WATER TREATMENT

WELL DIGGING

WATER QUALITY

1. Vortex principles in water dynamics.
2. Spiral motion as the natural energy pattern.
3. Biomimicry in engineering designs.
4. Enhanced water revitalization techniques.
5. Magnetic water treatment for better crop growth.
6. Alternative methods for water purification.
7. Copper tools for agriculture to prevent soil damage.
8. Non-linear energy transfer methods.
9. Free-energy devices inspired by nature.
10. Temperature-based water flow optimization.
11. Water structuring to enhance its quality.
12. Water turbine designs mimicking natural flow.
13. Natural cooling and heating systems.
14. Improved irrigation systems for farming.
15. Soil fertility enhancement through energized water.
16. Harnessing Earth's electromagnetic energy.
17. Water as a living substance.
18. Utilizing temperature gradients for power.
19. Techniques to restore polluted rivers.
20. Anti-gravity flight mechanisms inspired by nature.
21. Anti-gravity principles through implosion.
22. Spiral pipe designs for efficient water flow.
23. Avoiding water stagnation through movement.
24. Techniques for water aeration.
25. Dynamic water storage designs.
26. Nature-inspired architecture concepts.
27. Harnessing the healing properties of water.
28. Innovative wind-power designs.
29. Resonance-based energy extraction.
30. Implosion-driven propulsion systems.
31. Renewable energy concepts rooted in implosion.
32. Non-mechanical energy transfer devices.
33. Implosion-based cooling systems.

First and foremost, water should be protected from sunlight and kept in the dark, far removed from all sources of heat, light and atmospheric influences. Ideally it should be placed in opaque, porous containers, which on the one hand cut out all direct light and heat, and on the other, allow the water to breathe, which in common with all other living things, it must do in order to stay alive and healthy.

Storage vessels, tanks, etc., must be thoroughly insulated, so that the contained water or other organic foodstuffs are maintained at the coolest temperature possible under the prevailing conditions. The materials most suited to this are natural stone, timber (wooden barrels) and terracotta. Perhaps more than any other material, terracotta has been used for this pur- pose for millennia. Terracotta exhibits a porosity particularly well-suited to purposes of water storage. This is because it enables a very small percentage of the contained water to evaporate via the vessel walls. Evaporation is always associated with cooling (vaporisation, however, with heat) and, according to Walter Schauberger (Viktor's physicist son), if the porosity is correct, then for every 600th part of the contents evaporated, the contents.

Contents will be cooled by 1C (1.8F), thus approaching a temperature of +4C (+39.2F). While the material for the construction of a water-storage vessel has been described above, another important factor is the actual shape of the contaier itself. Most of the storage containers commonly in use today take the form of cubes, rectangular volumes of one form or another, or cylinders. While these are the shapes most easily and economically produced by today's technology, they do have certain drawbacks in terms of impeding natural water circulation and water suffocation. Due to their rectangular shape and/or right-angled corners, certain stagnant zones are created, conducive to the formation of pathogenic bacteria. Moreover, since the materials used are generally galvanised iron, fibre glass, concrete, etc., i.e. all impervious materials, the contained water is unable to breathe adequately and suffocates as a result. In this debilitated state or as a water-corpse, it is no longer either healthy or health-giving and may require further disinfection.

Cubes and cylinders mentioned above have no place in Nature's scheme of things. Instead, eggs and elongated egg-shapes such as grains and seeds are employed, presumably because Nature in her wisdom has determined that these produce the optimal results. Historically speaking, it is evident that earlier civilisations such as the Egyptians and Greeks, renowned for their logic and constructional ability, were well aware of this, because they stored their grains and liquids (oils, wines, etc.) in terracotta amphorae, sealed with beeswax. In many amphorae that have surfaced in archaeological excavations over the last 100 years or so, grains of wheat have been found that were still viable and even after storage over 2,000 years, grew when planted.

STEAM POWER

SPLITTING WATER - HYDROGEN

Dr. Andrija K. Puharich, born in 1918 in Chicago, has many inventions in the medical field. Andrija Puharich had great admiration for the Serbian scientist Dr. Nikola Tesla (1856-1943) for his research on low frequency electromagnetic (ELF). An important invention of Puharich, in 1983, was the splitting of water molecules into hydrogen and oxygen by means of powerful resonance resulting in an environmentally friendly fuel made of water. A critical resonance in water molecules, induced by strong alternating current impulses, which was self-reinforcing. The 'breaking' of water through powerful resonance is not accepted by current science as a method for the production of hydrogen, but this is exactly what took place in the resonance chamber of the Great Pyramid. It is here applied for the cleanest possible way to produce a very valuable fuel from the pure water.

The water molecules are 'broken' and the chambers and passages located above the grotto (water seal or valve) in the well shaft of the Great Pyramid are filled with the hydrogen gas and oxygen gas mixture. In the resonance chamber (King's Chamber) of the Great Pyramid, which is completely filled with water vapour, the water will decompose by resonance instead of electricity, but finds the same reaction as for the electrolysis of water: 2H2O ? 2H2 + O2 (hydrogen and oxygen from water). Image 9. Water (blue), water vapour (yellow) and hydrogen and oxygen (red) In a fuel cell a reverse reaction takes place and therefore we call it reverse electrolysis. In this case hydrogen and oxygen are guided to a cathode and an anode that are separated to each other by a membrane, and there an electric current starts to flow from the anode to the cathode. Chemical energy is converted into electrical energy using heat, and water is released. The water is thereby the waste or residue. This reaction takes place in the two shafts of the reaction chamber or Queen's Chamber.

The two electrodes (cathode and anode) are still present in the shafts (image 10). Image 10. The electrodes in the shafts of the Queens Chamber An important application of the fuel cell is the oxyhydrogen cell in which oxygen and hydrogen react with each other directly without membrane. This application without membrane takes place in the reaction shafts of the reaction chamber (Queen's Chamber) and the two shafts act as oxy hydrogen cells. The gas flow of hydrogen and oxygen is led along both electrodes with the conductive connecting liquid (electrolyte) water vapour, which contains dissolved sodium chloride or table salt NaCl. An electrolyte is the conductive medium that forms the connection between the two electrodes (anode and cathode), and in this case it is sodium chloride NaCl dissolved in water (vapour), which is a very strong electrolyte.

Salt (NaCl) is very well soluble, and that portion which has been dissolved in water is completely split into ions so that the solution can be electrically conductive. Electrolyte solutions can be formed as a salt (for example, NaCl) and is placed in a solvent such as water. The first researchers found a 1.27-inch thick salt layer on the walls of the Queen's Chamber. Nowhere else in the Great Pyramid was salt found and they could not suspect what the salt was used for. The builders of the Great Pyramid show us how hydrogen can be produced without the use of electricity and in this way give us the opportunity to let go present destructive explosion technology. Clean energy from the resonant frequency of our own Earth. As discovered and implemented by Nikola Tesla and Andrija Puharich.

Resonance splitting water molecules and produces energy from water - the most advanced technology through clean, pure and subtle energy. What reveals the presence of hydrogen in the King's-or resonance chamber? A modern radar installation transmits electromagnetic radiation and receives the radiation reflected back by objects via an antenna. This electromagnetic radiation is guided from the radar installation to and from the antenna via a so-called waveguide. Such a waveguide is suited for the rapid transit of electromagnetic radiation of a specific wavelength.

DEUTERIUM-DEPLETED WATER - WATER

Watering

Plastic Pipe and Fittings: For those who want to replicate NFT systems using the white plastic drain pipe commonly seen in the U.S, then investing in drain pipes, 90-degree bends, and stopper caps can be purchased relatively cheaply. As long as they are thoroughly cleaned between harvests, using 10% strength hydrogen peroxide, then they should last a lifetime.

Spray Nozzles: This is only for low pressure aeroponic systems and is attached to a tube which fits to the water pump. When the pump is switched on the water is ggressively sprayed around the roots of the plants and the basis of an aero-cloner .

Drip Lines / Drip Rings: Setting up drip lines with either stakes or a drip ring is easy to do, and once they are in place should require very little maintenance. Drip rings can be better at distributing hydroponic Cannabis nutrients.

15-Minute Segment Timer: The same type of timers used for your grow lights that will be used to drip feed the Cannabis plants for 15-minute intervals. Drip systems and low pressure aeroponic systems require frequent feeding schedules, whilst DWC and NFT remain circulating permanently allowing the roots to be sat in the oxygen-rich hydroponic Cannabis nutrients.

Light Proof Tub: sourcing a tub that will act as the reservoir for your hydroponic cannabis nutrients is next. This may be a 20L black tub that will be converted into DWC (Deep Water Culture) systems, or it may be a black coloured 50L plastic tub. The lid from the tub is what can be used to turn the system from a top dripper system to an aeroponic / DWC or aeroponic cloning station.

AERATION

HUMIDITY

TEMPERATURE

Need passive temperature control. such as misting systems, or water falling from a height, splattering on a metal plate, and reflacted onto the plant growing area. Air ciculation, heat transfer systems, heat sinks, cement blocks.