, their growth can be inhibited and they may not produce as much energy through photosynthesis. Water which has a high content of certain minerals or chemicals can be harmful to plants; One example is hard water with a high calcium and magnesium content. This can lead to mineral deposits in the floors and at the roots, which in turn prevents the plants from optimally absorbing the nutrients. Oversupply of nutrients can also significantly damage plants, since this leads to a nutrient echo weight, which again inhibits the development of the plants. Overall, maintaining the right balance of water and nutrients for the optimization of plant growth and photosynthesis is essential, which contributes to preserving healthy, lively and stable plants that offer numerous advantages for the environment and human well -being.

starting situation

A passively working systems (technology) is used and the "changed" water compared with conventional water. The conventional tap water is the fountain water of the property with the following values: PH value: 8.5 / EC value: 0.6 / hardness degree: 18. By chance in an attempt in the previous year, in which two systems were tested in plant research and one Probably positive change in water containers was observed, decided to check a little more. Various test series were created and carried out regularly to make the advantages and disadvantages of the Aqua system recognizable.

The photon water generator of Omnino aqua

Manufacturer information about the functionality: From quantum physics, we know that water stores the information from everything that comes into contact with, in the form of vibrations. On the subtle level, the water is freed from negative or unnatural vibrations with the system of Omnino aqua.

Research object - The test series at a glance

  • Water stability in natural water - PH & EC Value
  • plant growth
  • fertilizer relationship
  • Water stability with the addition of commercially available biological fertilizer

Research duration

Start: May 30, 2022 - First demolition: August 15, 2022 New beginning: September 22, 2022 - end: December 15, 2022 Duration Total: 6.5 months ~ 190 days The research was implemented under always constant conditions, in a controlled hall with a fully automatic irrigation and light system.

Water - raw data

Water raw data from the line (fountain water) 19 ° Celsius - PH value: 8.5 - EC value: 0.6 - hardness: 18

Application & areas of application

Application Omnino Aqua:

The photon water generator is attached from the outside to the water tube or hose. The water is not connected to the device.

Areas of application of the Omnino Aqua (OA) system:

  • 1 liter of water glass
  • 90 liters of plastic water containers (HDPE)

containers were filled with water and the data was collected. These tests were carried out with a standing water and the small containers were uncovered, dark stored in a closet. The 90 liter containers were covered (dust protection-not airtight). After the first contact with the system: 19 ° Celsius - PH value 8.5 - EC value 0, 6 - degree of hardness, the raw data remained in any of the tests, since the hardness degree of hard water without clear water Addition of substances cannot change.

water value tables

tap water 1 liter

Day pH value EC value Visible change
Output value -> 8.5 0.6 smooth surface structure
1 8.5 0.6 -
2 8.6 0.6 Minimally open   surface structure
3 8.6 0.7 Damaged   surface structure
4 8.6 0.7 increased   died   surface structure
5 8.7 0.7 Other broken   surface structure
6 8.7 0.8 Stark   broken   surface structure

tap water 90 liters

Day pH value EC value Visible change
Output value -> 8.5 0.6 smooth surface structure
1 8.5 0.6 -
2 8.5 0.6 -
3 ​​8.5 0.6 -
4 8.5 0.6 -
5 8.6 0.6 -
6 8.6 0.7 Minimally open   surface structure

Omnino aqua 1 liter

Day pH value EC value Visible change
Output value -> 8.5 0.6 smooth surface structure
1 8.5 0.6 -
2 8.5 0.6 -
3 8.5 0.6 -
4 8.5 0.6 -
5 8.6 0.6 -
6 8.6 0.7 Minimally open   surface structure

Omnino aqua   90 liters

Day PH value EC value Visible change
Output value -> 8.5 0.6 smooth surface structure
1 8.5 0.6 -
2 8.5 0.6 -
3 8.5 0.6 -
4 8.5 0.6 -
5 8.6 0.6 -
6 8.6 0.7 Minimally opened   surface structure

plant and water evaluation

Area of ​​application Omnino Aqua system, plant selection & process:

  • 2x 90 liter water tank plastic HDPE with organic plant fertilizer moves with circulation pump
  • Medical cannabis sativa - Passion No. 1 Steckling 2x 10 pcs. In the automatic system
  • LED lamp per table approx. 290 watts

The two identifiers and fully automatic systems were equipped with 10 plants (cannabis sativa) each after the new installation, as well as observed and researched with a mild dune scheme over the entire period of 3.5 months. (According to the manufacturer Mild - Medium - Stark), we chose the mild thinning scheme, as we broke off the first start in May after a short time. The plants grew into unexpected and undesirable heights, which is why we chose the beginning of the nine and chose a milder dosage of the fertilizer than before. Furthermore, the water stability was documented again and growth, health and gross profit of the plants. Hemp plants prefer a pH value from 6.0 to a maximum of 7.5 for optimal conditions and a water temperature of 18 ° -19 ° C. After a few days, the fertilizer was adapted to the plant stages and the water solution changed or adjusted again to a pH of 6.0. The temperatures were slightly fluctuating due to the day / night conditions (light phases) and were between 18 ° to a maximum of 27 ° Celsius. The water containers were provided with a biological fertilizer, which raised the EC value - from 1.1 to 1.6 (depending on the stage of the plant and the amount of the fertilizer). For these reasons, the EC values ​​were not taken into account in the plant and water evaluation. Due to the delivery of various secretions of the plant roots, the pH value of the water changes, depending on the casting cycles and the amount of water in the container. The containers were easily covered and protected from light.

income

Fountain water - comparison table

On the basis, the plants had an average of 40 - 44 cm. A plant grew up to 48 cm, another reached 50 cm and the largest reached 55 cm. The table resulted in a dry flower yield of a total of 390.9 g, which indicates an average per plant of 39.05 g. This results in an average of 1.34g / watts.

Omnino aqua

On the table of Omnino Aqua, the plants had an average of 43 - 46 cm. Three plants reached 53cm and a growth up to 60cm.The table resulted in a dry flower yield of 415.6g, which shows an average of the 41.56g plant. This results in an average of 1.433 g / watts.

Results & conclusion of the evaluation

The Aqua System handed down an improvement in water compared to conventional water from the pipe (fountain water). The plants were used with different sizes of 10 - 21 cm and regularly measured and documented. The plants were topped on day 1 on all tables (top drive removed - approx. 2-5 cm) and measured again after 4 days of growth. At the table of Omnino Aqua, growth of 4 to 6 cm was observed. The base comparison table without water optimization system could only have 2-3 cm growth on average. This means that the plants have completed the healing of the cut, with the Omnino aqua water faster and was able to progress in the growth in the past, compared to the plants at the base. Two days later the size was measured again and we were able to determine again growth of up to 4.5 cm, whereas the basic system was only up to 3.5 cm and an average of about 2.5 cm. Despite the minimization of the fertilizer, it was clear that optimization of the fertilizer was necessary, which was still shown in the form of deformed leaves in some plants. (Witch claw - surplus of nutrients) This also meant that the growth phase can be optimized, based on the evaluation of the correct fertilization ratio. The thinning was reduced to the minimum (according to the manufacturer) and remained unchanged until the harvest. The plants were sufficiently supplied with nutrients until week 5 (flower week 3) and the witch claws were completely adjusted. In flowering week 5, you could see from the early discoloration of the leaves into yellow/orange tones that the fertilization in both systems could have been easily increased in order to get the optimum again, of which we are not yet closed, since the research series with the individual potted plants has not yet been completed is. 5 The exact evaluation of the fertilization ratio could not yet be identified, since it requires further tests and earnings comparisons to be able to determine an optimum. The findings from this show that the Aqua system in the growth of plants can save 40 to 60%, as well as in the flowering of probably around 30-40%. The recovery of sickly plants was observed at short notice, since it was recognizable in the increase in the mother plant in some symptoms. The recovery was also visible faster with the OA systems than in the basic system. However, these were removed after 3 days because it does not expect to accept the time loss when it comes to cost/ benefit efficiency.

Summary

Omnino Aqua showed longer stability in both tests than the conventional tap water. It was seen that after about 3-4 days (without an OA system) the stability fell and it approached the values ​​of the tap water. The assumption is that after filling the water into the container, the environmental beams influence the water in the container. Ergo, the tested water system survives a visible optimization of the water and is ideal for different locations in the construction, as we were available.

Tables

tap water 90 liters of growth week 1

Day pH value Visible change
Output value -> 6.0 smooth surface structure
1 6.0 -
2 6.1 -
3 6.3 -
4 6.3 -
5 6.6 Minimally opened   surface structure
6 6.9 Minimally open   surface structure

Omnino aqua   90 liters of growth week 1

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.0 -
2 6.0 -
3 6.1 -
4 6.1 -
5 6.3 -
6 6.4 -

Tap water 90 liters of growth week 2

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.0 -
2 6.1 - 6.2 fluctuating -
3 6.4 -
4 6.7 -
5 7.0 -
6 7.1 - 7.2 fluctuating Minimally open   Surface structure

Omnino Aqua   90 liters of growth week 2

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.0 -
2 6.1 -
3 6.2 -
4 6.2 - 6.3 fluctuating -
5 6.5 -
6 6.7 -

Flower Week 1 was almost identical to growth week 2 in all systems and was therefore not listed separately. The only noticeable difference was on day 6 with the tap water that the pH had a value of 7.3.

Tap water 90 liter flower week 2

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.5 -
3 6.7 - 6.7 fluctuating -
4 6.9 Minimally open   surface structure
5 7.3 Minimally open   surface structure
6 7.7 Minimally open   surface structure

Omnino Aqua 90 liter flower week 2

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.3 -
3 6.5 -
4 6.9 Minimally open   surface structure
5 7.1 Minimally open   surface structure
6 7.4 Minimally open   surface structure

Tap water 90 liter flower week 3

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.4 -
2 6.8 -
3 7.1 -
4 6.9 Minimally opened   surface structure
5 7.5 Minimally opened   surface structure
6

7.9

Brooted   surface structure

Omnino Aqua 90 liter flower week 3

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.5 -
3 6. -
4 6.9 Minimally opened   surface structure
5 7.1 Minimally open   surface structure
6 7.4 Minimally open   surface structure

Tap water 90 liter flower week 6

Tag PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.3 -
3 7.1 -
4 7.3 Minimally open   surface structure
5 7.5 Minimally open   surface structure
6 7.3 Damaged   surface structure

Omnino Aqua 90 liter flower week 6

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.2 -
3 6.5 -
4 6.5 -
5 6.8 Minimally open   surface structure
6 7.1 Minimally open   surface structure

Tap water 90 liter flower week 8

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.6 -
2 6.9 -
3 7.5 -
4 7.9 Burned   surface structure
pH correction with ph 6.0 -
5 6.4 -
6 6.9 -

Omnino Aqua 90 liter flower week 8

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.3 -
3 6.5 -
4 6.8 -
5 7.0 -
6 7.1 Minimally open   surface structure

Tap water 90 liter flower week 10

Day pH value Visible change
Output value -> 6.0 smooth surface structure
1 6.3 -
2 6.8 -
3 7.3 Minimally open   surface structure
4 7.6 Damaged   surface structure
pH correction with ph 6.0
5 6.6 -
6 7.2 -

Omnino Aqua 90 liter flower week 10

Tag PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.3 -
3 6.4 -
4 6.5 -
5 6.6 -
6 6.8 -

Tap water 90 liter flower week 11 - without fertilizer addition - rinsing

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.8 -
2 7.6 -
Water exchange 6.0 -
3 6.5 -
4 6.9 -
5 7.3 Minimally open   surface structure
6 7.9 Burned   surface structure

Omnino Aqua 90 liter flower week 11 - without fertilizer encore - rinse

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.4 -
2 6.7 -
3 7.0 -
4 7.4 Minimally open   surface structure
5 7.4 Minimally open   surface structure
Water exchange 6.0 -
6 6.2 -

Tap water 90 liter flower week 12 - without fertilizer addition - rinsing

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.5 -
2 7.0 -
3 7.8 -
Water exchange 6.0 -
4 6.2 -
5 6.3 -
6 6.4 -

Omnino Aqua 90 liter flower week 12 - without fertilizer addition - rinsing

Day PH value Visible change
Output value -> 6.0 smooth surface structure
1 6.2 -
2 6.3 -
3 6.3 -
Water exchange 6.0 -
4 6.1 -
5 6.2 -
6 6.2 -

Study was created by:

Institute for the Green Life

Health care association for body, mind and soul

Kleinlehenstrasse 8, A-5102 Anthering

ZVR: 1170471382